This is the familiar Guangzhou Automobile Aion S, and it is also the model used by most taxis in Guangzhou.

Thanks to ample space, excellent comfort and low price, Aion’s compact car Aion S and compact SUV Aion Y have not only become the first choice for taxis in Guangzhou, but also the first choice for online car rental companies in Shanghai, Hubei, Jiangxi and other cities.

High cost performance, stable quality, large space and exclusive network car once became the label of Ai ‘an. Therefore, when Ai ‘an launched a new brand "Haobo" and released a million-level super-running "SSR", my heart was full of questions:

Is this span a little too big?

You know, the seemingly low-key GAC Ai ‘an has firmly established a market of 100,000-200,000. In the sales ranking of new energy car companies from January to June this year, GAC Ai ‘an won the third place with sales of more than 200,000 units, which not only surpassed Wuling, but also surpassed a number of new car companies, second only to Tesla.

Many people don’t understand: under the premise that the sales volume is already so optimistic, why should GAC Ai ‘an give up its original brand influence, create a new brand Haobo, and even build a super sports car that seems to be unattended?

The sweetness and sadness of "the king of the network car"

Although LI’s Zhou Du sales list never included GAC Aeon, GAC Aeon is an out-and-out "new force" in the field of new energy vehicles.

Moreover, the growth rate of Ai ‘an is extremely fierce-according to Xiao Yong, deputy general manager of Ai ‘an, the annual sales target of Guangzhou Automobile Ai ‘an in 2023 is 500,000 vehicles, with an impact of 600,000 vehicles. In LI, where the public opinion is very loud, the CEO Li Xiang’s forecast for sales in 2023 is 300,000 vehicles.

According to the published data, the sales volume of GAC Ai ‘an in 2019, 2020, 2021 and 2022 reached 42,003 vehicles, 60,033 vehicles, 120,155 vehicles and 271,156 vehicles respectively-almost doubling every year.

Along with the rapid increase in sales, there is also the revenue capacity of GAC Ai ‘an.

Similarly, from 2019 to 2022, the revenue of Guangzhou Automobile Ai ‘an was 5.234 billion yuan, 7.61 billion yuan, 17.265 billion yuan and 38.703 billion yuan respectively-Ai ‘an’s revenue has accounted for 35% of Guangzhou Automobile’s total revenue, making it the next development engine with great potential.

Behind the sharp increase in sales and revenue, GAC Aian is facing sweet troubles: the main sales models Aion S and Aion Y are low-end models of 100,000-150,000 yuan, accounting for about 90% of the sales of all models.

In the whole year of 2022, the sales volume of Ai ‘an Aion S bicycles was 116,332 units, which was very close to Tesla Model 3；. Aion Y sold 120,585 units in the whole year, ranking fifth in the sales list of new energy SUVs.

Although Aion S and AIon Y can be regarded as explosions, GAC Aian is trapped in two major dilemmas: First, the high proportion of network cars is not conducive to the development of C-side business; The second is to take the cost-effective route, and the profit space is limited. In 2021, for example, 43% of the annual sales of 127,000 vehicles in Ai ‘an came from the B-end market, of which 63% of the new cars of AION S were put on the B-end, and AION Y also had 20.33%.

In addition, according to relevant data, the average sales prices of all models in Ai ‘an are 125,000, 127,000, 144,000 and 143,000 from 2019 to 2022, respectively, which makes the profit margin of Ai ‘an extremely narrow.

Therefore, Ai ‘an urgently needs to break through upward, get rid of the strange circle of exchanging price/performance ratio for the market in the low-end price range, and at the same time, get rid of the image of online car rental to attract more ordinary consumers.

However, the high-end road of the brand is not smooth.

The price of the medium and large SUV Ai ‘an LX, which is positioned in the middle and high end, is 28.66-46.96 million. However, this car has not been greatly redesigned and iterated since 2019, and its competitiveness is insufficient in the fierce competition environment.

LX has not caused a splash in the market, and the current situation that the main sales models of Ai ‘an are concentrated in 100,000-150,000 has not been alleviated. Therefore, despite the rising sales volume, the loss of Ai ‘an seems to have never stopped: the loss in 2021 was 1.398 billion yuan, and the loss in the first half of 2022 exceeded 1 billion yuan.

However, objectively speaking, burning money in the early days of brand birth has become a normal phenomenon in the industry: in 2022, Weilai’s net loss was 14.4 billion yuan; Xpeng Motors’s net loss was 9.14 billion yuan. In contrast, because Guangzhou Automobile Group shared some of the burdens of research and development, marketing and other parts of Ai ‘an, the loss of Ai ‘an was not exaggerated.

Referring to Tesla’s successful experience from loss to profit, there are only three things that GAC Ai ‘an needs to do: First, improve production efficiency and vertical integration ability, reduce costs and increase efficiency; Second, the core technology is self-researched, and the premium is improved with the improvement of product strength; The third is to increase the average selling price and increase the profit margin.

Refer to the styles of Geely, BYD and SAIC: Since the price and positioning of this brand are difficult to be high-end, why not independently create a new brand to rebuild its image?

In this way, the accumulated technology also has a new soil to take root and sprout. And this is the original intention of the birth of the "Haobo" brand.

Million-class super-running, proving the upper limit of technology

If we talk about technology accumulation and technology accumulation, GAC Ai ‘an can definitely rank among the top domestic car companies.

As the first car company to abandon "oil to electricity", Ai ‘an launched its first pure electric platform AEP 1.0 as early as 2017. In 2019, Aeon launched AEP 2.0. Thanks to highly integrated parts and excellent body design, the "axle length ratio" of Aion S, Aion V and other models using AEP 2.0 platform reached 61.7%, surpassing Tesla Model 3.

When the time came to 2022, Aeon launched a brand-new platform of AEP 3.0, and when it first arrived, it was a big breath: Aeon said that AEP 3.0 technology completely surpassed Tesla.

Whether we can surpass Tesla or not is a question mark for the time being, but the new platform of Ai ‘an is really strong. Similar to BYD’s E-platform 3.0 and the vast SEA platform, this is a masterpiece of Aeon technology, and it has strong strength in three aspects: electricity, intelligence and control level.

For example, in order to prove himself, the first model to use this platform turned out to be a super sports car with a price of more than 1 million-HyperSSR.

More importantly, this supercar belongs to the high-end brand "Haobo" of Ai ‘an. Without the prefix of "Ai ‘an" and a new logo, Ai ‘an’s second high-end campaign was officially launched.

It’s nothing new for brand-new brands to show off their technology and strength by super-running. Weilai also made headlines in the world’s major media through EP9 in its early days. From the paper parameters, Haoplatinum SSR is definitely a qualified supercar.

For example, through self-developed electric drive technology, SSR’s acceleration time of 100 kilometers is only 1.9 seconds, and its top speed reaches an astonishing 300 km/h.

For another example, the comprehensive horsepower of SSR reaches 1225 PS, and the highest acceleration can reach 1.7 g. And the 100% carbon fiber cover of the car body further lightens the vehicle …

Compared with Weilai EP9, Haobo announced that SSR will be mass-produced this year-the official announced that a dedicated production line has been built, and all dimensions are extremely mature.

Being able to mass-produce is a very important indicator, and Haobo also proves the upper limit of AEP 3.0 platform through this, and these technologies have the ability of backwards compatibility.

Therefore, the second product of Haobo brand, Hyper GT, is not surprisingly priced in the range of 200,000-300,000, and directly enters the hinterland of popular models such as Model 3, Extreme Krypton 001 and Weilai ET5.

Hyper GT of sword finger Model 3

At the beginning of July, Hyper GT officially announced the price range: 21.99-33.99 million, and the new car was also born from AEP 3.0 platform.

Although it is a newly born brand, Hyper GT has almost the most popular and mainstream technology at present, and it has achieved a comprehensive achievement-not only the power exchange version, the 800V high-voltage overcharge version, but even Haobo has equipped this car with a "rotor door".

The new brand Haobo, which changed its new logo and redesigned its exterior and interior, not only caught up with the first echelon in its internal technology, but also had a quite high-end image in terms of appearance and interior design.

For example, the extremely low and smooth body lines create a sports car-like visual feeling of elegant movement, and the "rotor door" that often only appears on the super-run is also very individual and recognizable. It is a very important thing to design a pure electric car without being heavy. After Tucki P7, almost no pure electric car can have such a smooth and dynamic shape.

The interior is the same, the style is elegant and high-grade, and the color tone selection, material application and layout of various elements look pleasing to the eye. Although the appearance of this car is somewhat domineering, the interior is advanced.

Without the brand restriction of Ai ‘an, Haobo can safely and boldly give Hyper GT the best three-electricity technology and intelligent level.

The rear axle motor of Hyper GT has a maximum power of 250 kW, a maximum torque of 430 N.m and an acceleration of 4.9 seconds per 100 km. A single motor has surpassed the power of some dual-motor models of car companies, and also greatly exceeded the maximum power of the Model 3 rear-drive version of 194 kW.

This is also one of the most powerful motors among the new domestic car companies, and the long-term technical accumulation of GAC has finally been released.

While the acceleration performance is strong, the energy consumption control of Hyper GT is also excellent. The official CLTC battery life of the model equipped with 80.1 kWh battery pack reaches 710 km, and the official average power consumption per 100 km is only 12.7 kWh, which is very close to the 12.5 kWh of Model 3-but the Hyper GT exceeds Model 3 in both size and seating space.

The top-equipped and sub-top-equipped overcharged models not only support the ultra-fast charging of 800 V and 480 kW. Compared with the maximum charging power of 240 kW of most car companies, this performance also belongs to the excellent level of domestic car companies.

The Hyper GT is positioned as a "young man" and has also made great efforts in handling: in hardware, the suspension with front double wishbone and rear five-bar linkage is a standard sports car layout, and AICS intelligent chassis, ne-box brake-by-wire system, DMC dynamic torque control unit, ASTC intelligent active steering stabilization and DTCS direct-drive torque control systems combine software and hardware, with the goal of making the handling feel better.

The drag coefficient of Hyper GT 0.197 is also the lowest in the world’s mass production cars, even exceeding the 0.20 of Mercedes-Benz EQS.

In addition to the fierce "stacking" of the three power plants, the intelligent part of Hyper GT has also caught up with the mainstream. In addition to the platformization of the car body, Ai ‘an has also developed the latest "Spirit Architecture", pushing the electronic and electrical architecture to the latest generation.

In the key intelligent driving field, Spirit architecture uses Huawei Shengteng 610 high-performance chip, with a computing power of 400 TOPS, and the maximum computing power can be extended to 2000 TOPS. In the cockpit domain, Spirit architecture is also compatible with Qualcomm Snapdragon’s 8155 and 8295.

Compared with the previous generation electronic and electrical architecture of GAC, the computing power of Spirit architecture is increased by 50 times, the data transmission rate is increased by 10 times, the wire harness loop is reduced by about 40%, and the number of controllers is reduced by about 20. Moreover, the data transmission rate is increased by 10 times by being equipped with high-speed vehicle Ethernet, and hardware plug and play is realized.

On the top of Hyper GT, the intelligent driving hardware is: two laser radars, 12 cameras, 6 millimeter waves and 1 infrared night vision camera, which has the ability to realize high-speed/city navigation-assisted driving.

Obviously, GAC, which has advantages in traditional hardware, has paid more and more attention to software research and development. Jiang Jianshan, chief ICV engineer of Guangzhou Automobile Ai ‘an R&D Center, once said:

"Simple hardware stacking can’t really achieve safe and intelligent driving, and software algorithm ability is the key to winning."

Therefore, there are currently more than 2,000 software developers in Ai ‘an, and the R&D team accounts for more than 50%. Obviously, it can be seen that Hyper GT embodies all the expectations and efforts of GAC, and all the technologies and reserves are unreservedly given to this expected vehicle.

Ian, hopefully becoming the next BYD.

In October last year, GAC Ai ‘an completed the A round of financing, with a total amount of 18.294 billion yuan. After the financing is completed, the total direct and indirect shareholding ratio of GAC Group will be changed from 93.45% to 76.89%.

In this regard, the valuation of GAC Ai ‘an will also exceed 100 billion yuan, making it the highest valuation of domestic unlisted new energy automobile companies exceeding 100 billion yuan.

In just over a year, GAC Ai ‘an has completed various tasks such as asset and personnel reorganization, mixed reform, share reform and A-round competition, and its efficiency is as high as that of private enterprises.

After the completion of the mixed reform, GAC Ai ‘an has also introduced a large number of strategic support and industrial cooperative investors, and it has become more dynamic than before.

For example, in the power battery, Ganfeng Lithium Industry, Hanrui Cobalt Industry, Hanhui Capital and Keda Manufacturing were introduced; In chip design and manufacturing, SMIC and Yuexin Semiconductor are introduced. China Communications Capital was introduced for the coordination of intelligent driving vehicles and roads, and Southern Network Nengchuang and State Grid Yingda Industrial Fund were introduced for the energy ecology of charging and replacing electricity.

Even in terms of media and business collaboration, GAC Ai ‘an also introduced CCTV Financial Media Fund, Guangwu Holding Group and Lingnan Business Travel Group.

One hand is responsible for holding hands and working closely with leading enterprises in the industry to introduce investment; The other hand is responsible for clenching the fist, which improves the priority of self-research ability and vertical integration ability.

Therefore, in addition to self-research, GAC Aian also actively invests in R&D enterprises to build its own ecological chain, such as Juwan Technology Research, Ruipai Power and Inpai Battery, which are enterprises around batteries and electric drives.

When you see this, you will find how similar Ai ‘an and BYD are: from financing to investment, from investment to ecological chain building. The purpose is to ensure that technology is not backward and that the supply chain is not subject to people.

Guangzhou Automobile Group and Guangzhou Automobile Research Institute behind Guangzhou Automobile Ai ‘an also provided it with a lot of R&D, manufacturing and manpower support, which is also the core point why this enterprise can quickly stand firm in the new energy field.

And "Haobo" is to Ai ‘an, just as "Tengshi" or "Looking Up" is to BYD-only by breaking through to the high end, the flywheel of benign development will continue to rotate.

Space and vehicle comfort are closely related, and this car is brought to you today. Come and see it quickly.

First of all, from the appearance, the dark blue G318 front adopts a very sharp design, which makes people unforgettable. The headlights are very exquisite, which is very fashionable and simple. Coming to the side of the car body, the car adopts simple and generous lines, and the car body presents a domineering design style. With large-sized thick-walled tires, smooth lines run through the whole car side. Looking back, the rear of the car echoes the front of the car, the taillight style is more fashionable, and the overall shape is still very attractive.

When I got into the car, the interior looked young and the visual effect was good. The steering wheel of the car is in line with the interior style and has a simple shape. Take a look at the central control. The design of the center console is reasonable, which makes the interior design quite layered and looks avant-garde. Finally, let’s look at the dashboard and seats. The car is equipped with a dynamic and lively dashboard, and the shape has taken the sports route. The seat is wide and thick, and the overall ride feels soft and comfortable.

The dark blue G318 trunk has a good space, and it can also expand the storage space by putting down the rear seats, which is enough for daily use.

Do you have a lot of ideas after reading today’s story? Many people buy SUVs because of their stronger passability. The car is practical and fully equipped, and it is a good helper for home travel.

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Today (April 26th), the traffic police in Liuzhou (Guangxi) received an alarm from a citizen G, saying that a Mazda car he was driving had been hit by a Mercedes-Benz that claimed to be "carrying a corpse". The citizen also posted this story on WeChat WeChat official account, which attracted more netizens’ attention.

G A self-reported original text This article is a picture of Liuzhou police WeChat WeChat official account.

After receiving the alarm, the police immediately used the intelligent transportation system to monitor the relevant sections according to the information provided by G. After verification, the police found that the number plate Gui A * * * F, which collided with G, was a fake car. Immediately after the incident, I got on the expressway out of the city from the Liujiang Expressway toll station.

G said that the first time he had such an accident, he was a little scared, and at the same time, the other party had an advantage in the number of people. When he saw a "corpse" in the back seat, he felt stroke of bad luck, so he compensated the other party for 3,300 yuan according to the other party’s request. After calming down and thinking carefully afterwards, G found that the incident was full of flaws, so he chose to ask the police for help. At present, the case is still under investigation.

In recent years, all provinces and cities can see the news of being touched with porcelain in an endless stream, and the traffic police in Liuzhou also summarized some crime characteristics of the party.

one

Most of the crimes were committed on expressways, and some were committed on sparsely populated roads. Freeways are generally sparsely populated, and most suspects who touch porcelain choose luxury cars with foreign licenses on highway sections with fewer vehicles, and specially choose cars with only one driver on board. Most suspects prefer to choose female drivers. In this way, it is easy to control each other after creating a traffic accident, use both hard and soft means to extort money, and even use violent means to rob. At this time, the driver only has the idea of spending money to eliminate disasters. In addition to highways, criminal suspects also like to choose sparsely populated places such as suburban junctions, and arrange "childcare" in advance. After the collision time, "enthusiastic onlookers" often join the claim, causing psychological pressure on drivers;

2

Most of the vehicles involved in the crime are "luxury cars". In the eyes of people who don’t know the truth, how can people who can afford luxury cars cheat people for a little money? As everyone knows, most luxury cars that touch porcelain are on the verge of scrapping or have been scrapped. Criminals who touch porcelain buy second-hand luxury cars at a high price and touch porcelain on the road through camouflage such as renovation and modification, because according to normal procedures, the maintenance cost of luxury cars is higher, and they can ask the victims for more compensation, which is often much higher than the actual loss. In addition, luxury cars are usually equipped with fake license plates, which makes it difficult for victims to find the parties according to the license plates.

three

The time of committing crimes is regular. According to the statistics of the traffic police department, cases of touching porcelain occurred in recent years, mostly at 13: 00-15: 00, or at midnight. During this time period, drivers driving on the road are prone to fatigue due to the influence of temperature and biological clock, which is easy to give porcelain-touching personnel an opportunity. In the event of a collision, the driver will subconsciously "convict" himself, thinking that it was an accident with the other party because his consciousness was vague, while the video blind zone could not capture the process of "accident" and negotiation, which also made it difficult for the police to identify and investigate the incident.

four

The Road Traffic Law of People’s Republic of China (PRC) stipulates that minor traffic accidents that have no casualties, do not affect normal driving and have clear responsibilities can be resolved through consultation, and shall not affect normal traffic. People who touch porcelain often take advantage of this. After artificially causing traffic accidents, they ask the drivers who are touched by porcelain to pay cash on the spot for compensation on the grounds that "it is too much trouble to wait for the traffic police to deal with it, and it is not a big problem anyway". Some people even use violence to threaten the drivers who are touched by porcelain. Under the coercion of the other party, the victims can only submit.

So what should the owner do when he encounters the behavior of suspected touching porcelain on the road?

01

Act according to legal procedures and take the initiative to report to the police for the record. Most people who touch porcelain choose single people, or those who lack driving skills and safety awareness. They take advantage of their unfamiliarity with road conditions and don’t know how to deal with them. After the accident, they take the form of multi-person siege to ask for money. Therefore, after an accident, first stop the car, observe the characteristics of the other vehicle and the situation on the car, and call the police in time, report the situation to the police and wait for treatment. Generally, people who touch porcelain will leave a record at the police. When they find that the person who has been touched by porcelain calls the police, they will stop claiming compensation. If, after getting off the bus, you find an unusually large number of enthusiastic onlookers, and they are all trying to persuade you to settle the matter, you must not agree, because these people are generally child care workers, even if they are really enthusiastic people, they should wait for the ruling of the traffic police after the accident. When waiting for the arrival of the traffic police department, you can use the equipment available for taking pictures and videos to record the evidence.

02

Travel in strict accordance with traffic laws and regulations. Cases of touching porcelain are generally chosen in sparsely populated areas where illegal driving occurs. Therefore, when we travel by car, we must drive in strict accordance with the traffic laws and regulations, and do not have illegal acts such as blindly overtaking, crossing the line, and not obeying traffic laws when changing lanes, so as to give the porcelain gang an opportunity. If the accident really happens, don’t destroy the scene easily, and use mobile phones to fix the evidence on the scene to prevent criminals from deliberately confusing and maliciously claiming.

03

Actively use the power of science and technology. Adding a driving recorder to the car is helpful to improve driving safety.

Reminder: After an accident, for ordinary minor property damage accidents, the scene of the accident can be cleared for further disposal after the evidence on the scene is fixed. In case of a suspected porcelain accident, especially one party often asks to handle the accident in the form of "settling", and will take the initiative to point out the other party’s mistakes, accuse the other party of taking full responsibility for the accident, and at the same time take various measures to prevent the victim from reporting to the police and applying for insurance. In this case, we must be more careful and call the police immediately when we ensure our own safety.　

(The original title is "A man said that he was touched by a Mercedes-Benz" corpse car "? When you meet a porcelain policeman, teach you to do this ")

　　CCTV News:The case of 2 deaths and 4 injuries caused by Maserati rear-end BMW in Yongcheng, Henan Province in July 2019 has aroused widespread concern in society. Shangqiu People’s Procuratorate accused three defendants on Maserati of endangering public safety by dangerous means, and plaintiffs Qiao Moumou and Wang Moumou filed incidental civil actions at the same time. Today (16th) morning, the Intermediate People’s Court of Shangqiu City, Henan Province held a hearing in yongcheng city.

　　△ the moment of the incident

　　The public prosecutor accused: At 19 o’clock on July 3, 2019, the defendants Tan Moumou, Liu Moumou and Zhang Moumou went to a kebab shop in yongcheng city for dinner and drinking. After the dinner, at 22: 22, Xu Zhang Moumou contacted the driver by phone. Before the driver arrived, Tan Moumou drove the NE5S55 Maserati levante SUV and pulled Liu Moumou and Zhang Moumou to leave, driving along several sections of Yongcheng City. After rubbing eight roadside cars in succession, Tan Moumou was forced to stop because he could not pass, and was discouraged by the surrounding people and the car owners who crashed. Liu Moumou and Zhang Moumou asked Tan Moumou to leave quickly. Tan Moumou ignored the dissuasion of the masses and rushed out to escape. When he reached the intersection of East Outer Ring Road and Yongxing Road, he chased the Yu N0182L BMW sedan waiting for the traffic signal at high speed, causing the BMW sedan to catch fire, causing the occupants Ge Moumou and Jia Moumou to die on the spot, and the driver Wang Moumou was seriously injured. Tan Moumou, Liu Moumou and Zhang Moumou were arrested by the public security organs on the spot. On August 13, 2019, the procuratorate approved the arrest of three people.

　　The public prosecution agency believes that the defendant Tan Moumou continued to drive in a collision despite dissuasion after a traffic accident caused by drunk driving, causing heavy casualties and economic losses. The defendants Liu Moumou and Zhang Moumou knew that Tan Moumou was drunk and had an accident and still instigated him to escape, resulting in more serious consequences. The actions of the three defendants all constituted crimes of endangering public safety by dangerous means. In the joint crime, Tan Moumou is the principal offender, and Liu Moumou and Zhang Moumou are the accomplices.

　　During the trial, the public prosecution agency read out the indictment and produced relevant evidence, the defendant and his defender conducted cross-examination, and both the prosecution and the defense fully expressed their opinions. The plaintiff and his agent ad litem in the civil litigation attended the proceedings and expressed their opinions, and the defendant made a final statement. Due to the seriousness of the case, the court announced an adjournment and decided to pronounce the sentence. (CCTV reporter Zhao Kun is now in Zhao Lei)

　　[Economic Interface]

　　Guangming Daily reporter Liu Kun Guangming Daily correspondent Yin Zeren

　　Scan the QR code to view the production information of clothing; New technologies such as big data and 5G are booming, making more and more factories more "smart" … … Nowadays, data has become the fifth largest factor of production after land, labor, capital and technology, and is inserting "digital wings" for production and life.

　　The Party Central Committee and the State Council recently issued the "Party and State Institutional Reform Plan", which clearly established the National Data Bureau, which is responsible for coordinating and promoting the construction of basic data systems, coordinating the integration, sharing, development and utilization of data resources, and coordinating and promoting the planning and construction of digital China, digital economy and digital society.

　　Data is called "oil" in the era of digital economy. What are the opportunities and challenges for the development of China’s big data industry at present and in the future? How to better play the role of data elements? The reporter conducted an interview on this.

　　The "family" of data resources is more solid.

　　Caring for the elderly living alone in the village, can the data "take the handle"? The answer is yes.

　　In Xiajiang Village, Fengshuling Town, Chun ‘an County, Hangzhou City, Zhejiang Province, the local power supply station collects electricity consumption data through smart meters in villagers’ homes to analyze the electricity consumption of elderly people living alone. If there is abnormal electricity consumption, they will send out early warning information in time, and relevant personnel will come to visit to avoid accidents. "The owners usually work outside the home and are not around the elderly. We can understand the work and rest of the elderly by monitoring the electricity consumption, which will also reassure the owners." Power supply staff said.

　　In fact, data not only brings more convenience to people’s lives, but also "shows its talents" in the production field.

　　5G digital pepper planting base in tiemen town, Xin ‘an County, Luoyang, Henan Province. Photo by Zhang Yixi/Bright Picture

　　In the digital workshop of a manufacturing enterprise in Guangdong Province, intelligent robots operate in an orderly manner, and all production data are displayed on the big screen of the office area in real time for managers to check and control. Compared with before, the production efficiency of the workshop has been greatly improved and the production cost has been greatly reduced … …

　　The industry believes that data is the "oil" in the era of digital economy. Data flow is like oil burning, which can generate power, while power brings value. For example, data flow can drive technology flow, material flow, talent flow and capital flow. Data is also a "diamond mine" in the era of digital economy, which can generate value through mining and refining. It is reflected in revealing the laws that a single data cannot show through multi-dimensional and multi-field data, realizing accurate decision-making, increasing certainty, traceability and predictability, reducing decision-making mistakes and reducing risks.

　　Experts say that big data industry, as a strategic emerging industry focusing on data generation, collection, storage, processing, analysis and service, is the key support to activate the potential of data elements. In recent years, China’s big data industry has risen rapidly and gradually developed into an advantageous industry supporting economic and social development. The data resources are more solid, the basic capabilities of data collection, transmission and storage have been significantly improved, and big data products and services have been widely popularized, especially in the prevention and control of epidemic situation and the resumption of production. It has played the role of "Depth Charge" and "main force".

　　The White Paper on Big Data (2022) issued by China Institute of Information and Communication shows that China’s big data industry has shown a good development trend and its innovation capability has been continuously enhanced. In 2021, the number of papers published in the field of big data in China accounted for 31% of the world, and the total number of patents related to big data accounted for over 50% of the world, ranking first; A number of big data leading enterprises have risen rapidly and their market prospects are widely recognized.

　　Yan Gang, deputy chairman of the Sichuan Provincial Committee of the Democratic National Construction Association, counselor of the Chengdu Municipal Government and dean of the Big Data Research Institute of Southwestern University of Finance and Economics, told reporters that at present, the development status of China’s big data industry can be summarized as "frequent policies, rapid development and great potential". In terms of policy, the benefits of "counting the east and calculating the west" continue; In terms of scale, China’s digital economy ranks second in the world for many years. In 2022, the scale of big data industry reached 1.57 trillion yuan, an increase of 18% year-on-year.

　　"China’s big data industry foundation is increasingly consolidated, the industrial chain is initially formed, and the ecosystem is continuously optimized. At present, it is in a promising state." Yan Gang said.

　　Opportunities and "growing pains" coexist.

　　"Recently, I bought some clothes for my son online, and then I frequently received various push advertisements for children’s wear, as if my consumption data was ‘ Steal ’ The same. " Rebecca, who lives in Haidian District, said.

　　In fact, this is not a case. At present, the disclosure of private information such as personal consumption data and "killing big data" still occur from time to time, and the big data industry is also facing "growing troubles".

　　The 14th Five-Year Plan for the Development of Big Data Industry proposes that by 2025, the estimated scale of big data industry will exceed 3 trillion yuan, and the compound annual growth rate will remain at around 25%. A modern big data industry system with strong innovation, high added value and independent control will basically take shape.

　　Workers of a new material science and technology company in Zouping, Shandong Province are testing the purity of high-purity alumina. Xinhua news agency

　　The large-scale intelligent cage platform in Shenyuanhai was successfully installed. Photo by Tang Ke/Bright Picture

　　Experts believe that the "Fourteenth Five-Year Plan" period is a crucial period for China’s industrial economy to move towards a digital economy, and the big data industry will enter a new stage of integrated innovation, rapid development, in-depth application and structural optimization.

　　"China has huge data resources and demographic dividends, providing sufficient raw materials and talent base for the big data industry. At the same time, intensive policies have provided a good policy environment and market demand for the big data industry. " Yan Gang said.

　　However, Kougang also said that at present, the construction of China’s data factor market is still in its infancy, and the basic systems and standards such as data transaction and circulation need to be improved. In recent years, a number of data exchanges have sprung up in various places, but many of them are suspected of "staking" and their business development is not ideal. At the same time, the traditional factor supervision is mainly based on offline supervision, which is difficult to adapt to the reality of online and offline integration of data elements.

　　"There is a contradiction between data circulation and personal information protection." Kou Gang said that the value of data lies in circulation. If data is not circulated, it will be difficult to produce its due value. However, if it is not well protected, personal privacy and business secrets will be leaked, which will not only affect related rights and interests, but also cause social and economic risks. How to avoid "one tube will die, and once it is released, it will be chaotic" is a problem worthy of attention. In addition, China’s big data industry still faces the problem of "stuck neck" in key technologies, and the support in key areas such as basic software and hardware needs to be strengthened.

　　Experts said that at present, a new round of scientific and technological revolution and industrial transformation is accelerating, the world has entered the era of digital economy, and the big data industry has ushered in a new round of development opportunities; At the same time, we should also be soberly aware that the profound adjustment of the international industrial competition pattern and the increase of potential risks such as technical ethics and data security have all posed no small challenge to the development of China’s big data industry. In this regard, China should seize new opportunities for the development of the digital economy, unswervingly implement the national big data strategy, give full play to the engine role of the big data industry, promote the overall improvement of thousands of industries with the first-Mover advantage of the big data industry, and firmly grasp the initiative of development.

　　The audience experienced the mixed reality helmet at the World Digital Education Conference. Xinhua news agency

　　Jiaxing, Zhejiang, cultivated a "smart field" with digital new agricultural tools. Xinhua news agency

　　Accelerate the construction of a data-based institutional system

　　On January 29th, the Smart Brain (Phase I) of the Yangtze River Delta Ecological Green Integration Development Demonstration Zone was put into operation. Relying on the Yangtze River Delta regional data sharing and exchange platform, Smart Brain has opened 18 data links in Jiangsu, Zhejiang and Shanghai provinces and one city, and gathered 242 data resources, which strongly supported regional integration application scenarios such as social security, medical insurance and the use of provident fund in different places.

　　In recent years, all localities and departments in China attach great importance to the development and application of data resources, strive to improve the level of public data governance, and have carried out a lot of practices in policy formulation, platform system construction, data sharing and opening up, data development and application, and made positive progress.

　　At the same time, experts believe that data, as a new production factor, has the characteristics of intangibility and non-consumption, which poses new challenges to the traditional systems of property rights, circulation, distribution and governance, and it is urgent to build a production relationship that is compatible with the development of digital productivity and continuously liberate and develop digital productivity.

　　In December, 2022, the Opinions of the Central Committee of the Communist Party of China and the State Council on Building a Data-based System to Give Full Play to the Functions of Data Elements (hereinafter referred to as Opinions) was released, which systematically laid out the "four beams and eight pillars" of the data-based system and drew a long-term blueprint for the development of data elements.

　　The "Opinions" proposes to explore the structural separation system of data property rights. Establish a classification and authorization system for public data, enterprise data and personal data. Experts believe that by establishing a "three-power separation" between the right to hold data resources, the right to use data processing and the right to operate data products, strengthening the right to use data processing, freeing the right to operate data products and accelerating the construction of the data property registration system will provide institutional guarantee for promoting the orderly circulation of data, encouraging data development and utilization, guiding data product transactions and releasing the value of data elements.

　　Yu Xiaohui, president of China Information and Communication Research Institute, said that in the future, it is necessary to strengthen the collection and sharing of data resources. Promote public data authorization operation, improve data operation efficiency, develop personal information data authorization and enterprise data authorization, and enhance data aggregation ability. We will promote the life-cycle value management of data collection, labeling, storage, transmission, management and application, and break through the data barriers among and within different entities of government departments, public institutions and enterprises.

　　"Promote data standardization, improve cross-departmental and cross-industry data standard systems, and establish multi-level data management standards." Yu Xiaohui said that data standards should be formulated and a standardized system should be established, including basic data terminology standards, data exchange and sharing standards, and data security and privacy standards. Encourage key industries to innovate data development and utilization models, combine application demonstrations of key industries, sort out and select data application benchmarks of key enterprises, increase the docking and promotion of local and industry enterprises, and replicate and promote typical applications.

　　Kou Gang said that at present, the government has a large number of public data resources, which can start from the integration, sharing, development and utilization of government data resources. On the one hand, government departments should sort out the standard rules and unify the standards of data collection. On the other hand, optimize the existing data authorization mechanism, reduce the intermediate links of repeated confirmation, and alleviate the concerns of departmental data sharing; Explore compensation and incentive mechanisms that are more in line with the interests of departments, stimulate the enthusiasm of data circulation in various departments, and increase the protection of high-value data such as social security, medical insurance and provident fund.

　　"Circulation transaction is the only way to transform data resources into data assets and fully release value." Weng Mao, a professor at Guanghua School of Management, Peking University, said that on the one hand, it is necessary to optimize the layout as a whole, emphasize the transparency and professional management of trading venues, objectively and scientifically evaluate the effectiveness of the pilot, sum up market experience and lessons in a timely manner, and adjust and optimize. On the other hand, in order to reduce the uncertainty of transactions and the cost of performance by establishing rules and uniform standards, all parties in the market should consciously accept supervision from all walks of life and resolutely stop acts such as inconsistency between name and reality, manipulation and collusion. In the medium and long term, China’s data factor market will form a pattern of coordinated development of various types and multi-level trading venues.

　　On the semiconductor chip production line of a company in Maanshan Economic Development Zone, Anhui Province, employees are rushing to produce semiconductor chips for 5G base stations. Wang Wensheng photo/bright picture

　　Source: Yin Zeren, China Institute of Information and Communication.

　　Link big data development and utilization actions in some industries.

　　Communication big data:

　　Accelerate the large-scale deployment of 5G networks and promote the upgrading of Gigabit optical fiber networks. Expand the interconnection nodes of the backbone network and set up a number of international communication entrances and exits. Improve the anti-seismic capacity of public communication facilities in earthquake-prone areas, strengthen the construction of "super base stations" in mountainous areas, plan and reserve mobile base stations, and improve the anti-destruction capacity of communication public networks.

　　Financial big data:

　　Through big data actuarial, statistics and model construction, we will help improve the modern financial supervision system, fill the shortcomings of the supervision system, and promote financial innovation in an orderly manner under the premise of prudent supervision. Optimize models such as risk identification and credit evaluation, and improve the risk management ability based on data.

　　Medical big data:

　　Improve electronic health records and databases such as cases and electronic prescriptions, and speed up data sharing in medical and health institutions. Popularize telemedicine and promote the application of medical image aided interpretation and clinical aided diagnosis. Improve the supervision ability of medical institutions and medical behaviors, and promote the linkage reform of medical care, medical insurance and medicine.

　　Traffic big data:

　　Strengthen the collection and analysis of data related to vehicles and transportation infrastructure, and provide support for the development and application of autonomous driving and vehicle-road collaborative technology. Carry out application innovations such as travel planning, traffic flow monitoring and analysis, and promote intelligent highway management, traffic signal linkage and bus priority control. Through the sharing and application of data such as transportation and logistics, we will promote the development of multi-modal intermodal transportation such as railways, highways, water conservancy and aviation.

　　Employment big data:

　　Use big data such as online recruitment, mobile communication and social insurance to monitor the changing trend of the labor market, keep abreast of the changes in employment and unemployment of enterprises, better analyze and judge the employment situation, and make scientific decisions.

　　(Source: "The 14 th Five-Year Plan for the Development of Big Data Industry" compiled by Liu Kun)

　　Guangming Daily (15th edition, March 23rd, 2023)

The official price of Geely is 9000 yuan lower than the pre-sale price, and the price of 69800 yuan is directly the same as the lowest price. No wonder BYD is in a hurry and the SUV is crying.

The specific price of Geely Xingyuan is:

-310km Youth Edition: 69,800 yuan

-310km Dream Edition: 77,800 yuan

-410km free edition: 82,800 yuan.

-410km Exploratory Edition: 88,800 yuan

-410km exploration+edition: 98,800 yuan.

The purchase rights include: 410km exploration+version to send auxiliary driving system and two-color body; 410km exploration version and 310km dream version send electric tailgate and panoramic image; 410km Free Edition and 310km Youth Edition send 16-inch wheels. In addition, there are 50,000 two-year interest-free and replacement subsidies of 3,000 yuan, which are still very valuable for low-profile models.

This time, Geely Xingyuan really targeted the pricing directly at BYD Seagull. Before that, it was said that Geely Xingyuan was positioned between Seagull and Seagull, so the pricing would be similar to that of Wuling Binguo SUV, about 75,800 yuan, that is, 3,000 yuan cheaper than the pre-sale price, which is also Geely’s consistent strategy. But I didn’t expect Geely to pull the price directly to the prefix 6 this time, and it was exactly the same as the starting price of seagull of 69,800 yuan.

Then, what are the advantages of the same 69,800 yuan Geely Star Wish?

First of all, it is larger in size, and it is mostly, with a length of more than 4.1 meters and a wheelbase of 2.65 meters, or a five-seat model, which is very advantageous. Followed by Xingyuan’s 58kW rear-drive motor, Seagull is only 55kW, but Xingyuan’s torque is only 130Nm, which is not as good as Seagull’s. Then there is the chassis, and the rear suspension of Xingyuan is multi-link, which sounds more advanced than the torsion beam of competing products. There are 16-inch wheels, but steel rings.

In terms of configuration, Xingyuan only has front side airbags, and seagulls are side air curtains; There is no fixed speed cruise at the minimum of Xingyuan. Xingyuan also has a 4:6 seat down, which is more flexible than the whole seagull down. The lighting system is only available at this price, but Xingyuan doesn’t have automatic headlights, and Xingyuan also cuts off the cosmetic mirror lighting.

However, Xingyuan has another advantage: Flyme Auto’s car system also has voice control, which is still very important for young consumers. But by the way, this minimum is a 10.1-inch screen, just like seagulls.

Therefore, in the horizontal comparison, at the price of 70,000 yuan, except for a few small configurations, such as the lighting system, the rest are in place step by step, and the seagull and Bingo SUV are stuck.

Of course, if you want to say that it is the most worth buying, it is still a higher configuration, the version of 77,800 yuan. On the basis of 8,000 yuan, Xingyuan 310km Dream Edition has 16-inch aluminum alloy wheels, panoramic images, 14.6-inch large screen, upgraded the group and sent an electric tailgate. If it’s just a city ride, the 310km version plus the home-filled pile is enough, and there is no need to spend more money.

If you really need a long battery life and want a big battery and stronger performance, then the choice logic of 410km is similar, but since you have spent more than 80,000 yuan, you are willing to have an exploration version of 88,800 yuan, at least with high configuration and good mood.

It can be said that Geely Xingyuan will be the new king of the small electric vehicle market. If there is no problem with Geely’s production capacity, Geely Xingyuan will become an electric vehicle with a monthly sales volume of 20,000 vehicles. After all, it may directly rob the customers of seagulls and dolphins, and the basic pressure of Bingo SUV will be great.

Now Geely has merged the geometry channel into the Galaxy. With this explosion, the dealers who have sold geometry for several years have been "sweet after a long drought", and it is estimated that they are all trying their best to sell cars. The only problem is that Xingyuan is sold in different networks in the Geely system, which means that Xingyuan can’t sell more than Seagull, but in the long run, after the production capacity climbs, Geely Xingyuan will definitely be a big explosion.

Text | JackieLXX

Figure | Network

When they meet, what kind of sparks will the two spark?

1. The price of both cars exceeds one million, which witnessed the rise of domestic cars. When the system meets the Zunjie pure electric/oil-electric hybrid system, who has better performance and can save fuel consumption? Compare it in many ways.

2. Power performance: Two systems of 3.0T and 4.0T are provided, with the maximum power of 290kW and 360kW respectively, showing its strong performance in power performance. The specific power parameters of Huawei Zunjie are not explicitly mentioned in the search results, but its power performance is expected to be excellent, and Zunjie is expected to be equipped with the intelligent driving scheme of Huawei Gankun ADS3.0 with the same model as Zhijie R7, which may mean that it has strong performance in intelligent driving.

3. Intelligent technology: The specific intelligent configuration of Hongqi Guoya is not specified in the search results, but as the flagship model of the brand, it is expected to be equipped with high-end intelligent driving assistance system and luxury intelligent cockpit. Huawei Zunjie will be equipped with the latest version of Huawei ADS3.0 intelligent driving system, which is famous for its advanced automatic driving technology and intelligent driving. The car will be equipped with a high-resolution dashboard and display screen to provide a seamless intelligent interactive experience.

4. Market Positioning: Hongqi Guoya is positioned as an ultra-luxury executive car, and its body size and power parameters are beyond, making it one of the most luxurious in the market. Huawei Zunjie is also positioned as a high-performance luxury car, with an estimated price of more than 1 million yuan, directly targeting ultra-luxury brands such as Benchmark and others.

On the whole, Hongqi Guoya and Huawei Zunjie have their own advantages in performance. Hongqi Guoya has excellent performance in dynamic performance, while Huawei Zunjie has strong competitiveness in intelligent technology. Both of them are representative works of their own brands in the high-end market, and each has its own advantages in performance. Which one is better may need to be decided according to the different needs of consumers for power and intelligence.

Su Zhengfa [2009] No.3 January 7, 2009

People’s governments of cities and counties, provincial committees, offices, departments and bureaus, and units directly under the province:

　　In order to fully implement the spirit of the 17th National Congress of the Communist Party of China, thoroughly implement Scientific Outlook on Development, vigorously implement the strategy of rejuvenating the province through science and education and strengthening the province through talents, further mobilize the enthusiasm and creativity of scientific and technological personnel, and effectively improve the ability of independent innovation, the provincial government decided to award 180 projects in Jiangsu Province in 2008, including 13 first prizes, 49 second prizes and 118 third prizes.

　　I hope that the award-winning units and individuals will make persistent efforts to climb the peak and strive to create new achievements. The province’s scientific and technological workers should learn from the winners, continue to carry forward the spirit of unity and cooperation, tenacious struggle, seeking truth from facts and being brave in innovation, conscientiously implement the outline of national and provincial scientific and technological development plans, vigorously promote scientific and technological progress and innovation, accelerate the transformation of scientific and technological achievements into real productive forces, and make greater contributions to accelerating the construction of innovative provinces and promoting sound and rapid economic and social development.

Attachment: List of winners of Jiangsu Science and Technology Progress Award in 2008

　　First prize (13 items)

　　1. Study on the late Permian mass extinction.

　　Completed by: Nanjing Institute of Geology and Paleontology, Chinese Academy of Sciences

　　Mainly completed by: Jin Yugan Shen Shuzhong, Wang Xiangdong Wang Yue, Cao Changqun, Wang Wei, Wang Jun, Zhu Huaicheng.

　　 Zhang Hua

　　2. Broadband mobile communication RF, antenna and diversity technology.

　　Completed by: Southeast University

　　Mainly completed by: Hong Wei, Zhou Jianyi, Wang Haiming, Kuaizhenqi, Zhao Jianing, Yang Guangqi, Zhang Nianzu and Yu Chen.

　　 Zhang Hui

　　3. Experimental and clinical study of severe acute pancreatitis

　　Completed by: Nanjing General Hospital of Nanjing Military Region

　　Main Accomplishers: Li Weiqin, Yu Wenkui, Tong Zhihui, Wang Zhiming, Wang Xinying, Ye Xianghong, Yan Xiaowen and Zhao Yunzhao.

　　 Quanzhufu

　　4. Xudao 3, a japonica rice variety with high quality and high yield and resistance to stripe disease.

　　Completed by: Xuzhou Institute of Agricultural Sciences, Xuhuai District, Jiangsu Province

　　Mainly completed by: Liu Chao, Wang Jiankang, Chen Ping, Ding Chengwei, Wu Yuling, Guo Rongliang, Xu Jia ‘an, Wang Fuqin and Zhang Tao.

　　5. Key technologies and applications of power MOS integrated circuit design and fabrication process.

　　Completed by: Southeast University

　　 Wuxi China Resources Shanghua Semiconductor Co., Ltd.

　　Main Accomplishers: Sun Weifeng, Su Wei, Shi Longxing, Lu Shengli, Yi Yangbo, Li Haisong, Xu Shen, Fang Shilin.

　　 Xia Xiaojuan Deng Xiaoshe

　　6. Key technologies and applications of efficient, flexible and energy-saving automobile assembly material conveying equipment

　　Completed by: Jiangsu Tianqi Logistics System Engineering Co., Ltd.

　　 Nanjing University of Aeronautics and Astronautics (NUAA)

　　Mainly completed by: Yang Leilou, Pei Huang, Bai Kaijun, Tang Dunbing, Zhang Yuanxing, Ye Wenhua, Liu Liming and Guo Dahong.

　　 Li fengbao

　　7. Study on classification, systematic evolution and genetic diversity of Gramineae plants.

　　Completed by: Institute of Botany, Chinese Academy of Sciences, Jiangsu Province

　　Mainly completed by: Chen Shouliang, Liu Jianxiu, Jin Yuexing, Sheng Guoying, Zhuang Tide, Liu Xintian, Li Ya and Wu Zhujun.

　　 Xuan Jiping

　　8. Optimized operation technology and industrial application of large-scale ethylene plant

　　Completed by: China Petrochemical Yangzi Petrochemical Co., Ltd.

　　 East China University Of Science and Technology

　　Main Accomplishers: Jiang Yong Qian Feng Wei Da Gong Baoren Wang Zhenlei Xu Yanfeng Han Jinhua Du Wenli

　　 Cha xingqi

　　9. Innovation and practice of hydrodynamic theory and flood control safety technology of plain rivers

　　Completed by Hohai University

　　 nanjing hydraulic research institute

　　 Jiangsu province water conservancy survey design & research institute co., ltd

　　 Nanjing Water Conservancy Planning and Design Institute Co., Ltd.

　　 Yangzhou survey design & research institute co., ltd

　　Mainly completed by: Tang Hongwu, Xiao Yang, Wang Lingling, Fu Zongfu, Zhu Lijun, Yan Jing, Gu Zhenghua and Han Longxi.

　　 Lu shengqi

　　10. A series of clinical treatments for severe and complicated spinal deformity.

　　Completed by: Gulou Hospital affiliated to Nanjing University School of Medicine

　　Main Accomplishers: Qiu Yong, Wang Binyu, Yang Zhu Zezhang, Zhu Feng, Qian Bangping, Ma Weiwei Sun Xu.

　　 Zhu Lihua

　　11. Design theory and key construction technology of freezing sinking under complex stratum conditions.

　　Completed by: China University of Mining and Technology.

　　 China Coal International Engineering Group Nanjing Design & Research Institute

　　 Zhongmei 5 th construction company

　　 Datun Coal and Electricity (Group) Co., Ltd.

　　Mainly completed by: Yang Weihao, Huang Jiahui, Shen Weian, Xu Daxiong, Song Lei, Li Haipeng, Du Yong and Lin Hong Bao.

　　 Zhang Chao

　　12. Design theory and manufacture of micro-nano medical devices

　　Completed by: Southeast University

　　Main Accomplishers: Yi Hong, Chen Yunfei, Ni Zhonghua, Yang Juekuan, Qiu Xiaoli, Wang Yujuan, Xing Yan and Gu Xingzhong.

　　 Bikedong

　　13. Study on a new way to prevent and treat pulmonary hypertension by targeting SUR 2/KIR 6.X.

　　Setting: First Affiliated Hospital of Nanjing Medical University.

　　 Beijing Saide Weikang Medicine Research Institute

　　 Nanjing medical university

　　Main Accomplishers: Wang Hong Xie Weiping Zhang Shijiang Wang Hai Hu Gang Ding Hongbin Long Chaoliang Cui Wenyu

　　 Jinyu

　　

　

　　Second prize (49 items)

　　1. A new wheat variety Young Mai 13 with high quality, weak gluten and disease resistance.

　　Completed by: Jiangsu Lixiahe Agricultural Science Research Institute.

　　Main Accomplishers: Zhang Boqiao, Gao Derong, Cheng Shun and Lu Chengbin, Wu Hongya, Leng Sufeng and Zhu Dongmei.

　　2. Cultivation and popularization of national new variety Yangzhou Goose

　　Completed by: Yangzhou University

　　 Yangzhou agricultural bureau

　　 Yangzhou runyangshui teqin institute co., ltd

　　 Yangzhou huahong Yangzhou goose breeding goose farm co., ltd

　　 Jiangsu Vocational College of Animal Husbandry and Veterinary Medicine

　　 Poultry Institute, Chinese Academy of Agricultural Sciences

　　 Yangzhou Tian ge e ye development co., ltd

　　Main Accomplisher: Zhao Wanli Ding Tao Wang Zhiyue Wen Guangbao Gong Daoqing Duan Baofa Zhang Jun

　　3. Regularity and physiological regulation of growth and meat quality traits in Taihu pigs.

　　Completed by: Nanjing Agricultural University

　　Mainly completed by: Zhao Ruqian, Yang Xiaojing, Xia Dong, Chen Jie, Chen Jie, Zhou Jie and Wei Xihui.

　　4. Research and application of directional cultivation technology system of poplar plantation.

　　Completed by: Nanjing Forestry University

　　 Jiangsu lvling chemical industry group co., ltd

　　 Jiangsu province forestry technology popularizing station

　　Mainly completed by: Fang Shengzuo, Chen Jinlin, Lu Kecheng, Yang Peng, Tang Luozhong, Xu Hongqiang and Zhang Huanchao.

　　5. Development and control technology of live swine asthma vaccine (168 strains)

　　Completed by: Jiangsu Academy of Agricultural Sciences

　　 Nanjing tianbang biology science and technology co., ltd

　　Main Accomplishers: Shao Guoqing, He Kongwang, Liu Maojun, Zhou Yongqi, Hou Jibo, Liu Yaoxing and Zhao Yongqian.

　　6. Key technologies for manufacturing advanced composite high-pressure gas cylinders

　　Completed by Sinoma Technology (Suzhou) Co., Ltd.

　　 Beijing Bogangyuan Composite Material Co., Ltd.

　　Main Accomplisher: Li Xinhua Wu Mengxian Huang Zaiman Lu Bo Chang Zhiyong Wu Feng Yao Yu

　　7. Super capacitor energy storage system for wind power generation and pitch control

　　Completed by: Jiangsu Shuangdeng Group Co., Ltd.

　　 Institute of Electrical Engineering, Chinese Academy of Sciences

　　Main Accomplishers: Qi Zhiping, Wei Tongzhen, She Peiliang, Yang Baofeng, Wang Sibo, Zhou Long, Su Yingdong.

　　8. Research and development of new energy-saving air conditioning system based on solution independent dehumidification

　　Completed by: Southeast University

　　 Jiangsu province architecture design research co., ltd

　　Main Accomplishers: Zhang Xiaosong Yin Yonggao Liang Caihua Li Shuhong Cai Liang Du Kai Xia Zhuoping.

　　9. Complete sets of technologies for collection, purification and comprehensive utilization of landfill gas

　　Completed by: Nanjing University

　　 Nanjing yunsheng new energy development co., ltd

　　 Nanjing Shunfeng-Painier Air and Gas Purification Equipment Co., Ltd.

　　Main Accomplishers: Chen Zezhi Gong Huijuan Li Jianping Wu Weili Liu Peng Xu Xuesong Liu Keqing

　　10. Development and application of large-scale high-efficiency and energy-saving air pollution control technology

　　Completed by Jiangsu Suyuan Environmental Protection Engineering Co., Ltd.

　　 Jiangsu Xutang Power Generation Co., Ltd.

　　 Jiangsu Changshu Power Generation Co., Ltd.

　　 Yixing xielian thermoelectric co., ltd

　　 China Resources Nanjing Chemical Industry Park Thermoelectricity Co., Ltd.

　　Mainly completed by: Sun Keqin, Zhou Changcheng, Shen Kai, Zhang Yanjing, Li Chenle, Zong Weigang and Zhao Jin.

　　11. Four-stage theory of cyanobacteria bloom formation and bloom prediction

　　Completed by: Nanjing Institute of Geography and Lakes, Chinese Academy of Sciences

　　Main Performers: Kong Fanxiang, Ma Ronghua, Chen Yuwei, Junfeng Gao, Gao Guang, Wu Xiaodong and Zhang Min.

　　12. iPACS-5000 Substation Integrated Automation System and Device

　　Completed by: Jiangsu Jinzhi Technology Co., Ltd.

　　Mainly completed by: Zhu Huaming, Wu Jie, Gu Jian, Chen Xiaoyu, Wang Jian, Xu Hongyuan and Wang Wei.

　　13. A new generation of large-scale business operation support system for telecom operators supporting 3G.

　　Completed by: Nanjing Lianchuang Technology Co., Ltd.

　　Mainly completed by: Liang Bin, Liu Guoxiang, Zhang Yougen, Sun Libin, Li Hua, jackie and Luo Yibin.

　　14. Portable satellite communication system

　　Completed by: Nanjing University of Posts and Telecommunications

　　Mainly completed by: Xie Jidong, Zhao Laiding, Hu Zhengfei, Wang Nianshu, Zhou Yuechen and Wang Shihuan.

　　15. Development and application of collaboration software for distributed heterogeneous data matching.

　　Completed by: Nanjing University of Finance and Economics

　　 Nanjing University

　　 Southeast China University

　　 Jiangsu suyuan information technology co., ltd

　　 Shanghai kingdee software technology co., ltd

　　 Guodian nanrui technology co., ltd

　　Mainly completed by: Cao Jie, Pan Jingui, Ni Zhonghua, Fang Quanma, Yuan Kui, Hu Yuanding and Hu Yangbo.

　　16. Chang ‘e-1 satellite gamma ray spectrometer

　　Completed by: Purple Mountain Observatory, China Academy of Sciences.

　　Main Performers: Chang Jin Zhang Nan Ma Tao Tang Hesen Cai Mingsheng Gong Yizhong Zhang Renjian

　　17. Development and industrialization of GaAs RF integrated circuits for mobile communication

　　Completed by: No.55 Research Institute of China Electronics Technology Group Corporation

　　Mainly completed by: Li Fuxiao, Jiang Youquan, Yang Naibin, Chen Xinyu, Chen Chen, Shao Kai and Qian Feng.

　　18. Research on key technologies of radionuclide tracing and its innovative application in the field of medicine.

　　Completed by: Jiangsu Institute of Atomic Medicine

　　 China Pharmaceutical University

　　Mainly completed by: Yang Min, Wang Guangji, Xu Yuping, Jiang Mengjun, Pan Donghui and Wang Songpei.

　　19. The establishment of the standard material library and fingerprint quality evaluation system of fifteen authentic Chinese medicine resources in Jiangsu.

　　Completed by: Jiangsu Institute of Traditional Chinese Medicine

　　Mainly completed by: Qian Shihui, Qian Dawei, Duan Jin, Li Youbin, Zhu Lingying, Zhang Jian, Peng Yunru.

　　20. High frequency and high voltage electron accelerator

　　Completed by Wuxi Aibang Radiation Technology Co., Ltd.

　　Mainly completed by: Li Zhaoxian, Xia Jinzhi, Liu Yushu, Chen Shuze, Yao Jianping, Feng Boshou and Zhu Xingang.

　　21. SY215C crawler hydraulic excavator

　　Completed by Sany Heavy Machinery Co., Ltd.

　　Mainly completed by: Dai Qinghua, Yi Disheng, Chen Kelei, Zhu Chuanbao, Zhao Zhigang, Cui Huixi and Xue Zhaoyun.

　　22. Laser honing technology and equipment for high-performance energy-saving and environment-friendly engines.

　　Completed by: Jiangsu University

　　 Chang Chai Co., Ltd.

　　 Faw liberation automobile co., ltd. Wuxi diesel engine factory

　　 Yangzhou diesel engine co., ltd

　　Mainly completed by: Zhang Yongkang Fu Yonghong, Xu Yi, Yin Bifeng, Hua Xijun, Yuan Run and Ye Yunxia.

　　23. Composite core soft aluminum stranded wire

　　Completed by: Far East Composite Technology Co., Ltd.

　　Main Accomplishers: Gong Xinming, Jiang Huajun, Wang Chuanbin, Hu Qingping, Xu Jing, Zheng Wending, Gan Xingzhong

　　24. New digital information low-voltage distribution equipment

　　Completed by Changshu Switch Manufacturing Co., Ltd.

　　Mainly completed by: Tang Chunchao, Wang Chunhua Guan Ruiliang, Pan Zhenke, Steve Yu, Wang Jionghua and Yin Jianqiang.

　　25. Robust performance analysis and control synthesis of complex dynamic system and its application

　　Completed by: Nanjing Normal University

　　 Southeast China University

　　 Chinese Marine University

　　Mainly completed by: Yue Dong Fei Shumin Peng Chen Tang Gongyou Yang Jiquan.

　　26. Research on modeling, control and fault diagnosis technology of complex systems.

　　Completed by: Nanjing University of Aeronautics and Astronautics

　　Main Accomplishers: Jiang Bin, Lu Ningyun, Qi Ruiyun, Mao Zehui and Yang Hao.

　　27. Research and development of hindered amine desulfurization and decarbonization series solvents

　　Completed by: Nanhua Group Research Institute

　　Main Accomplishers: Mao Songbai, Zhu Daoping, Ye Ning, Chu Zheng, Ding Yaping, Wang Xiangyun and Huang Xiaoyan.

　　28. Three-dimensional spaced conjoined fabrics and their composites.

　　Completed by Changzhou Bolong 3D Composite Material Co., Ltd.

　　 Beihang University

　　Main Accomplishers: Wu Boming, Zhang Zuoguang, Li Min, Luo Jianhui, Sun Zhijie, Gao Yu and Liu Jiaqing.

　　29. Complete technology for preparation and application of epoxy asphalt composite materials for long-span steel bridge deck pavement

　　Completed by: Southeast University

　　 Jurong city Ningwu Chemical Co., Ltd.

　　Mainly completed by: Huang Wei, Chen Zhiming, Kang Yang, Ying Jun, Zhu Jianshe, Shao Li, Min Zhaohui.

　　30. Design, large-scale preparation and application of low-dimensional titanate in resin-based wear-resistant composites.

　　Completed by: Nanjing University of Technology

　　Mainly completed by: Lu Xiaohua, Feng Xin, Wang Changsong, Liu Chang, Wang Huaiyuan and Shi Yijun.

　　31. High-performance fluorene-based blue light materials

　　Completed by: Nanjing University of Posts and Telecommunications

　　Main Accomplisher: Huang Wei Fan Qu Li Jie Linghai Lai Wenyong Chen Runfeng Jiang Hongji Tang Chao

　　32. Industrial chromatographic separation and purification technology and engineering research

　　Completed by: Jiangnan University

　　 Wuxi green separation application technology research institute co., ltd

　　Main Accomplishers: Peng Qijun, Xu Ling, Yu Zheng, Wu Jinglan and Li Lixia.

　　33. Key technology development and industrialization of converter special steel bar production line in Huaigang

　　Completed by: Jiangsu Shagang Group Huaigang Special Steel Co., Ltd.

　　 Iron and steel research institute

　　Mainly completed by: He Daping, Wang Zhongying, Zhao Pei, Li Peisong, Lu Ping, Wang Qianfang, Qi Chao.

　　34. Ultra-pure high-performance nickel-base superalloy

　　Completed by: Danyang Precision Alloy Factory Co., Ltd.

　　Main Performers: Wan Baifang, Liu Kui, Gao Ming, Zhang Shunnan, Zhang Jianguo, Ma Yingche and Chen Bo.

　　35. Study on preparation of functional nanomaterials by ultrasonic and microwave chemistry methods.

　　Completed by: Nanjing University

　　Main Accomplishers: Zhu Junjie Jiang Liping Zhang Jianrong Jinzhong Xu Wang Hui Xu Shu Liao Xuehong

　　36. Research and application of durability improvement technology for major engineering concrete

　　Completed by: Jiangsu Academy of Building Science Co., Ltd.

　　 Jiangsu bote new material co., ltd

　　 Wuxi communications bureau

　　Main Accomplishers: Miao Changwen, Liu Jiaping, Ding Bei, Ran Qianping, Liu Jianzhong, Mao Liang, Xi Sha Jianfang

　　37. Study on the function of resistin in obesity and insulin resistance and screening of polypeptide drugs.

　　Completed by: Nanjing Medical University

　　 Nanjing Maternal and Child Health Hospital affiliated to Nanjing Medical University

　　 The first affiliated hospital of Nanjing medical university

　　Mainly completed by: Guo Xirong, Chen Ronghua, Qian Lingmei, Liu Feng, Gu Nan, Ni Yuhui and Yang Tao.

　　38. Research on new principles and methods of immunoassay and immune detection system for tumor markers.

　　Completed by: Nanjing University

　　 Jiangsu cancer hospital

　　Main Accomplishers: Ju Xian Yan Feng Tang Jinhai Wu Jie Fu Zhifeng Dai Zong Lin Jiehua

　　39. Basic research on intestinal dysfunction after traumatic brain injury and its influence on brain function.

　　Completed by: Nanjing General Hospital of Nanjing Military Region

　　Mainly completed by: Hang Chunhua, Shi Jixin, Chen Gang, Wu Wei, Li Jieshou Yin Hongxia.

　　40. Cytogenetic and molecular genetic characteristics of malignant hematological diseases and their clinical significance

　　Setting: First Affiliated Hospital of Nanjing Medical University.

　　Mainly completed by: Li Jianyong Xu Wei Chen Lijuan Qian Sixuan Tian Tianmiao Kourong Qiu Hongxia.

　　41. Study on the formation mechanism of tubulointerstitial fibrosis

　　Completed by: Zhongda Hospital affiliated to Southeast University.

　　Mainly completed by: Liu Bicheng, Zhang Xiaoliang, Lu Linli, Xia Huiling, Zhang Jiandong, Lu Zuhong and Zhang Lu.

　　42. Basic research on the mechanism and protective measures of liver injury in small transplantation

　　Setting: First Affiliated Hospital of Nanjing Medical University.

　　Main Accomplishers: Wang Xuehao Yu Yue Li Guoqiang Chengfeng Amanda Yao Li Xiangcheng Tang Liming

　　43. Study on the function and regulation of new human apolipoprotein M and its clinical significance.

　　Completed by: Changzhou First People’s Hospital

　　Mainly completed by: Zhang Xiaoying, Xu Ning, Luo Guanghua, Zheng Lu, Di Dongmei, Zhu Jiang, Mou Qinfeng.

　　44. DWX single hydraulic prop series products

　　Completed by: China University of Mining and Technology.

　　Mainly completed by: Li Bingwen Zhao Jiyun, Wang Qiguang, Li Hongtao Chen Shiqi, Wang Jianwu and Zhao Liang.

　　45. Huaibei mining area coal and gas outburst mine regional gas control technology system and engineering application

　　Completed by: China University of Mining and Technology.

　　 Huaibei Mining Industry (Group) Co., Ltd.

　　Main Accomplishers: Cheng Yuanping Li Wei Zhang Bin Xu Rui Wang Haifeng Mu Junwei Zhou Hongxing

　　46. Development of low-temperature hot rod technology and its engineering application in cold regions

　　Completed by: Jiangsu Zhongsheng High-tech Industry Co., Ltd.

　　 China Railway Northwest Science Research Institute Co., Ltd.

　　 Qinghai province local railway choujian office

　　 Qinghai electric power company

　　Main Accomplisher: Guo Hongxin Liu Feng Dong Xianfu Xiong Zhiwen Huapu School Li Laisuo Ma Ming

　　47. Research on key technologies of Sutong Bridge’s 268m long-span continuous rigid frame bridge project.

　　Completed by: Jiangsu Sutong Bridge Construction Headquarters

　　 China Railway Bridge Bureau Company Limited

　　 Southeast China University

　　 Tongji University

　　Mainly completed by: Ding Feng, Liu Zhao, Jiang Yong, Guan Yijun, Li Guoping, Meng Shaoping, Zhou Xinya.

　　48. Fully automatic hydraulic lifting integral scaffold

　　Completed by: Nantong Sijian Group Co., Ltd.

　　Main Accomplishers: Geng Yuhua, Wang Huaqi, Chen Jian, Chen Baoshu, Ji Yun, Youtong, Jian Hua, Zhou Jian.

　　49. Constant tension spring compensation device for electrified railway catenary

　　Completed by Yangzhou Oriental Hanger Co., Ltd.

　　Mainly completed by: Wu Liqun, post Rong Jun, post Wu Shun

　

　　　

　　Third prize (118 items)

　　1. Research on processing technology and production application of silkworm natural colored cocoon silk.

　　Completed by Xinyuan Cocoon and Silk Group Co., Ltd.

　　 Suzhou University

　　Mainly completed by Chu Chengping, Xu Shiqing, Chen Zhongli, Sun Daoquan and Wang Jiannan.

　　2. Breeding and application of middle japonica rice variety Yandao 8 with resistance to stripe disease.

　　Completed by: Jiangsu Institute of Agricultural Sciences in Coastal Areas

　　Main Accomplisher: Sun Mingfa, Yao Lisheng, Tang Hongsheng, Yan Guohong and Qiu Guicai.

　　3. Research and popularization of the breeding and breeding technology of Procambarus clarkii.

　　Completed by: Jiangsu Freshwater Fisheries Research Institute

　　 Nanjing University

　　 Xuyi county aquatic products technology popularizing station

　　 Huaian Chuzhou district aquatic products technology popularizing station

　　 Danyang runnong fishery technology service co., ltd

　　Mainly completed by: Tang Jianqing, Xia Aijun, Yan Weihui, Xue Hui and Han Fei.

　　4. Study on the mechanism of antagonistic yeast in controlling fruit diseases.

　　Completed by: Jiangsu University

　　Main Accomplisher: Zhang Hongyin Dong Ying Jiang Song Zhang Haihui Xu Bin

　　5. Integration and demonstration of high-quality and efficient production technology of melon vegetables in facilities.

　　Completed by: Nanjing Agricultural University

　　 Nanjing Jiangning District Hengxi Modern Horticultural Science and Technology Demonstration Park

　　 Nanjing Jiangning district agricultural bureau

　　 Nanjing seed Zhan

　　Mainly completed by: Guo Shirong, Shi Zeping, Zhu Guorong, Li Juan and Han Zhiping.

　　6. Establishment, application and popularization of control technology system for exotic invasive weed Solidago canadensis.

　　Completed by: Nanjing Agricultural University

　　 Jiangsu province plants protection station

　　Main Accomplisher: Qiang Sheng Diao Chunyou Song Xiaoling Gong Weirong Dai Weimin

　　7. Research and application of key technologies for industrialization of new starter cultures and fermented products.

　　Completed by: Nanjing Normal University

　　 Nanjing Wei Gang Dairy Co., Ltd.

　　 Jiangsu heng shun Cu ye co., ltd

　　Mainly completed by: Pan Daodong, Yuan Sheng, Dai Chuanchao, Lu Jian and Xia Rong.

　　8. Introduction of new varieties of timely fresh fruits and integrated demonstration and promotion of supporting technologies.

　　Completed by: Nanjing Agricultural University

　　 Jiangsu province gardening technology popularizing station

　　 Xuzhou fruit tree service station

　　 Lianyungang forestry technology guidance office

　　 Wuxi Huishan district Lin Sang technology popularizing station

　　Mainly completed by: Tao Jianmin, Lu Aihua, Liu Xueping, Zhu Guard, Xue Cuihua.

　　9. Breeding and application of starch sweet potato variety Suyu 303

　　Completed by: Jiangsu Academy of Agricultural Sciences

　　 Southwest University

　　Mainly completed by: Xie Yizhi, Zhang Qitang, Fu Yufan, Guo Xiaoding and Xianhong.

　　10. Creation and application technology of osthole, a new biological pesticide for controlling vegetable diseases and insect pests.

　　Completed by: Jiangsu Academy of Agricultural Sciences

　　 Wuhan tianhui biology engineering co., ltd

　　 Jiangsu province suke agrochemical co., ltd

　　 Fuzhou chaoda modern agriculture co., ltd. Nanjing branch

　　 Jiangsu province pesticide inspection office

　　Main Accomplisher: Shi Zhiqi, Lin Kaichun and Fan Yongjian to East Wang Chunmei.

　　11. Innovation and utilization of rapeseed anti-bacterial nucleosis germplasm

　　Completed by: Jiangsu Academy of Agricultural Sciences

　　Mainly completed by: Zhang Jiefu Qi Cunkou Fu Shouzhong Pu Huiming Chen Xinjun

　　12. Molecular detection and ecological sustainable control technology of poplar longicorn disaster law

　　Completed by: Jiangsu Academy of Forestry Science

　　 Jiangsu entry-exit inspection and quarantine bureau

　　 Jiangsu forestry bureau

　　 Nanjing Forestry University

　　 Huaian forest pest and disease prevention quarantine station

　　Mainly completed by: Xu Fuyuan, An Yulin, Xia Chunsheng, Tang Jingen and Liu Yunpeng.

　　13. Development and industrialization of IDP-A type high-efficiency intelligent energy saver

　　Completed by Suzhou Hanfeng Technology Development Co., Ltd.

　　Mainly completed by: Chen Weizu, Ye Chaogao, Liu Min.

　　14 large cement rotary kiln calcination energy-saving technology and equipment

　　Completed by: Jiangsu Pengfei Group Co., Ltd.

　　 Southeast China University

　　 Yancheng institute of technology

　　Mainly completed by: Jia’an Wang, Ben Daochun, Zhang Xiaosong, Ni Wenlong and Zhang Hui.

　　15. Power-type Ni-MH battery with fast charge and high cycle life

　　Completed by Jiangsu Haisida Group Co., Ltd.

　　Mainly completed by: Tang Chenming, Shen Tao, Li Xiaozhong, Xu Zhongyuan and Shi Weibing.

　　16. Preparation and industrialization of biodiesel by microstructure reaction technology

　　Completed by: Jiangsu Jiemei Bioenergy Co., Ltd.

　　Main Accomplisher: Yang Jinliang, Shi Rongbing, Zhang Lixiong, Xu Nanping Yunzhi.

　　17. Nano transparent thermal insulation coating

　　Completed by: Nanjing University of Technology

　　 jiangsu chenguang paint co.,ltd

　　Main Accomplisher: Zhao Shilin, Xu Zhongzi, Miao Guoyuan, Wei Yabing and Zhang Yongjin.

　　18. Research and development of high-performance honeycomb ceramic carrier for automobile exhaust purification

　　Completed by: Jiangsu Gaochun Ceramics Co., Ltd.

　　 shanghai institute of ceramics,chinese academy of sciences

　　Main Accomplisher: Kong Deshuang Gu Changjun Kong Lingren Kong Qiuming Kong Shuanghua

　　19. High-efficiency fluidized filter method flue gas desulfurization device

　　Completed by: Yancheng Dongda Thermal Energy Machinery Manufacturing Co., Ltd.

　　 Southeast China University

　　 Yancheng institute of technology

　　Mainly completed by: Zhu Fudong, Zhaoping Zhong, Liu Yan, Jia Shushan and Xie Renxiang.

　　20. R&D and industrialization of high-efficiency environmental protection and energy-saving technologies and equipment for large power stations

　　Completed by: Jiangsu Zhongneng Power Equipment Co., Ltd.

　　Mainly completed by: Ding Weiping, Chen Taiwen, Gao Zhixiang, Chen Kexiang and Gu Bin.

　　21. Advanced technology for preparing high-purity chlorine dioxide.

　　Completed by: Nanjing University of Technology

　　Main Accomplisher: Xu Yanhua, Zhu Mingxin, Lv Weiya, Wei Wuji and Deng Feng.

　　22. Development, research and application of high-efficiency and energy-saving water turbine applied to water-driven fan cooling tower

　　Completed by Hohai University

　　 Nanjing xingfei cooling equipment co., ltd

　　Main Accomplisher: Zheng Yuan Gu Xingkang Qu Bo Zhou Daqing Tang Weimin

　　23. ITSSKY expressway traffic real-time monitoring system V1.0

　　Completed by: Jiangsu Changtian Zhiyuan Communications Technology Co., Ltd.

　　Main Accomplisher: Sun Dayue, Pu Rong, Yang Ying, Lu Yi and Yu Zhiping.

　　24. Research on laser chaos and its application

　　Completed by: Nanjing Xiaozhuang College

　　 Southeast China University

　　 Nanjing University of Science and Technology

　　Main Accomplisher: Yan Senlin, Zhang Mingde, Chi Zeying, Sun Xiaoxin, aki chan.

　　25. PLC-075 series power line data transmission device and its application.

　　Completed by: State Grid Nanjing Institute of Automation

　　 Nanjing nanrui group company

　　 Guodian nanrui technology co., ltd

　　Mainly completed by: Wang Xiaoyan, Tang Yuming, Li Guochun, Yi Haoyong and Cai Shilong.

　　26. DRT-85A single crystal growth furnace

　　Completed by: Changzhou Huasheng Tianlong Machinery Co., Ltd.

　　Mainly completed by: Feng Jinsheng, Xun Jianhua, Li Liuju, Feng Gong and Wei Shoulong.

　　27. Guoguang Financial Self-help Unified Platform Software

　　Completed by: Changzhou Guoguang Software System Engineering Co., Ltd.

　　Mainly completed by: Jin Tao, Xu Wenbo, Zhong Xia, Zang Weiguo and Chen Jingwei.

　　28. Development and application of modern integrated manufacturing execution system for 5M wide and thick plates.

　　Completed by: Jiangsu Shagang Group Co., Ltd.

　　 Shanghai Baoxin Software Co., Ltd.

　　Mainly completed by Gong Shengqian, Wang Ping, Huang Yinglei, Wang Fang, Wang Liang and

　　29. Research and development of information integration system for discrete manufacturing enterprises and its application in switch electrical industry.

　　Completed by: Daquan Group Co., Ltd.

　　 Beijing qingruan Yingtai information technology co., ltd

　　 Jiangsu university

　　Main Accomplishers: Cai Bin Yong Jianping Zhao Xibin Xu Hui Wu Jie

　　30. Basic research on ring theory and coding in communication system.

　　Completed by: Southeast University

　　Mainly completed by: Chen Jianlong Wang Shuanhong.

　　31. RM-A ultra-clean and high-purity series chemical reagents

　　Completed by Jiangyin Runma Electronic Material Co., Ltd.

　　Mainly completed by: Ge Shiyong, Yao Wei, Zhu Chunxing, Liu Yiping Gao Jian.

　　32. Wafer-level chip scale package technology for image sensors.

　　Completed by Jingfang Semiconductor Technology (Suzhou) Co., Ltd.

　　Mainly completed by: William Wang Yu Guoqing Asher Huang Fulong Li Jianguo.

　　33. CAM—01Z fly ash carbon content monitoring system which is not affected by the change of coal type.

　　Completed by Zhenjiang Starr Electric Co., Ltd.

　　Mainly completed by Zheng Zhongxin, Shi Darong, Yang Wanfu, Yin Hao and Jiang Guodong.

　　34. KJ 101-45B methane sensor

　　Completed by Zhenjiang Zhongmei Electronics Co., Ltd.

　　Main Accomplisher: Jia Baiqing, Guo Fengbin, Hu Fengping and Zhou Jianzhong.

　　35. Digital storage oscilloscope

　　Completed by: Jiangsu Lvyang Electronic Instrument Group Co., Ltd.

　　Main Accomplisher: Yin Derong, Han Gucheng, Lu Huaping, Huang Zhixian, and Lu Quanhan.

　　36. Monitoring technology of internal parameters of 3D braided composites based on optical fiber sensor.

　　Completed by: Nanjing University of Aeronautics and Astronautics

　　Mainly completed by: Yuan Shenfang, Wang Qiang, Huang Rui, Liu Xiaohui and Qiu Lei.

　　37. Model and parameter extraction of micro-nano CMOS on-chip passive devices (inductive components)

　　Completed by: Southeast University

　　 Ai si tai ke (Shanghai) high frequency communication technology co., ltd

　　Mainly completed by: Huang Fengyi, Lu Jingxue, Jiang Nan

　　38. 6-inch silicon epitaxial wafer for new power electronic device chips

　　Completed by Nanjing Guosheng Electronics Co., Ltd.

　　Main Accomplisher: Tan Weidong, Jin Long, Ma Lixing, Ma Linbao and Zhang Wenqing.

　　39. Research and development of new drugs for stroke.

　　Completed by Jiangsu simcere Co., Ltd.

　　 Nanjing xiansheng dongyuan pharmacy co., ltd

　　 Jiangsu xiansheng medicine research co., ltd

　　Main Performers: Yin Xiaojin Ren Jinsheng Xu Xiangyang Ding Lei Li Xiaomin

　　40. Efficient cultivation of Taxus chinensis and R&D and industrialization of taxol extraction from whole plant

　　Completed by: Jiangsu Taxus Biotechnology Co., Ltd.

　　Mainly completed by: Wu Yan, Li Digui, Liu Qingfei, Wu Haigen and Gu Linyuan.

　　41. Synthesis of 7-amino-3-deacetyloxy cephalosporanic acid

　　Completed by: Xuzhou Ruisai Technology Industry Co., Ltd.

　　Main Accomplisher: Hu Xiao, Zhang Xiukun, Wang Ideality, Wang Youzhi and Li Zhiyu

　　42. Research on innovative and environment-friendly N- alkylation reaction technology and development of zoledronic acid injection.

　　Completed by: Yangtze River Pharmaceutical Group Co., Ltd.

　　 Jiangsu university

　　Main Accomplisher: Sun Tianjiang, Lu Hongguo, Xu Ximing, Meng Ting and Liu Jianghua.

　　43. Research and industrialization of key technologies of precision CNC lathe and turn-milling compound machining machine tool.

　　Completed by: Nanjing CNC Machine Tool Co., Ltd.

　　Mainly completed by: Tang Benjin Zhou Yongliang Zhang Zhiying Zhao Yishun Song Ziwei.

　　44. Research and application of DG68 climbing platform fire truck and its core technology

　　Completed by Xuzhou Heavy Machinery Co., Ltd.

　　Mainly completed by: Zhang Yuchun, Shi Xianxin, Tian Zhijian, Zhao Bin and Chen Weidong.

　　45. Complete sets of equipment for industrialized production of edible fungi

　　Completed by: Lianyungang Guo Xin Medical Equipment Co., Ltd.

　　Mainly completed by: Xu Shouhai, Han Shaochuan, Niu Gangfeng, Sun Yanxia and Wang Xichang.

　　46. CM500 comber

　　Completed by: Dongfeima Zuoli Textile Machinery Co., Ltd.

　　 Jiangsu province dong Fei ma Zuo Li textile mechanism engineering technology research center co., ltd

　　Mainly completed by: Zhu Peng, Zhang Jing, Teng Ming, Gao Xiang and Shen Hui.

　　47. Development of Express MAC 623 heavy-duty high-speed four-sided planer and milling machine.

　　Completed by: Jiangsu Jiangjia Machinery Co., Ltd.

　　 Yancheng institute of technology

　　Mainly completed by: Zhu Zhilin, Wang Jundong, Wang Xuhua, Wang Hao and Zou Xiaoxiang.

　　48. WG2000 high-speed air-jet loom

　　Completed by: Suzhou University

　　 Jiangsu wangong technology group co., ltd

　　Mainly completed by: Rui Yannian, Zhou Ping, Feng Zhihua, Qian Zhiliang and Dai Pinwei.

　　49 structural dynamic optimization design technology research and new product development

　　Completed by: Southeast University

　　 Nanjing automobile group co., ltd

　　 Xugong Group Engineering Machinery Co., Ltd.

　　 Jiangsu Duoling CNC Machine Tool Co., Ltd.

　　 Nanjing CNC machine tool co., ltd

　　Mainly completed by: Sun Qinghong, Zhang Jianrun, Zhu Zhuangrui, Sun Beibei and Wu Ming.

　　50. Automatic configurable remote monitoring, diagnosis and maintenance system for manufacturing equipment.

　　Completed by: Nanjing University of Science and Technology

　　Mainly completed by: Lu Baochun, Zhang Wei, Zhang Dengfeng, Wang Maosen and Sheng Guoliang.

　　51. Research on key technologies for the development of on-site hot recycling maintenance engineering vehicle for asphalt pavement.

　　Completed by: Southeast University

　　 Zhenjiang huachen huatong pavement machinery co., ltd

　　Mainly completed by: Shi Jinfei, Zhu Songqing, Zhang Zhisheng, Hu Zhengfei and Wang Hongxiang.

　　52. Research and application of soft-switching inverter energy-saving welding machine

　　Completed by: Jiangsu University of Science and Technology

　　 Zhenjiang Tianhua electromechanical products co., ltd

　　 Kaierda welding machine co., ltd

　　Mainly completed by: Fang Chenfu Yu Zhengde, Wang Jiayou, Tong Zhaobin and Wang Shikai.

　　53. Research, development and industrialization of micro jet sprinkler irrigation unit

　　Completed by: Jiangsu University

　　 Jintan Tian e pen Guan machinery co., ltd

　　Main Accomplisher: Liu Jianrui, Yu Yufang, Shi Weidong, Ma Liutu, Kong Fanyu.

　　54. Study on the application of superplastic forming of large-size and high-performance aluminum alloy structural parts for metro vehicles.

　　Completed by: Nanjing University of Aeronautics and Astronautics

　　 Jinchuang group co., ltd

　　Mainly completed by: Lu Shihong, Wang Youren, Xu Guohui, Liu Renmin and Zhang Zhai.

　　55. Application research and implementation of ship digital manufacturing technology

　　Completed by: Jiangsu University of Science and Technology

　　 Jiangsu modern shipbuilding technology co., ltd

　　Main Accomplisher: Jiang Zhiyong Ma Xiaoping Zhu Jun Zhou Weipeng Wang Jucheng

　　56. NS3000 digital substation automation system

　　Completed by: Guodian Nanrui Technology Co., Ltd.

　　Mainly completed by: Xu Shiming, Huang Guofang, Liu Ji, Ding Jie, Zhou Yefei.

　　57. NC2000 computer monitoring system software platform

　　Completed by: State Grid Nanjing Institute of Automation

　　 Nanjing nanrui automatic control co., ltd

　　Mainly completed by: Zhou Qingzhong, Li Bin, Wu Zhengyi, Zhang Hongfang and Xu Lin.

　　58. R&D and industrialization of high-power national III diesel engine

　　Completed by: Wuxi Diesel Engine Factory of faw liberation Automobile Co., Ltd.

　　Mainly completed by: Qian Hengrong, Huang Chenghai, Chen Boning, Chen Qinxue and Ding Hao.

　　59. Research on key technologies of high-speed switched reluctance motor.

　　Completed by: Nanjing University of Aeronautics and Astronautics

　　 Nantong university

　　Mainly completed by: Liu Chuang, Wang Deming, Zhu Xuezhong, Chen Haijin and Jiang Dongqing.

　　60. Cold-rolled seamless U-tubes for high-pressure feed water heaters

　　Completed by Jiangsu Yinhuan Precision Steel Pipe Co., Ltd.

　　Main Accomplishers: Zhuang Jianxin, Wen Jianliang, Shao Xinzhong, Wang Shunlianghua and Yang Kang.

　　61. Research and practice of information system engineering construction of water control project

　　Completed by Hohai University

　　 Nanjing University

　　 Nanjing cerui technology co., ltd

　　Mainly completed by: Wang Huimin Zhu Yuelong Xu Jiepan Xu Lizhong Li Chenming.

　　62. pyridine base

　　Completed by: Red Sun Group Co., Ltd.

　　Mainly completed by: Xue Yirui, Zhongnan, Xu Qiang, Liu Shan and Tao Jun.

　　63. Low temperature curing cathodic electrophoretic coating

　　Completed by: Jiangsu Hongye Coating Technology Industry Co., Ltd.

　　Main Performers: Yu Xinli Fang Jixiang Chen Weidong Zhou Weibo Qian Daqing

　　64. Industrialization development of bionic pesticides cartap and insecticidal ring

　　Completed by: Jiangsu Tianrong Group Co., Ltd.

　　 Jiangsu Zhongyi chemistry co., ltd

　　 Jiangsu ruihe chemistry co., ltd

　　Mainly completed by: Xu Wangbao, Wei Mingyang, Wang Liang, Zhou Guoping, Yu Guoxin

　　65. Military multilayer composite waterproofing membrane (dual-use)

　　Completed by Kunshan Junwei Industrial Co., Ltd.

　　Mainly completed by: Xia Xiangdong, Chen Guiru and Tang Ming.

　　66. Integrated development of industrial production technology of high-quality melt direct spinning superfine denier polyester filament.

　　Completed by: Jiangsu Hengli Chemical Fiber Co., Ltd.

　　 Donghua University

　　Mainly completed by: Chen Jianhua, Wang Huaping, Ding Jianzhong, Wang Chaosheng and Liu Zhili.

　　67. Industrialization technology of super absorbent fiber

　　Completed by Nantong Jiangchao Fiber Products Co., Ltd.

　　 China textile science research institute

　　Main Accomplishers: Sun Yushan, Zhu Qingsong, Jiang Xiaolin, Luo Qiang and Lu Yilun.

　　68. Trimethylolpropane Triacrylate (TMPTA)

　　Completed by: Jiangsu Litian Technology Co., Ltd.

　　Mainly completed by: Zhang Honda, Shi Wenfang, Zhao Chuanjiang, Liu Jianhua and Wang Zhengmei.

　　69. Development of new technology of polyester chip for membrane.

　　Completed by: China Petrochemical Yizheng Chemical Fiber Co., Ltd.

　　Mainly completed by: Dai Junming, Yang Kaiquan, Zhang Zhongan, Wang Jiurong and Li Jinping.

　　70. Development and industrialization of corona-resistant polyimide film

　　Completed by: Jiangsu Bingcheng Electric Materials Co., Ltd.

　　Mainly completed by: Zhu Aicheng, Xu Huilin, Guo Zhenbao, Nie Weimin and Zhu Hao.

　　71. Development and industrialization of high-grade coated paper for commercial rotary printing.

　　Completed by: Jindong Paper (Jiangsu) Co., Ltd.

　　Main Accomplisher: Wang Renrong Wu Guoquan Zhang Ming Gao Xiaofei Sun Changfang

　　72. Study on Photoconversion Membrane Technology of Novel Polymer Sm(III) Complexes

　　Completed by: Suzhou University

　　Mainly completed by: Lu Jianmei, Ji Shunjun, wang lihua, Qing-Feng Xu, Xue Yingwen.

　　73. Construction of sharing service platform for large-scale scientific instruments and equipment in Jiangsu Province

　　Completed by: Jiangsu Productivity Promotion Center

　　 Nanjing University

　　Mainly completed by: Hu Yidong, Xia Chunyang, Yuan Yubin, Li Bin and Lu Jianling.

　　74. Development and application of high strength low carbon bainite multiphase (fine grained ferrite) hot rolled sheet

　　Completed by: Shanghai Meishan Iron and Steel Co., Ltd.

　　 Northeastern University

　　Mainly completed by: Hu Hengfa, Pei Xinhua, Liu Xianghua, Du Linxiu and Wu Haofang.

　　75. Rare earth treatment of red copper directly produces high-performance copper alloy pipes.

　　Completed by: Gaoxin Zhangtong Co., Ltd.

　　 Central South University

　　 Dalian University of Technology

　　Main Accomplishers: Wei Biwen followed by Yang Hua, Di Mingyong and Wang Geng.

　　76. High-strength heat-resistant conductive titanium bronze alloy material

　　Completed by Taixing Shengda Copper Co., Ltd.

　　 Jiangsu university of science and technology

　　Mainly completed by: Xu Yusong, Yang Jilin, Zhang Yuanjian, Wang Jiayou and Li Min.

　　77. RoHS cadmium-free rare earth silver solder

　　Completed by: Nanjing University of Aeronautics and Astronautics

　　 Changshu Huayin solder co., ltd

　　Mainly completed by Xue Songbai, Gu Wenhua, Zhang Liang, Gu Liyong and Wang Hui.

　　78. Multi-frequency plasma and ion beam deposition of various micro-nano electronic thin film materials.

　　Completed by: Suzhou University

　　Main Accomplisher: Ning Zhaoyuan, Wu Xuemei, Ye Chao, Xin Yu and Zhuge Lanjian.

　　79. A series of studies on the treatment of intractable diseases in internal medicine from "blood stasis and heat"

　　Completed by: Nanjing University of Chinese Medicine

　　Mainly completed by: Zhou Xueping, Zhou Zhongying, Guo Lizhong, Jin Miaowen and Fang Taihui.

　　80. Experimental and clinical study of colloidal 32P- chromium phosphate in the treatment of solid tumors.

　　Completed by: Southeast University

　　 Beijing shijitan hospital

　　Main Accomplisher: Liu Zhiyong Feng Guosheng Teng Gaojun Gao Hong Tong Guansheng.

　　81. Study on Mycoplasma genitalium in nongonococcal urethritis

　　Setting: Institute of Dermatology, China Academy of Medical Sciences.

　　Mainly completed by: Wang Heying, Ye Shunzhang, Shi Meiqin, Lai Weihong and Jiang Wenhua.

　　82. 201Tl and 99mTc-HL91 binuclear SPECT anoxic imaging for evaluating ischemic viable myocardium in patients with coronary heart disease.

　　Completed by: First Affiliated Hospital of Suzhou University.

　　Mainly completed by: Yang Xiangjun, He Yongming, Wu Yiwei, Zhang Bin and Xu Haifeng.

　　83. Experimental study on pathogenesis and treatment of erectile dysfunction

　　Completed by: Gulou Hospital affiliated to Nanjing University School of Medicine

　　Main Accomplishers: Dai Yutian, Sun Zeyu, Chen Yun, Yao Leshen and Sun Lei.

　　84. Clinical basic research on thermochemotherapy and thermotargeted therapy for malignant tumor.

　　Completed by: Gulou Hospital affiliated to Nanjing University School of Medicine

　　Mainly completed by: Liu Baorui Qian Xiaoping Yang Mi Yang Yang Ding Yitao.

　　85. Clinical and basic research on non-immune nephropathy

　　Completed by: Children’s Hospital Affiliated to Suzhou University.

　　 Suzhou University

　　Main Accomplisher: Li Xiaozhong, Zhang Xueguang, Zhou Yun, Qiu Yuhua and Feng Qihua.

　　86. A series of studies on early intervention of high-risk neonatal brain injury with integrated traditional Chinese and western medicine.

　　Completed by: Nanjing Children’s Hospital affiliated to Nanjing Medical University.

　　Mainly completed by Zhou Xiaoyu, Fang Ning, Li Yong, Tang Chaomei and Qin Qin.

　　87. Molecular mechanism of semen liquefaction and clinical application of male infertility and birth control.

　　Completed by: Nanjing Medical University

　　Mainly completed by: Wang Zengjun Feng Ninghan Zhang Wei Liu Jiayin Wang Wei.

　　88. The application of flow cytometry in the study of thrombosis and bleeding.

　　Completed by: First Affiliated Hospital of Suzhou University.

　　Main Accomplisher: Han Yue Bai Xia Wang Zhaoyue Dai Lan Shen Wenhong

　　89. Experimental and clinical research on molecular targeted diagnosis and treatment mediated by somatostatin receptor.

　　Completed by: Nanjing First Hospital affiliated to Nanjing Medical University.

　　Mainly completed by: Wang Zizheng, Wang Feng, Qu Wei, Du Tongxin and Xu Jie.

　　90. Optimization of adeno-associated virus vector and its application in gene therapy of lung cancer

　　Setting: First Affiliated Hospital of Nanjing Medical University.

　　Mainly completed by: Wu Jianqing, Zhao Weihong, Yin Kaisheng, Cheng Yunlin and Li Yan.

　　91. Clinical study on surgical treatment of thoracic aortic dissection aneurysm

　　Completed by: Nanjing General Hospital of Nanjing Military Region

　　Main Accomplishers: Jing Hua Li Demin Dong Guohua Li Zhongdong Hu Xiaonan

　　92. Biomechanical study on extensive tooth defect and restoration.

　　Setting: Stomatological Hospital Affiliated to Nanjing Medical University.

　　Mainly completed by: Chen Yaming, Sun Yazhou, Wu Xinmeilei and Wang Jingjing.

　　93. Basic and clinical research on lumbar spondylolisthesis.

　　Completed by: First Affiliated Hospital of Suzhou University.

　　Mainly completed by: Chen Liang, Yang Huilin, Tang Tianqi, Qian Zhonglai and Hong Tianlu.

　　94. Study on molecular variation characteristics and diagnostic process of hereditary nonpolyposis colorectal cancer in China.

　　Completed by: Nanjing Traditional Chinese Medicine Hospital

　　 Shanghai Second Military Medical University

　　 Nanjing General Hospital of Nanjing Military Region

　　 Xinhua Hospital Affiliated to Shanghai Second Medical University

　　 Jiangsu Provincial Hospital of Traditional Chinese Medicine

　　Main Accomplishers: Jin Heiying Sun Shuhan Yan Hongli Ding Yijiang Zhang Gui

　　95. Study on virus transmission in the application of porcine liver cell bioartificial liver.

　　Completed by: Affiliated Hospital of Nantong University.

　　Mainly completed by: Chen Zhong, Ding Yitao, Chen Ruixin, Xu Xinhua, Su Mei.

　　96. Experimental and clinical study of CD40 system expression in unstable coronary plaque and restenosis.

　　Completed by: Affiliated Hospital of Jiangsu University.

　　 Zhongda Hospital Affiliated to Southeast University

　　Main Accomplishers: Yan Jinchuan, Liu Naifeng, Ma Genshan, Ding Shu and Dai Qiaowu.

　　97. Study on genetic polymorphism and methylation of genes related to non-small cell lung cancer and its clinical significance.

　　Completed by: Suzhou University

　　Mainly completed by: Zhang Hongtao Zhao Jun, Qi Zhenyu, Feng Yue and Liu Xia.

　　98. Study on Differentiation and Safety of Mesenchymal Stem Cells

　　Completed by: Jiangsu University

　　 Nanjing Normal University (NNU)

　　 affiliated hospital of jiangsu university

　　Mainly completed by: Xu Wenrong, Qian Hui, Zhu Wei, Zhang Xiran and Sun Xiaochun.

　　99. Experimental study on the correlation between fat band structure along meridians and meridians.

　　Completed by: Nantong University

　　 Nantong university affiliated tumor hospital

　　 China People’s Liberation Army Second Military Medical University

　　Mainly completed by: Meng Fanxun, Qiang Fulin, Zhang Lanfeng, Cai Jing and Wang Jing.

　　100. Study on dialogue between NMDA receptor and L- type calcium channel and signal transduction after receptor in cerebral ischemia.

　　Completed by: Xuzhou Medical College

　　Mainly completed by: Zhang Guangyi, Hou Xiaoyu, Liu Yong, Zong Yanyan and Li Hongchun.

　　101. The mechanism of paraventricular nucleus regulating cardiac sympathetic afferent reflex and sympathetic nerve activity and its relationship with chronic heart failure

　　Completed by: Nanjing Medical University

　　Main Accomplisher: Zhu Guoqing Happy Ya Hanying Zhang Feng Wang Hanjun

　　102. Development of a research platform for fetal dynamics in vivo and research on the influence of cholinergic factors on development.

　　Completed by: Suzhou University

　　Mainly completed by: Xu Zhice, Mao Caiping, Zhu Yanyan, Zhang Yuying and Wang Aiqing.

　　103. Molecular regulation mechanism of circadian clock.

　　Completed by: Suzhou University

　　Mainly completed by: Tong Jian, Wang Guoqing, Du Yuzhen, Qin Liqiang and Jiang Xinghong.

　　104. Research and application of low-cost gene polymorphism detection platform.

　　Setting: Institute of Military Medicine of Nanjing Military Region.

　　 Suzhou University

　　 China Pharmaceutical University

　　 Southeast China University

　　 nanjing sunshine biotechnology co., ltd

　　Main Accomplisher: Zhou Guohua Bu Ying Wang Weipeng Song Qinxin Huang Huan

　　105. Molecular cell biological markers and their application in tumor prevention and treatment.

　　Completed by: Jiangsu Cancer Hospital

　　Mainly completed by: Xue Kaixian, Zhao Jianhua, Chen Senqing, Ma Guojian and He Xiaosong.

　　106. ZJL 1-500 mine flameproof and intrinsically safe frequency conversion refrigeration device.

　　Completed by: Xuzhou Mining Group Co., Ltd.

　　 Tangshan kaicheng electrics co., ltd

　　Mainly completed by: Wang Chenggong, Liu Guangzhou, Pei Lirui, Sang Chengxi and Zhang Shusheng

　　107. Research on the prevention and control technology of major gas accidents in Xuzhou mining area

　　Completed by: Xuzhou Mining Group Co., Ltd.

　　Mainly completed by: Yao Dexiang, Ge Yiqun, Fan Yinhui, Chen Shengli, Jiahua Yang.

　　108. Evaluation of exploration targets for subtle oil and gas reservoirs in Jiangsu Oilfield

　　Completed by: Jiangsu Oilfield Company of China Petrochemical Company Limited.

　　Mainly completed by: Zhu Ping, Mao Fengming, Liang Bing, Zhong Siying and Liu Qidong.

　　109. Study on Basic Geology and Exploration Direction of Subei-South Yellow Sea Basin

　　Completed by: Jiangsu Oilfield Company of China Petrochemical Company Limited.

　　Mainly completed by: Liu Yurui, Liu Xiaojun, Zhang Yajun, Lou Guoquan and Zeng Ping.

　　110. Alkaline slag and waste concrete modified muddy soil are used for subgrade filling technology and demonstration.

　　Completed by: Changzhou Waterway Management Office

　　 Nanjing University of Aeronautics and Astronautics (NUAA)

　　Main Accomplisher: Liu Wenrong Xie Jianguang Yu Guojun Ma Heng Huang Yongming

　　111. Research on Measurement and Control Technology of Tower Beam Structure of Sutong Bridge

　　Completed by: Jiangsu Sutong Bridge Construction Headquarters

　　 Hohai University

　　 the second harbor engineering company

　　Mainly completed by: Yue Dongjie, Zhou Jianlin, Zhang Hong, Dehua Zheng, Ni Jianfeng.

　　112. Construction method of equal-thickness digging and mixing cement-soil cutoff wall

　　Completed by: Jiangsu Hongsheng Construction Engineering Group Co., Ltd.

　　 Gaoyou water conservancy technology popularizing service center

　　Mainly completed by: Chen Fukun, Zhai Haohui, Wang Qingsong, Wu Ping and Sun Gang.

　　113. Vehicle-pavement system dynamics theory and method

　　Completed by: Southeast University

　　Mainly completed by: Huang Xiaoming, Sun Lu, Deng Xuejun, Zhao Yongli and Gao Ying.

　　114. Nanjing urban geographical changes and modern landscape research.

　　Completed by: Nanjing University

　　Mainly completed by: Yao Yifeng, Zhang Qicheng, Yan Weijie.

　　115. Research on fatigue damage analysis theory and evaluation method of bridge structure.

　　Completed by: Southeast University

　　 The Hong Kong Polytechnic University

　　Mainly completed by: Z. X. Li Chen Hongtian, Gao Zanming, Guo Li and Jin Hui.

　　Study on bearing capacity of super-large bored pile group foundation of Sutong Bridge

　　Completed by: Jiangsu Sutong Bridge Construction Headquarters

　　 Southeast China University

　　 Hohai University

　　 Ministry of Water Resources, Ministry of Communications, Ministry of Electric Power Industry, nanjing hydraulic research institute

　　 Zhongjiao highway planning and design institute co., ltd

　　Main Accomplisher: You Qingzhong Gong Weiming Yuan Hong Wu Shouchang Chen Zhijian

　　117. Research on the Construction of Basic Database of Land and Resources

　　Completed by: Jiangsu Land and Resources Information Center

　　Mainly completed by: Song Xiaoqun, Zhou Weijuan, Wu Xiangyi, Wang Bin and Cao Wei.

　　118 large, complex, special shape steel structure manufacturing new technology, new technology research and application.

　　Completed by: Jiangsu Huning Steel Machinery Co., Ltd.

　　Mainly completed by: Wang Yinda, Wang Xiaobo, Shi Rongjin, Gu Xiaofu and Li Cuiguang.　

On March 29th, 2024 Huanxin was listed. As an annual redesigned model, the new car will be upgraded with new color matching and intelligent configuration. However, in the face of Xiaomi’s aggressive attitude, how many chances can Aouita 12 have after the change?

As far as the price is concerned, the 2024 Aouita 12 has launched four models, the price range is 265,800-400,800 yuan, and the overall price is about 60,000 higher than that of the popular one. However, from the car purchase policy, except for the newly-added 700 three-laser rear-drive intelligent version, all other models can enjoy the discount of 5,000 yuan deposit deducting 27,000 yuan, which is really attractive.

From the product point of view, the new car, as an annual redesigned model, naturally has not changed much in terms of face value. It continues the design concept of the current "Future Aesthetics" vehicle, with a simple closed grille and curved belts on both sides, and then it is integrated with triangular headlights, which not only emphasizes the sense of integrity, but also has a strong sci-fi charm.

In addition, with the blessing of future aesthetic design, the car has a body size of 5020/1999/1460(1450)mm and a wheelbase of 3020mm, while the axle length ratio of 0.61, the width-height ratio of 1.38, and the wheel height ratio of 0.514 are combined. Moreover, the new car has introduced a new appearance color of Hui Jin, just like the "chameleon" paint surface, which can show the effect of "floating gold" at a specific angle.

Arriving in the car, the new car adopts the minimalist design concept of Gentle Tech, and the panoramic digital encircling induction cockpit is full of the scientific sense of the new car. 35.4-inch 4K panoramic widescreen, 15.6-inch central control screen equipped with HarmonyOS Huawei HarmonyOS car system on both sides, plus double zero-gravity seats in the front row as standard, and listening to the panoramic sound field of CST coaxial speakers, upgrade the luxury car experience from all dimensions of vision, hearing and touch.

Seeing this, you may already feel that this has not changed much, no! This rejuvenation is actually an improvement in intelligence and security systems. First of all, it is intelligent. The new car comes standard with 3 laser radars and 29 intelligent driving sensors, and is equipped with Huawei’s latest advanced intelligent driving HUAWEI ADS 2.0. In addition, starting from March 28th, Aouita 12 will open the NCA for smart driving, which does not rely on high-precision maps, so as to truly achieve nationwide opening. At the same time, a number of functions are optimized through OTA, including tidal lane and bus lanes, and a new lateral obstacle anti-collision system (LOCP) is added to further enhance people’s intelligent travel safety.

In terms of safety, Aouita 12 adopts ultra-high-strength steel-aluminum hybrid cage body in passive safety, with aviation-grade aluminum and high-strength steel accounting for more than 80%, and has 19 intelligent active safety configurations, and is equipped with 3 laser radars and a general obstacle perception network to realize 360-degree surrounding collision protection. In addition, in order to protect the battery safety, the new car adopts the Contemporary Amperex Technology Co., Limited customized H-type with high-strength 6 series aluminum alloy battery protection case.

On the power level, the maximum power of the 2024 Aouita 12 single-motor model is 313 HP, and the CLTC cruising range is 700km；; The four-wheel drive model is equipped with Huawei DriveONE dual-motor system, with a total power of 578 HP and a CLTC cruising range of 650km. The battery pack has a capacity of 94.5kWh and supports super fast charging. In addition, the new car is also equipped with an air suspension system that can realize active damping adjustment and has the functions of 45mm stroke height adaptive adjustment.

I have to say that the upgrade of Aouita 12 seems small, but in fact, it has greatly improved its intelligence and safety, which will not only consolidate the stronger product strength of its peers, but also give consumers a unique travel and life experience. In the face of the strong invasion of Xiaomi SU7, the new car backed by Chang ‘an, Contemporary Amperex Technology Co., Limited and Huawei is obviously full of confidence and fearless.