The trend of distributed applications becoming the future development of China's PV industry is becoming increasingly clear. At the "2012 China PV Industry Leaders Summit" held recently, Shi Lishan, deputy director of the New Energy and Renewable Energy Department of the National Energy Administration, revealed that the "12th Five-Year" solar power installation target is expected to increase to 21GW, and will vigorously develop distributed Power generation. Shi Lishan also said that a number of large-scale photovoltaic power stations have been built in Qinghai, Ningxia, Gansu and other places. However, in general, the construction of large-scale power stations does not have much technical content and lacks institutional innovation. The power station is the main one. It is necessary to open up the market of the client and support users to build photovoltaic systems autonomously. In order to promote the distributed development of photovoltaic power generation, relevant support policies are also expected to continue to fall during the year. It is reported that the "Twelfth Five-Year Plan for Photovoltaic Industry" will be announced in the near future. According to the basically determined plan, during the "Twelfth Five-Year Plan" period, China's new installed capacity will encourage the construction of a distributed representative represented by the Golden Sun and the Golden Roof. The photovoltaic power generation project is the main one. Distributed power generation cracks photovoltaic application dilemma At present, although China has become a big country in solar cell manufacturing, it uses small countries, more than 85% of its products are used for export, and domestic demand is delayed. Photovoltaic power generation accounts for less than 0.1% of total social electricity consumption. %. The key reason is that photovoltaic power generation is difficult to connect to the grid. At the same time, PV power plants are built in remote areas, the power grid is not covered, and the power generated is difficult to lose. In the eyes of the industry, the promotion of photovoltaic distributed generation will effectively solve the above problems and lead the Chinese PV industry to break through the current dilemma. The so-called distributed photovoltaic power generation refers to the construction of photovoltaic power generation system in the vicinity of users. The electricity produced is mainly used by itself, and the most typical is the integration of photovoltaic buildings. Distributed photovoltaic power generation is quite common and mature in Europe and the United States. Photovoltaic building applications in Germany, Italy and other countries accounted for more than 80%. In the United States, 67% of PV building applications in 2010 were applied to non-public buildings (residents and commercial buildings).
Meng Xianyu, vice chairman of the China Renewable Energy Society, agrees to develop distributed photovoltaic power plants in China. He said: "Distributed encourages users in large cities, with a focus on encouraging projects that are combined with users. This enables users to self-use, consume locally, and avoid the cost of long-distance transportation."
Policy Dongfeng frequently blows up the photovoltaic faucet. In fact, the 12th Five-Year Plan for the development of renewable energy at the end of last year has revealed the future development of this photovoltaic industry. According to the plan, the installed capacity of photovoltaic power generation in 2015 was determined to be 10 GW, reaching 50 GW by 2020. The scale of rooftop photovoltaic power plants is 3GW in 2015 and 25GW in 2020. Distributed photovoltaic power generation accounts for half of the total planned scale. If the “12th Five-Year†solar power generation target is raised to 21GW, it is clear that distributed generation will usher in more room for development.
Some leading PV companies have already taken the opportunity to revitalize the photovoltaic industry and take the lead in unfolding the layout. The most typical is the Hanergy Holding Group, the largest privately owned clean energy company in China, which has been developing thin-film solar cells in recent years. This second-generation solar cell technology has good low-light power generation, low temperature coefficient and actual power generation. Large, easy to integrate with building integration in power generation applications, with unique advantages.
It is reported that Hanergy Holdings has invested in the research and development of solar energy industry in Sichuan, Hainan and other places. It is expected that the total production capacity will reach 3GW in 2012, and it is expected to become the world's largest silicon-based thin film solar cell manufacturer. According to the latest news, Hanergy signed a contract with Q-cells in Germany last month to acquire Solibro, a subsidiary of CIGS (Copper Indium Gallium Selenide) technology. The company produces thin-film solar cells with the highest module in the world. Conversion efficiency.
Meng Xianyu, vice chairman of the China Renewable Energy Society, agrees to develop distributed photovoltaic power plants in China. He said: "Distributed encourages users in large cities, with a focus on encouraging projects that are combined with users. This enables users to self-use, consume locally, and avoid the cost of long-distance transportation."
Policy Dongfeng frequently blows up the photovoltaic faucet. In fact, the 12th Five-Year Plan for the development of renewable energy at the end of last year has revealed the future development of this photovoltaic industry. According to the plan, the installed capacity of photovoltaic power generation in 2015 was determined to be 10 GW, reaching 50 GW by 2020. The scale of rooftop photovoltaic power plants is 3GW in 2015 and 25GW in 2020. Distributed photovoltaic power generation accounts for half of the total planned scale. If the “12th Five-Year†solar power generation target is raised to 21GW, it is clear that distributed generation will usher in more room for development.
Some leading PV companies have already taken the opportunity to revitalize the photovoltaic industry and take the lead in unfolding the layout. The most typical is the Hanergy Holding Group, the largest privately owned clean energy company in China, which has been developing thin-film solar cells in recent years. This second-generation solar cell technology has good low-light power generation, low temperature coefficient and actual power generation. Large, easy to integrate with building integration in power generation applications, with unique advantages.
It is reported that Hanergy Holdings has invested in the research and development of solar energy industry in Sichuan, Hainan and other places. It is expected that the total production capacity will reach 3GW in 2012, and it is expected to become the world's largest silicon-based thin film solar cell manufacturer. According to the latest news, Hanergy signed a contract with Q-cells in Germany last month to acquire Solibro, a subsidiary of CIGS (Copper Indium Gallium Selenide) technology. The company produces thin-film solar cells with the highest module in the world. Conversion efficiency.
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