On June 28, 2008, the launching ceremony of Xiamen Opto-LED Industrial City in Xiamen Bay will be hosted by Hong Kong Huaji Optoelectronics Energy Group (HKSE listing number: 0155) and China Merchants Development and China Science and Technology Development Group in China Merchants Zhangzhou Development Zone. Held. Xiamen Bay is the fortress zone of the Taiwan Strait. Xiamen Bay “Photoelectric-LED” Industrial City is a joint project between Huaji Optoelectronics Energy Group and China Science and Technology Development Group and China Merchants Development Bureau Zhangzhou Development Zone. And the launch of China's Xiamen Bay "opto-LED" industrial city, Huaji Optoelectronics Group, China Science and Technology Development Group, China United Semiconductor Equipment Manufacturing Co., Ltd., the United States TERRA SOLAR GLOBAL and other companies constitute the entire photovoltaic industry industrial chain and The industrial cluster is formed with a bright future.
The Xiamen-Xiamen Cross-sea Bridge is connected to the Haishu Investment Zone in the West Sea of Xiamen in the north and the Zhangzhou Development Zone in the south. It is one of the important transportation hubs in the golden triangle of southern Anhui. The pace of cross-strait three links is getting closer and the economic and trade cooperation between Fujian and Taiwan is getting closer. The construction of this project is of great significance for promoting the linkage between Xiamen and Fujian and expanding the economic prosperity of the Taiwan Strait.
The optoelectronic industry is recognized as a pillar industry in the 21st century with emerging and environmental protection. It is also a "new growth pole" for the Taiwan Straits economy to achieve a new round of leap-forward development. The construction of the first phase of the Xiamen-Xiamen Sea-crossing Bridge and the launch of the “Photoelectric-LED” Industrial City project in Xiamen Bay, China will further promote the interactive docking of the cross-strait photovoltaic industry and the transformation of traditional industries, and promote the construction of “green, energy-saving and environmental protection” in the Taiwan Strait. A new growth belt for photovoltaic economy.
Opening a new page in China's optoelectronic industry--Xiamen Bay "opto-LED" industrial city officially launched. In the wake of rising international oil prices and resource shortages, in addition to the emergence of solar energy and other related energy industries, the LED industry has also begun to become a popular industry. It is energy-efficient and has a sharp edge, and the industry is therefore optimistic. From 2010, LED lights are expected to enter the domestic lighting of mainland China, gradually replacing the status of fluorescent lamps, and according to the estimated targets of the five major industrial bases of Shanghai, Dalian, Nanchang, Xiamen and Shenzhen, it is estimated that by 2010, the output value of the entire Chinese LED industry will be It will exceed 150 billion yuan. According to foreign authoritative organizations, the biggest area of the LED market in the future is the general lighting market. If it can completely replace fluorescent lamps, it is believed that there may be more than $300 billion in potential market size.
The organic combination of LED lighting and solar cells will be the main direction for the future development of the optoelectronic industry, especially the amorphous silicon thin film photovoltaic cells are most suitable for LED applications. China Science and Technology Group and Hong Kong Huaji Optoelectronics Group are at the forefront of the optoelectronics industry, taking advantage of the advantages of Xiamen LED industry base and Huaji Optoelectronics' leading position in optoelectronic technology, taking the opening ceremony of the Xiamen-Baohai Cross-sea Bridge. Recently, as the economic and trade cooperation between Fujian and Taiwan is getting closer, the Xiamen Bay "opto-LED" industrial city will be built to form an industrial chain from amorphous silicon thin film photovoltaic cells to LED applications, and a new growth zone for photovoltaic, environmentally friendly and energy-saving photovoltaic economy will be built. In order to drive China's LED optoelectronic industry product technology, industry scale in the international occupy an important seat.
Light Emitting Diode (LED), which has the advantages of low energy consumption, power saving, energy saving, long life, durability, shock resistance, and quick response, you can find more and more light sources. It has been changed from traditional light bulbs to LEDs. Traffic lights, flashlights, taillights and brake lights, camera flashes, decorative lights, etc. have all been changed to LEDs for lighting. As for consumer electronics, Such as notebook computers (NB), mobile phones, iPODs, video games, and so on, LEDs have also been widely used.
China is a big country in electronics manufacturing. The mobile phone and automobile industries are huge driving forces for LED development. China has a large population, lack of resources, energy shortage, and efforts to develop and use new energy and energy-saving technologies. This is a key issue for future economic development. First, LED longevity, energy saving and environmental protection, vigorously develop the semiconductor lighting industry at the right time; urban lighting, indoor and outdoor decoration demand will continue, will provide a broad market for the development of the LED industry in China, according to the National Semiconductor Lighting Coordination Leading Group The office report shows that in 2008, China's urban landscape lighting market will reach 20 billion yuan, becoming the largest application field in the LED market. For example, the famous Shanghai Oriental Pearl TV Tower last year replaced all the 576 luminous points on the large and small spheres with LED lights, saving about 75% of the electricity consumption every night.
Photovoltaic industry bright infinite amorphous silicon thin film battery: the future development direction of solar cells Solar energy is the cleanest renewable energy, and will become one of the basic energy sources of human beings by the middle of the 21st century. Solar photovoltaic conversion cells are mainly based on polycrystalline silicon cells and amorphous silicon thin film solar cells.
The shortage of polysilicon raw materials has become the bottleneck of the entire photovoltaic industry chain, which has seriously restricted the development of the photovoltaic industry. Amorphous silicon film is the most promising solar cell technology. Although the conversion rate is slightly lower than that of the crystalline silicon solar cell, the amount of silicon used is about 1% of that of crystalline silicon solar energy, and since the cost of the silicon wafer accounts for 70% of the total cost, it has a large cost advantage, and There is no raw material bottleneck; the industry chain is less, the process is simple and mature; the construction cost and power generation cost are only about 40% of the polysilicon battery, and the on-grid price per kWh will be gradually reduced to 1 yuan, which has a price advantage; the application range is wide, suitable for high temperature, The use and construction of photovoltaic power stations in the desert area; adapt to a wide range of sunlight, used to make building integrated solar photovoltaic system (BIPV), widely used in construction, glass curtain wall and other fields. In 2008, the production capacity of amorphous silicon solar cells will have a leap, and by 2009 it will exceed 1000MW. Amorphous silicon thin film batteries are the development direction of solar cells in the future.
Photovoltaic Building (BIPV) – a promising energy-efficient building. Photovoltaic Building Integration (BIPV) is the use of vacant roof and exterior space to install PV modules, integrate PV modules with building materials, and replace PV modules with roofing. , windows and exterior walls (curtain walls, marble, etc.), photovoltaic buildings are one of the best energy-saving materials, widely used in developed countries such as France.
Amorphous silicon cells can achieve the perfect integration of photovoltaic building (BIPV) with its unique aesthetic performance, stable and reliable power generation performance, low economic cost and design selection. According to industry authorities, the future ten In the year, photovoltaic buildings will become the largest market for amorphous silicon solar cells. By 2010, the demand for photovoltaic curtain wall components in the world's photovoltaic projects will rise to 16 million square meters, and the market prospects are very attractive.
The installation scale of the building glass curtain wall determines the scale of the amorphous silicon photovoltaic cell curtain wall. At present, China's new construction area is about 1.5 billion square meters per year, and about 37 billion square meters of old buildings need to be renovated. The completed building curtain walls (including lighting roofs) exceed 200 million square meters, accounting for the world. The total amount is more than 50%, and the annual consumption is about 10 million square meters. The low-radiation glass curtain wall used in 2006 reached more than 5 million square meters, and increased at a rate of about 25% per year. If all photovoltaic solar curtain walls are used to replace low-emissivity glass curtain walls, the prospects for the photovoltaic cell curtain wall market are self-evident. Faced with huge market opportunities, Huaji Optoelectronics has formed an alliance with enterprises interested in the amorphous silicon solar industry to form a photovoltaic industry cluster that gathers multiple forces and strives to become a world-class photovoltaic enterprise with leading technology and complete industrial chain.
Huaji Optoelectronics Industry Chain --- Industry leader Huaji Optoelectronics has become a new generation of BIPV distributors around the world. For this reason, it has established an amorphous silicon thin film battery industry alliance across the United States and the three sides Companies in the industry alliance play different roles and cooperate with each other.
Table: Huaji Optoelectronics Amorphous Silicon Film Industry Alliance's respective divisions Huaji Optoelectronics: A leader in amorphous silicon solar photovoltaic industry Huaji Optoelectronics Energy Holdings Co., Ltd. is located in the world's financial capital - Hong Kong's amorphous silicon solar front runners With more than 30 years of experience in developing amorphous silicon films, Terra Solar is the first company to introduce thin film photovoltaic technology to China. Huaji Optoelectronics has established an amorphous silicon film industry alliance in Greater China, successfully manufacturing the internationally advanced film production equipment--a new generation of amorphous silicon glass electric bricks fully automated production line, and establishing high-quality and inexpensive glass bricks. Photoelectric film industry, leading the pioneer of environmental protection and energy conservation. Today, in the era of photovoltaic energy, Huaji Optoelectronics, as the leader of amorphous silicon solar energy, will share the feast of the new energy era and vigorously develop the solar photovoltaic industry for the benefit of future generations.
Huaji Optoelectronics is a leader in the amorphous silicon solar photovoltaic industry, a supplier of glass brick production equipment in Greater China, a supplier of tin oxide (SnO2) glass coating equipment, and a distributor of Huaji "glass brick", KISS. Platform (KASIP) - provides the standard for the amorphous silicon film technology industry. The company's predecessor was Yutai International. In 2005, it acquired a 51% stake in Terra Solar, a US photoelectric energy company. It was renamed as Huaji Optoelectronics. It is the only listed company in Hong Kong that develops solar energy. It is committed to promoting solar technology and is the first to enter the field of amorphous silicon. The development of amorphous silicon solar energy is extremely eye-catching and courageous.
Huaji Optoelectronics has four main core businesses: Huaji Glass Brick Production Equipment Supplier, Tin Oxide Glass Coating Production Equipment, Huaji Glass Brick Sales/Marketing and Distribution Center, KISS Platform--Amorphous Silicon Thin film technology industry standard.
1. Huaji Optoelectronics Trinity, complementary advantages, strong strength in the field of amorphous silicon. Terra Solar, a subsidiary of Huaji Optoelectronics, is a pioneer in the global optoelectronic thin film industry. It has been in the amorphous silicon film industry for 30 years. Industry leadership has a significant technological force in the world. At the same time, it has self-developed intellectual property rights, integration of production equipment systems and solutions for contracting operating plants in amorphous silicon films.
Huaji Optoelectronics works closely with the US-based Terra Solar and Taiwan's China United Semiconductor Equipment Manufacturing Company. Huaji Optoelectronics mainly acts as a supplier of Huaji glass brick production equipment in Greater China and establishes a distribution network in Greater China. Terra Solar is responsible for providing patents and perfect technical support, and establishing a global marketing network; China United Semiconductor Equipment Manufacturing Company (CUSEM) is an important strategic partner of Huaji Optoelectronics. It is a leading solar equipment manufacturer in Taiwan. It is authorized by Terra Solar to produce and supply amorphous silicon technology and support to produce a new era of glass brick production line. Through this cooperation model, the Trinity has complementary advantages and is more powerful in the field of amorphous silicon.
2, Huaji amorphous silicon glass electric brick, BIPV's second magic weapon, the price is special, the sales network is covered with global Huaji Optoelectronics patented amorphous silicon glass electric brick, which is the only one in the market with the ability to decorate and collect light source. Building materials. Glass bricks use amorphous silicon as the main material, which can be made into continuous film. The photovoltaic panels can be automated and manufactured more conveniently and efficiently. Glass bricks can be used to collect light into electricity, easy to install, low cost, wide application, translucent, can be used on glass curtain wall, integrate solar power into design and building, save electricity costs, even zero cost. The appearance of the building is more pleasing to the eye and is the best way for BIPV. In addition, there will be photovoltaic glass tiles, glass picture frames, etc. In the future, we will develop series of energy-saving products such as street lamps, lawn lamps, garden lamps, agricultural insecticidal lamps, signal lights, traffic warning lights, information displays, etc., and now become the global photovoltaic energy market. New focus. Glass bricks have considerable demand in the market, and fully cooperate with the efficient lighting product policy promoted by the Chinese government.
Huaji Optoelectronics has launched a glass tile of US$2.3 per watt, which is about 30% cheaper than the international market. A glass tile distribution agreement has been signed with two agents to sell a total of 5 megawatts of glass tiles per watt for $2.3, to the United Arab Emirates, Saudi Arabia, Kuwait and Qatar, South Korea and Turkey. In addition, Terra Solar, the US subsidiary of Huaji Optoelectronics, is a distributor of glass tiles in North America.
3. Huaji Optoelectronics gathers various forces to develop solar cell technology. Huaji Optoelectronics has joined forces with Chinese, Hong Kong and Taiwan to create an industry alliance of amorphous silicon thin films, helping Terra Solar to develop its technical backbone and establish Kiss a-Si. platform. The Kiss a-Si platform is abbreviated as KASIP, which integrates Dr. Zoltan Kiss and Terra Solar have accumulated valuable knowledge over the years to provide an industry standard for amorphous silicon. Under the leadership of Huaji Optoelectronics, this platform is used to provide supporting technologies for amorphous silicon thin films, attracting a number of partners to form an industrial alliance, and jointly develop, produce and construct a variety of amorphous silicon thin film products on KASIP.
4. Entrusted processing mode to rapidly expand business. The world's first 5MW amorphous silicon film production line was completed and put into production. Huaji Optoelectronics has fully automated production line technology, providing production lines for processing manufacturers, and producing thin film solar panels through commissioned processing mode (OEM). Based on glass bricks, it is the main core business of Huaji Optoelectronics. Huaji Optoelectronics has signed a memorandum of cooperation with 10 foundry suppliers in mainland China, and plans to provide equipment production lines to various foundry factories. The production capacity of each production line is to produce 5MW solar panels per year, supply raw materials, and then sell the foundry factories. product.
Huaji Optoelectronics and China Yuanchang Photoelectric Energy Co., Ltd. signed a supply and sales contract in Wuxi City, Jiangsu Province on December 21, 2006, providing a total of 31 5 MW glass brick production equipment; in May 2007, Huaji Development (Huaji Development) The company is cooperating with Jiangxi Yunneng to develop the “Shuneng Photovoltaic Industrial Park”, providing 10 sets of 50 MW production equipment with a value of US$145 million. In September 2007, Huaji Optoelectronics and Nass DKK's subsidiary of China Science and Technology Development Group, China Merchants Zhangzhou Development Zone Chuangda Solar Co., Ltd., signed a cooperation contract, Huaji Optoelectronics will supply and sell tin dioxide production line; on March 28, 2008, Huaji Optoelectronics ranked first in the world The 5MW amorphous silicon film production line will be completed and put into operation in Changzhou, and the other 30 production lines will be put into production this year. By then, the annual output of glass brick will reach 155 MW. In 2009, the production line is expected to increase to 100. The total value of each production line is about 15 million US dollars, the gross profit margin is about 25%, and the gross profit margin of glass bricks is about 15%.
Huaji Optoelectronics and China Yuanchang Optoelectronic Energy signed a supply and sales contract in Wuxi City, Jiangsu Province, providing a total of 31 5 MW "glass electric brick" production equipment. In the picture, SELIGMAN Pierre, Managing Director of Huaji Optoelectronics, and Mr. Yang Wei, Chairman of China Yuanchang Optoelectronic Energy Group, take a photo of Terra Solar. Solar Photovoltaic Company of the United States: Global Solar Energy Technology Pioneer Solar Solar is a long-established global company. A well-known pioneer in optoelectronic energy technology, located in Delaware, USA, has been working on amorphous silicon thin film technology for 30 years and has patented intellectual property rights for glass tiles and amorphous silicon films. In 2005, Hong Kong-listed company Huaji Optoelectronics acquired 51% of its shares and became the parent company of Terra Solar.
Terra solar has been a leader in the optoelectronics industry and has accumulated more than 20 years of experience in thin film photovoltaic manufacturing plants. The company's film production equipment, knowledge and technology are unique and durable. From 1983 to 2004, about 70% of the world's total output of amorphous silicon came from 12 plants that Terra sola has put into production.
The plant established by Dadi Solar Optoelectronics Co., Ltd. 1. Terra Solar has a good product application model - Photovoltaic Building Integration (BIPV)
Terra Solar's patented glass bricks can be used on glass curtain walls, integrated with buildings, saving electricity costs, even zero cost, making the building look more pleasing to the environment. It is the magic weapon of BIPV. BIPV generates electricity throughout its life cycle. The use of photovoltaic building integrated design products instead of expensive exterior wall materials can effectively reduce the cost of installing solar panels.
The BIPV (Photovoltaic Building Integration) project undertaken by Terra Solar 2. The solar industry developed the amorphous silicon film technology industry standard – KISS a-Si platform. Since 1970, the founder of Terra Solar Dr. Zoltan Kiss has been developing and validating its solar thin film photovoltaic panels for 30 years. Up to now, about 75% of the world's solar thin film photovoltaic panels are derived from his technology. Kiss a-Si platform is abbreviated as KASIP, which is Dr. Zoltan Kiss's 30 years of scientific research has provided industry standards for amorphous silicon film technology. KASIP includes software (R&D, patented Oxygen-made amorphous silicon thin film technology), hardware (BIPV operating system, amorphous silicon and other thin film production equipment) and system integration (pumping water system, power supply project, home light energy generation) Facilities, BIPV construction projects) three major parts.
3, Terra Solar with the help of Huaji Optoelectronics and the formation of a coalition into the Greater China market due to the lack of polysilicon material, the film sector has an annual output gap of 1GW, providing considerable opportunities for the development of thin film solar cells. With many years of successful production experience, Terra Solar will leverage the automation of Taiwanese equipment manufacturers and a large number of OEM production platforms in mainland China to expand the Greater China region with Huaji Optoelectronics before the gap in polysilicon raw materials has been filled. And quickly capture the global film market and increase market share. At present, the company aims to reach a global market share of 10% in 2010. In the end, the target is 15%-20%. In addition, we will also strive to develop the next generation of cigs thin film solar cell technology.
Authorized by Terra Solar, the parent company Huaji Optoelectronics signed a contract with China Yuanchang Optoelectronic Energy Co., Ltd. to build 31 thin film solar energy production lines, and the production line is expected to increase to 100 in 2009. In addition to building production lines in mainland China, Terra Solar also cooperates with Zhuo Yu Technology in Taiwan. This year, Taiwan's first 5MW production line will begin mass production, and the next year plans 20MW to expand cross-strait production capacity. At the same time, the company's agent network covers many countries in Asia and overseas, providing a solid channel for identifying excellent processing partner partners around the world.
At present, Huaji Optoelectronic Industry Alliance contains many partners from China, Hong Kong and Taiwan. The operation mode of Huaji Optoelectronics is based on Hong Kong. It takes advantage of the advantages and professional team of Terra Solar production technology in the United States. Technical rooting and equipment manufacturing for automated production lines, providing domestic manufacturers (OEMs) with machinery and equipment for the construction of a complete set of production lines, and then repurchasing the OEM product components, all products are tested by Huaji Optoelectronics, and Huaji Optoelectronics (Vetrogrid) brand distribution to the world, the goal is to become the largest supplier of low-cost, high-quality products in the global thin film photovoltaic market.
China Science and Technology: The pioneer of SnO2 conductive glass substrate production China Science and Technology Development Group Co., Ltd. (NASDAQ: CTDC) (hereinafter referred to as "China Science and Technology" or "Company") was established in September 1995, is the first batch of NASDAQ in the United States One of the Chinese companies listed on the stock market. In January 2007, China Merchants Group became the ultimate single shareholder of China's technology.
With the support of the new major shareholders, China Science and Technology completed its strategic transformation in 2007, entered the solar industry, and introduced the cutting-edge technology of the global photovoltaic industry to produce the upstream products of amorphous silicon thin film solar cells—“SnO2 conductive glass base” In order to enter the breakthrough of the solar energy industry, the film fully utilizes the resource advantages of all shareholders, integrates the upstream and downstream of the industrial chain, rapidly and steadily expands the production base, expands the solar application market in China and overseas, and strives to become the largest and most innovative in China. One of the amorphous silicon thin film photovoltaic manufacturing companies, becoming a leading provider of renewable energy application solutions.
At present, China Science and Technology Group is headquartered in Hong Kong, with the China Merchants Bureau Zhangzhou Development Zone as the research and development, production and sales base of solar energy products and application systems. A green energy industry group based on the China Merchants Bureau Zhangzhou Development Zone, radiating the country and connecting with the international platform has begun to take shape.
The SnO2 (tin oxide) conductive glass substrate is a substrate electrode material of an amorphous silicon (a-Si) thin film solar cell. China Science and Technology enjoys the patent production rights of the SnO2 conductive glass substrate authorized by Dadi Solar Optoelectronics Co., Ltd. in China. In September 2007, Huaji Optoelectronics and China Science and Technology's subsidiary, China Merchants Zhangzhou Development Zone Chuangda Solar Co., Ltd. signed a cooperation contract for tin dioxide (SnO2) production line. Chuangda Solar will introduce 14 SnO2 production lines from Huaji Optoelectronics in batches, each with an annual output of 80,000 SnO2 conductive glass substrates.
Huaji Optoelectronics and Chuangda Solar's cooperation in the production of tin dioxide (SnO2) production line will help improve the comprehensive competitiveness of both companies and increase the production capacity of SnO2 conductive glass substrates. China Science and Technology is the first and only Chinese company to master the production technology of “SnO2? Conductive Glass Substrate”, which fills the technical gap and product gap in the field of SnO2 conductive film industrialization research in China, breaking the United States and Japan in this field. The technological monopoly has created a new situation in the upstream raw materials field of China's solar energy industry chain.
Taiwan Zhonghua United: the exclusive producer of glass brick equipment. China United Semiconductor Equipment Manufacturing Co., Ltd. is Taiwan's leading manufacturer of solar equipment. The company was established in 2002. It was originally a production-type plasma chemical deposition equipment, which was later developed. Vacuum equipment such as reactive ion etching machine, plasma etching machine, vacuum sputtering system. The company has professional expertise in TFT-LCD, OLED, thin film wafer packaging and semiconductor manufacturing, and has extensive experience in thin film manufacturing. In 2006, China United and Huaji Optoelectronics signed a letter of intent for cooperation and successfully transformed into a key manufacturer responsible for amorphous silicon solar cell production equipment. The company's goal is to popularize photovoltaic energy and expand the world market. Taiwan's China United has now been awarded by Huaji Optoelectronics. Terra Solar licenses, manufactures and supplies amorphous silicon technology and support to produce a new era of glass tile production lines and is the exclusive producer of glass bricks (Vetrogrid). Photovoltaic equipment is an important support for the photovoltaic industry. As a manufacturer of photovoltaic equipment, China United will also enter the period of rapid development along with the arrival of the era of amorphous silicon thin film batteries.
