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The special equipment PACK power supply produced by ZSEM is made of large cylindrical, all-pole ear lithium iron phosphate cell, which has better safety and reliability performance. After adjusting the technology, the cycle life of single battery is more than 6000 times, and the cycle life is longer. Voltage covers 12V/24V/48V/60V/72V/80V series, capacity includes 50Ah/60Ah/100Ah/200Ah series, built-in BMS monitoring module, with a variety of communication modes (RS485/UART/CAN), single or multiple parallel use, can realize battery communication monitoring. Up to 15 modules can be used in parallel. The number of modules can be flexibly configured according to the required power, power requirements and consumer economic situation. At present, PACK power is widely used in electric forklift, electric four-wheeler, three-wheeler, sightseeing vehicle, storage vehicle, ship, energy storage power supply, emergency power supply and other fields.

China mobile has completed the bidding of the world's largest wireless network master device and SA core network equipment for phase ii of 5G, so as to ensure that all cities at and above the prefecture level will provide 5G commercial services within the year. 5G has been formally commercialized since 2019, and now the pace of construction is further accelerating. Behind the acceleration of 5G construction, lithium battery may become a new blue sea. Recently, China mobile announced the winning result of the centralized procurement of lithium iron phosphate battery in 2020, and eight enterprises won the bidding. "The batteries for 5G base stations used to be lead-acid batteries. In 5G construction, they will be replaced by lithium iron phosphate batteries. "The three major carriers have placed orders for lithium batteries for 5G construction, and the volume is large." A battery manufacturer told the 21st century business herald. China mobile confirmed to 21st century business herald that the lithium battery procurement bidding project launched in March this year and announced recently is mainly used in the transmission aggregation room and 5G base station. In addition, a person in charge of China mobile's bidding told 21st century business herald that the project will be able to meet China mobile's 5G base station construction this year. Over 1.3 billion yuan purchase order With new infrastructure proposed, operators are gearing up to build 5G base stations this year, and raw "ammunition" is indispensable. In march this year, China mobile issued the tender announcement for the centralized procurement of lithium iron phosphate batteries in 2020. The total amount of tongxin lithium iron phosphate battery was 610.2 million Ah (specification 3.2v), and the purchase demand was satisfied for one year. Among them, jiangsu zhongtian technology co., ltd. bid 1.292 billion yuan, winning 18.85% of the bid. Jiangsu hai sida power supply co., ltd. bid 1.3286 trillion yuan, 15.94% of the bid; Shuang deng group co., ltd. bid 1.422 billion yuan, winning 14.49% of the bid; EVE Energy Co., Ltd bid about 1.373 billion yuan, winning 13.04% of the bid. The tender price of Zhejiang Narada Power Source Co., Ltd is about 1.359 billion yuan, with the winning share of 11.59%; Shenzhen xiongtao power supply co., ltd. put in the bid price of 1.4098 trillion yuan, with the winning share of 10.14%; Harbin guangyu power supply co., ltd. bid 1.397 billion yuan, winning the bidding share of 8.70%; Dongguan lilang battery technology co., ltd. bid about 1.454 billion yuan, winning 7.25% of the bid. Of the eight lithium battery manufacturers, Zhejiang Narada Power Source Co., ltd. announced the winning bid. "Nandu power is one of the winning bidders for the project," it said. "the bid price is 1.359 billion yuan (excluding tax), and the winning share is 11.59%. The winning amount is about 158 million yuan (excluding tax)." Based on this calculation, the total amount of China mobile's centralized lithium battery procurement project is about 1.359 billion yuan. "It is not clear whether there will be a new bidding for lithium batteries, depending on the demand for the procurement, which in principle is once a year." A China mobile bidding source told the 21st century business herald that the current target has basically met the requirements for China mobile's 5G base station construction this year. According to the data, China mobile has built and activated 140,000 5G base stations so far, including in 286 key areas for epidemic prevention and control. China mobile's respect toward the 21st century economic report reporter pointed out that at present China mobile has completed 5 g phase ii of the world's biggest wireless webmaster equipment and SA core network equipment tendering, fully restored 5 g construction, go all out to seize the construction period, strive to ahead of schedule in 2020 built 5 g base station number 300000 target, ensure the years in all above ground level cities in China with 5 g commercial service. Intensive procurement of lithium batteries In addition to China mobile began to purchase large orders, the recent communications industry lithium battery procurement orders. On March 11, China iron tower co., LTD. (hereinafter referred to as "China iron tower") issued the procurement announcement of intensive e-commerce procurement project of lithium iron phosphate battery group products for standby power in 2020, inviting tenders to purchase 2GWh lithium iron phosphate battery group products. Afterwards, according to the reporter of 21st century business herald, China iron tower in anhui, jiangxi, guangdong, xiamen, chengdu and other places branches have issued the election announcement. By early may, China tower had issued 38 bids for the purchase of lithium batteries this year, with an estimated purchase amount of more than 1.5 billion yuan. It needs to be noted that the purchase of China tower has been foreshadowed for a long time. As early as 2018, China iron tower has issued the "notice on stopping the procurement and replacement of lead-acid batteries", requiring it to stop the procurement of lead-acid batteries according to the six-year replacement cycle of stock stock, and to replace the newly added and replaced batteries with on-board cascade batteries or brand-new lithium iron phosphate batteries. China unicom and China telecom also announced this year that they will jointly acquire no less than 250,000 5G base stations, and plan to complete all of them in the first three quarters of this year. Based on the base station construction scale of China mobile and the purchase order, the lithium battery purchase scale of China unicom and China telecom is estimated to exceed 1.1 billion yuan. In fact, due to the significant increase in power consumption of 5G base stations, it will become the standard function of 5G base stations to use the standby power to cut peak and fill valley, so as to reduce the electricity cost. Compared with the traditional lead-acid battery, lithium iron phosphate battery is a better choice. Orient securities research team said in a report that the lithium iron phosphate industry chain "as lithium battery costs continue to drop and the market price of energy storage with lithium iron phosphate batteries have down 0.68 yuan/Wh, even if they don't consider peak cut, the effect of lithium iron batteries in 5 g base stations on the whole life cycle cost far more than lead acid battery." According to the report, after testing, each 5G base station's new lithium iron battery can make a complete pest-flat-valley switch twice a day, saving 10,400 yuan of electricity per year, or 2,554 yuan per year more than lead-acid batteries. Based on 7.6 million 5G base stations in 2025, an annual saving of 19.4 billion yuan will be achieved. In addition, some people in the communications industry pointed out that compared with lead-acid batteries, lithium iron phosphate battery life longer. "Lead-acid batteries have a cycle life of 3-5 years with 500-600 times of charge and discharge, and lithium iron phosphate batteries have a life of more than 10 years with more than 3,000 times of charge and discharge, which means lithium iron phosphate batteries can better cover the full life cycle of 5G base stations." "It is expected that the construction of 5G base stations will exceed the expectation this year, realizing the construction of 680,000 5G base stations, and the construction of 7.6 million base stations in 2025," the research team of Orient securities pointed out. "the logic of lithium iron recovery has been verified in power batteries, and lithium iron batteries will play a greater role in the energy storage of communication base stations in the 5G era."

Production of battery metals such as graphite, lithium and cobalt will have to increase by nearly 500 percent by 2050 to meet growing demand for clean energy technologies, the world bank reported on Monday. According to the global lender, the deployment of wind, solar and geothermal energy and the energy storage needed to make the transition to a low-carbon economy will require more than 3 billion tons of minerals and metals. Many important minerals used to make batteries for electric cars have been found in developing countries. The world bank's goal is to help these countries mine these commodities in a sustainable way to avoid major ecological damage. Tapping the vast quantities of key commodities the world needs is seen as the only way to achieve the goals of the Paris agreement. The agreement aims to limit global warming to 2°C or less. The minerals for climate action report says the world will demand a 50% reduction in global carbon emissions of greenhouse gases by 2030 and a net zero by 2050. The findings confirm the premise of the first report, released in 2017, which warned that ambitious climate targets were becoming more demanding of minerals and metals. Although renewable energy and energy storage technologies require more minerals, their carbon footprint from extraction to final use accounts for only 6 per cent of greenhouse gas emissions from fossil fuels. The report also calls for greater recycling and reuse of minerals, noting that even a 100 percent increase in the recovery rate of minerals such as copper and aluminum will not be enough to meet the demand for renewable energy technologies and energy storage. Some minerals, such as copper and molybdenum, will be used in a variety of technologies, while others, such as graphite and lithium, may be used only for battery storage. That means any change in the deployment of clean energy technologies could have a significant impact on demand for certain minerals. The world bank warns that covid-19 is wreaking havoc in global markets and that developing countries dependent on minerals are losing the revenue they need. As economies begin to reopen, they will need to strengthen their commitment to climate-smart mining principles to mitigate negative impacts, the bank said. "The potential for covid-19 to pose additional risks to sustainable mining makes the commitment of governments and companies to climate-smart practices more important than ever," explains Riccardo Puliti, global director of energy and extractive industries and regional director of infrastructure at the world bank. The world bank's latest forecast, which echoes a moody's report in February, suggests that green, social and sustainable bond issuance is expected to reach $400 billion this year. That's up 24 percent from a record $323 billion in 2019.

As consumer devices become smaller and smaller, and the continuous use of these devices before charging becomes more and more important, it becomes more and more important for batteries to make them more compact and more energy efficient . At the same time, human demand for mobile computing and all-electric vehicles has increased, and the limitations of current battery technology have become obstacles. One type of rechargeable battery that most people are most familiar with is the liquid lead-acid battery, which is most commonly used as a car battery. But it contains harmful substances, including lead and sulfuric acid, which can be used as electrolytes. Such batteries must be handled with care to avoid polluting the environment or causing bodily harm to the personnel operating the batteries. The goal of current battery technology is to create a battery that can match or improve LiOn battery performance without incurring heavy costs associated with production. In the lithium-ion family, efforts are focused on adding other ingredients to increase the effectiveness of the battery while reducing the price. Currently, our team is also researching and developing to enhance the performance of lithium-based batteries. Lithium-air (Li-air) batteries are an exciting new development that can allow for greater energy storage capacity-up to 10 times more capacity than a typical Lion battery. These batteries can actually "breathe" air by using free oxygen to oxidize the anode. Lithium metal batteries have also achieved impressive development, with energy efficiency nearly four times higher than current electric vehicle battery technology. The production cost of such batteries is also much cheaper, which will reduce the cost of products using them. If battery technology develops in these exciting new directions, it will reduce the production costs of consumer electronics and electric vehicles.

Since the resumption of work on February 19, the company's high-specific lithium fluorocarbon battery and key materials research and development team has been focusing on the project construction. Based on the previous work, the company has significantly improved the performance of fluorocarbon materials by optimizing the carbon precursor treatment process and adjusting the fluorination process parameters. Using the self-developed special electrolyte, the low-temperature discharge performance of the li-fluorocarbon battery at -40℃ has been greatly improved, and the li-fluorocarbon battery with high specific energy, high power and excellent high and low temperature performance has been successfully developed. The battery can be used in a variety of harsh environments and has a broad application prospect in military industry, aerospace and other fields. Just entered march, the company received a batch of lithium fluorocarbon battery sample orders, customers demand high specific energy, at the same time, high discharge performance requirements under low temperature conditions. Through the joint efforts of the r&d staff, the first sample order was delivered since the project construction on March 16, and the indicators met the customer's needs.

In order to promote the progress of the project, the functional crystal material project department of the company took turns to stay on the front line of the post to ensure that the experiment was carried out normally. At the same time, after more than 20 continuous efforts of the project department for more than 10 days, the precise saturation point temperature of the borate crystal in the experiment was successfully measured, and the crystal growth work was carried out smoothly. During this period, in order to produce larger-size functional crystals, the project team continued to carry out new batches of experiments and opened the furnace. After several times of material ratio adjustments and growth program design, the current crystal growth equipment is stable and rich An important step in product diversity.

Recently, the company's lithium-fluoride battery research and development team has successfully developed low-temperature lithium-carbon battery through innovative design of Zhengji's material structure and synthesis process, application of self-developed electrolyte, and optimization of battery manufacturing process. After repeated testing, the battery discharge platform is more than 2.7V; under -20 ℃, the capacity is more than 75% of the normal temperature capacity; under -40 ℃, the capacity is more than 40% of the normal temperature. Compared with other lithium primary batteries, the most prominent features of lithium fluoride batteries are high specific energy, wide operating temperature range (-45 ~ + 85 ℃), low self-discharge rate (<1%), and long storage life (≥ 10 years or more), safety, environmental protection, etc., especially suitable for special applications with high requirements. Previous research reports have shown that lithium fluorinated carbon batteries can only emit 50% less than normal temperature in a low temperature environment of -20 ℃, and basically can not discharge electricity in a low temperature environment below -40 ℃, thus limiting its application . The successful development of low-temperature lithium-fluoride batteries has broad application prospects in special fields such as aerospace, deep-sea submarine navigation, extreme cold environment, and medical equipment. The company will continue to increase research and development efforts to further develop lithium-fluoride batteries suitable for high and low temperature environments, high specific energy, excellent rate performance, and high power to meet the market's demand for batteries with different performance and provide users with more choices.

The signing ceremony of the cooperation project between Shandong Zhongshan photoelectric materials Co., Ltd. and Tianjin Lishen Special Power Technology Co., Ltd. for high specific energy li-carbon fluoride batteries was recently held in Shandong Zibo Zhongshan group. The total investment of the project is 350 million yuan. It is planned to build 50 million high specific energy li/CFx buckle batteries, 50 million cylindrical batteries and 500 sets of soft bags and special-shaped batteries. After the project is completed, the annual output value can reach 3 billion yuan, and the profit and tax can reach 1 billion yuan. The project will be constructed in three phases. In the first phase, a demonstration production line with an annual output of 1 million cylindrical batteries will be built first. It is planned to start construction at the end of 2019, and the demonstration line will be completed and put into operation in 2020. As the leading unit in the research and development of domestic CFC battery technology, Tianjin Lishen Special Electric Co., Ltd. will continue to inject more advanced technology into Zhongshan optoelectronic Co., Ltd., which is the production base of Lishen special electric lithium carbon fluoride battery, and will supply advanced high specific energy lithium-carbon fluoride battery for Lishen Special Electric Co., Ltd. (source: China Chemical daily)

The second Shenzhen International Lithium Battery Technology Exhibition 2018 (Shenzhen Lithium Battery Technology Exhibition IBTE) kicked off on December 10, 2018 at the Shenzhen Convention and Exhibition Center. The total venue size of the exhibition exceeded 30,000 square meters, more than 500 lithium battery, equipment, and material manufacturers participated in the exhibition, and more than 30,000 domestic and foreign visitors watched the exhibition. The exhibition is one of the most professional lithium battery technology exhibitions in South China and one of the most influential and professional lithium battery technology exhibitions in China. Zhongshan Photoelectric Materials Co., Ltd. mainly exhibited lithium fluorinated carbon batteries and its cathode materials (fluorinated graphene, fluorinated graphite, fluorinated carbon nanotubes, fluorinated carbon black, etc.), thermal battery materials (lithium-boron alloy , Lithium silicon alloy), ultra-thin lithium belt, lithium battery electrolyte (lithium hexafluorophosphate, lithium tetrafluoroborate) and other products, attracted the attention of many people in the industry on the first day of development.

On August 27, 2018, the signing ceremony of ""Carbon Fluoride Material Application Technology Engineering Center" jointly established by Ningbo Institute of material technology and engineering, Chinese Academy of Sciences and Shandong Zhongshan Optoelectronic Materials Co., Ltd. was held in the conference center of Shandong Zhongshan group. Before the signing of the contract, Chairman Li Zhe first introduced the development of Chongqing Optoelectronics.After several years of development, Zhongshan optoelectronics has become the first domestic manufacturer capable of large-scale production of high-quality series of Carbon Fluoride material. It has built the world's first large-scale demonstration production line of fluorinated fossil merene, and is the only manufacturer capable of mass production and supply of high-quality fluorinated fossil merene at home and abroad. Zhongshan optoelectronics and Ningbo Materials Institute of Chinese Academy of Sciences jointly set up the "Carbon Fluoride Material Application Technology Engineering Center" at the right time. Both parties will carry out relevant application technology and engineering research around the leading product of Party A, such as Carbon Fluoride material. Both parties will take the opportunity of the establishment of the "Engineering Center" to jointly explore the new mode of cooperation between scientific research institutes and enterprises, promote the construction of innovation system and improve innovation The new chain makes the "Engineering Center" become the R & D and innovation platform of enterprise technology, providing technical support and leading role for the sustainable development of enterprises and technological progress of the industry.

From May 22 to 24, 2018, cibf2018 opened in Shenzhen. As the largest battery industry exhibition in the world, the exhibition attracted thousands of materials, batteries, equipment and related industry enterprises to participate in the exhibition, and will show the new vitality of the battery industry, a new energy industry, to the world in a three-day period. As the only official media center designated by the organizer of the exhibition, battery china.com set up an interview room at the exhibition site to organize a number of senior editors to conduct all-round, multi-angle in-depth interviews and focus on simultaneous reports on the event. Chao Liu, director of Carbon fluoride Materials Project Department of Shandong Zhongshan photoelectric materials Co., Ltd During the exhibition, Chao Liu, director of Carbon fluoride Materials Project Department of Shandong Zhongshan photoelectric materials Co., Ltd., received an exclusive interview with battery china.com in the exhibition news center, and expressed his own views on the participation of enterprises and hot issues in the industry. The following is the interview record: Reporter: Please introduce our company briefly. Chao Liu: Shandong Zhongshan photoelectric material Co., Ltd. was founded in 2015. The company is located in Zichuan photoelectric new material industrial park, Zibo City, Shandong Province. It is a key project of Zibo Municipal government. The project covers an area of 200 mu, with a total investment of 1.27 billion yuan. At present, 17 production workshops, 1000m2 R &amp; D pilot laboratories have been built and put into operation. At present, the company has more than 130 employees, including 60% with bachelor's degree or above, 20% with master's degree or above, and 5% with doctor's degree or postdoctoral degree. It has established in-depth cooperation with Tianjin University, Shandong University of science and technology, Lanzhou Institute of Chemical Physics, Chinese Academy of Sciences, Ningbo Institute of engineering materials, Chinese Academy of Sciences, Lishen battery, etc., and established joint development laboratory of fluorocarbon materials with Shandong University of science and technology; With Lishen special power Co., Ltd., Tianjin University, University of Electronic Science and technology, Shandong University of science and technology, Dalian Institute of chemical engineering of Chinese Academy of Sciences, a joint interdisciplinary and interdisciplinary research team has jointly undertaken the National Defense Advanced pre research project, and independently undertaken a number of national and local science and technology innovation projects and industrial technology upgrading projects. Reporter: What key products did we bring to the exhibition? Chao Liu: Our company's products in this exhibition are mainly lithium fluoride carbon battery and positive electrode materials. The positive electrode materials include graphite fluoride, fluorine fossil graphene, carbon black fluoride and other special alloy materials for thermal battery, including lithium boron alloy, lithium silicon alloy and lithium belt. Li-carbon fluoride battery is a kind of battery with many advantages, such as high specific energy, good security, long storage life, wide operating temperature range, etc., especially in the field of national defense and military industry, which has been formally installed in the military in developed countries, and has become one of the main assembly batteries in the future. However, as the core material of the battery, the production technology of CFC is very difficult, and it has been listed as the embargoed material by western countries all the time. The discharge voltage and specific energy of the positive material of LFC battery developed and produced by our company are more than 2.7V and more than 2300wh / kg respectively. The performance of the positive material has completely exceeded that of the imported material, filling the gap of the domestic high-end positive material of LFC battery, and establishing the industrial production demonstration device. Lithium boron alloy is a new type of anode material for thermal battery. Compared with Li Si alloy, the lithium content of lithium boron alloy increases from 44% to 70%, the voltage of single battery increases nearly 0.2V, and the theoretical specific capacity, actual effective specific capacity and specific power increase greatly. The thermal cell made by the method has the advantages of small volume, light weight, short thermal activation time (less than 0.4s), long working life and convenient storage. The performance of the lithium boron alloy strip developed by the company has reached the leading level in China. The discharge time of the thermal battery assembled by the product is 15% higher than that of other products, and the activation time is 10% shorter. It has been widely used in many thermal cell production units. Reporter: What is the market judgment of the company this year? Chao Liu: With the rapid development of computer technology, electric vehicles and intelligent equipment as well as the emphasis on environmental protection, the society will become more and more dependent on the power energy, especially the world is inclined to use clean energy instead of fossil energy. In the foreseeable future, the development of the industry focuses on the high-power, high-energy, dense, fast charging and discharging power battery. At present, the range and power performance of high-end electric vehicles can reach or even exceed that of traditional internal combustion engine vehicles. However, due to the problems of charging speed, battery life and safety, they still cannot completely replace the traditional vehicles. The above three points may become the focus of the industry in the next few years. Reporter: What's your opinion on the trend of the industry? Chao Liu: The key to the progress of battery technology lies in materials. The appearance and industrialization of a new high-performance material will mean a leap forward development of battery industry. Therefore, the exploration of the potential of existing materials and the research and development of new materials have never stopped. With the progress of technology, the popularization of automation and intelligent equipment, the cost of new materials has been rapidly reduced, and the production capacity has been greatly increased, from the high-end materials in the past to the conventional materials today. Our CFC materials and special alloy materials are still high-end materials, mainly for users in military industry / aerospace and other fields. But we sincerely hope that these so-called high-end materials can be popularized as soon as possible, become conventional products, and benefit ordinary people. This is also the goal that we strive for. Reporter: What's your impression of this exhibition? Chao Liu: I have a very good impression. I feel that this is the largest exhibition in the battery industry in China. Reporter: Do you want to consult with customers? Chao Liu: There are many people who haven't heard about this material. They are very interested in it. There are also some customers who specialize in this field. They didn't know that our company existed before, and they are looking everywhere, but they can't find it. But they are excited after seeing us here, and finally find the company that makes this material in China.

On December 18-19, 2017, the Second International Carbon Materials Conference and Industry Exhibition was held in Beijing Jiuhua International Convention and Exhibition Center.Graphene and carbon nanotubes, as the most dazzling new stars in the field of new materials science since the 21st century, are jointly included in the "13th Five-Year" national strategic emerging industry development plan, becoming an important guide to lead the transformation and upgrading of industries. Energy, electronic information, composite materials and biomedicine, etc., the market size can reach trillions of dollars. The 2017 Second International Carbon Materials Conference and Industry Exhibition invites domestic and foreign academic experts and industry elites to focus on the acquisition of key raw materials for carbon materials, technical issues, equipment issues, and application issues, and build high-quality industries, academics, research, and applications Exchange platform to discuss new technologies and new trends in the development of carbon materials at home and abroad, and accelerate the development and innovation of China's carbon materials industry. Xue Qunji, academician of the Chinese Academy of Engineering and director of the Department of Chemical Engineering, Metallurgy and Materials Engineering of the Chinese Academy of Engineering, delivered a speech as the chairman of the conference, and mentioned that carbon materials are a commanding height that new material powers need to overcome. Academician Liu Zhongfan, an academician of the Chinese Academy of Sciences, a professor at Peking University and a dean of the Beijing Graphene Research Institute, pointed out in his speech that graphene is not an additive like a golden oil. Due to its special chemical stability, thermal stability, extremely low surface energy and excellent electrochemical performance, fluorinated carbon materials have a wide range of fields such as high specific energy lithium batteries, solid lubrication, lubricant additives, anti-corrosion and anti-fouling coatings. Application prospects. The specific capacity of fluorinated graphene developed by Chongshan Optoelectronics can easily exceed 800mAh / g, which is 6-12 times higher than traditional zinc-manganese batteries. The discharge platform can reach 2.9V, which is close to the theoretical limit of fluorinated carbon materials The imported products of Japan and other countries have reached the world's leading level, filling the gap in the field of high-end fluorocarbon electrode materials in China. Once fluorinated graphene, fluorinated graphite, fluorinated carbon nanotubes and other fluorinated carbon materials produced by Chongshan Optoelectronics were exhibited, they attracted extensive attention from experts and scholars and industry professionals due to their unique properties. The organizing committee of the conference also organized the media to give a special interview to our company, and gave a detailed report on the company's situation, product performance and application fields. With the company's "unique" fluorinated carbon materials and the company's strong R & D and technical strength, Zhongshan Optoelectronics won the "2017 New Growth Enterprise Award" at this exhibition.

2016 China International Graphene Innovation Conference and 2016 China international advanced carbon materials Application Expo were held in Qingdao International Convention and Exhibition Center from September 22 to 24, 2016. Shandong Zhongshan photoelectric materials Co., Ltd. participated in the Innovation Conference with a delegation of 6 people led by Chairman Li Zhe, and participated in the exhibition with a series of advanced special fluorocarbon materials such as fluorinated graphite, fluorinated fossil graphene and fluorinated carbon nanotubes. Our products won the silver medal of this Expo. During this meeting, we found that many people from all walks of life showed far more interest in our products than we expected, and the market prospect of fluoro fossil merene materials is far broader than we expected. In the face of such a huge potential market, our only choice is to overcome all difficulties and accelerate the industrialization process, build Zhongshan optoelectronics into the world's first fluorine fossil graphene industrialization base and product supplier, seize the market opportunity and open up the industrial application field of graphene materials. As the first company to enter the pilot test of research and development of fluorofossil graphene materials, Zhongshan optoelectronics has completed the pilot test of production technology, applied for three national invention patents, and has fully independent intellectual property rights. We must give full play to our advantages in the starting line and further accelerate the industrialization process of the project. We plan to complete the construction of the first demonstration production line with an annual output of 15 tons of lithium-ion battery grade fluorofossil merene in November 2016 and put it into production in December 2016. Through the operation of demonstration line, optimize production process, improve product quality and reduce production cost. In the future, we can continue to add production lines according to the market demand, and plan to form an annual production scale of 100 tons in 2017. In addition, the company will follow the good situation of vigorously promoting the development of graphene industry in China, and conduct more in-depth research and product promotion in the application field of fluorofossil graphene materials. It is planned to enter the national torch Qingdao graphene and advanced carbon material characteristic industrial base next year, set up R &amp; D and product promotion experience center, and strengthen cooperation with major universities and research institutions at home and abroad. In this paper, we will continue to study the application of fluorinated graphene series materials in lithium primary battery, and expand its application research in lubrication, corrosion protection, semiconductor devices and other fields. It is planned to establish marketing and research centers in Beijing, Shanghai, Shenzhen and other places as well as overseas in the next three to five years, so as to expand our business scope and expand overseas markets. This time, I participated in the China International Graphene Innovation Conference and product exhibition, and gained a lot. First of all, the huge market demand enables us to understand the broad development prospects of fluorofossil merene materials and the expectation for our products. Secondly, as the first enterprise to display and promote a series of fluorocarbon materials such as fluorocarbon in the international exhibition, we make the industry begin to understand Zhongshan photoelectric, which is conducive to the future market of Zhongshan photoelectric products. Third, through face-to-face communication with peers, we have a deeper understanding of the current situation and future development trend of graphene material industry, which is conducive to our correct and reasonable development plan. Finally, we recognize the urgency of promoting the project, and we will spare no effort to promote the progress of the project, realize the industrial production at the fastest speed, occupy the market first, and meet the urgent needs of the country and Society for the products.