晶体硅原材料价格上涨，太阳能电池公司成立一个替代第二个突破点，转换到生产非晶体硅为原料的薄膜电池。继尚德{dy}的薄膜太阳能电池在上海漕河泾开发区生产基地的投资后，约翰逊昨天在上海宣布，光电：25兆瓦薄膜电池生产线已进入安装和调试阶段，下月即可投入批量生产- -短短几个月，大规模薄膜电池容量主要集中在长江三角洲。硅薄膜电池材料消耗仅为1％，传统的硅电池，预计各3“太阳电”电力线路单元年，预计从4元至1元，收盘燃煤发电的价格优势，真正打开新能源市场。

普通太阳能电池几乎是硅板，70％的成本，从一块晶体硅材料。由于太阳能市场的快速发展，在晶体硅材料短缺造成的，从3前的每公斤12美元，美国多年的国际硅价格上升至目前的方式三零零美元，一个太阳能热发电成本接近的直接结果10倍。同时，即使电力部门的鼓励政策，必须依靠补贴，而且也难以持续等新能源的崇高价值。因此，在有限的限制，硅太阳能资源已成为电力市场的{zd0}瓶颈。

非常硅薄膜省薄膜电池开始了。技术人员通过特殊工艺，使硅气体不断沉积在玻璃载体，形成了纳米级粒子铺有一层硅膜像一块镀膜玻璃，一个高达1面积，平方米，甚至数平方米。专家表示，目前薄膜太阳能电池中的同样大小的权力产生比传统电池容量薄弱，光电转换效率大约只有百分之六比传统电池的20％转换率的一半不到。然而，根据{zx1}的能源研究所广州中国科学院预测，到2015年，这个数字将会由于升级的12％至16％的技术进步。目前，超过95％的企业是结晶硅太阳能电池的太阳能电池生产，而薄膜电池首批已开始上升，主要集中在长江三角洲，环渤海，珠三角地区。强生公司光电{zd0}的生产能力，生产线相似，约2.5倍，并计划对生产线两条，生产能力再次明年将达到70-80兆瓦，是薄膜电池的{sjj}制造商。尚德的薄膜电池的应用已经发展成为一个大尺寸玻璃载体，也可以xx，如塑料或不锈钢，外部装饰材料成一个共同，直接太阳能发电，创造自身建设，有广泛的应用领域。据报道，一些固有的成本优势，占据薄膜电池制造商，取得了3年规划，大面积薄膜电池开发的“阳光工厂”在内蒙古，西藏，新疆，青海，甘肃，和其他庞大而日照丰富的地区，建立了一个5兆瓦的太阳能电站独立运行或网格，组来解决当地的电力短缺。

Volume production of thin film solar cell will be “Solar Electricity” or reduced to 1 yuan / degree

Crystalline silicon raw material prices rising, solar cell companies to set up an alternative second breakthrough point, converted to the production of non-crystalline silicon thin-film batteries as raw materials. Following the investment in Suntech’s first thin-film solar cell manufacturing base in Shanghai Caohejing later, Johnson announced in Shanghai yesterday Photoelectric: a 25 MW thin-film battery production line has entered the installation and commissioning stage, next month, is ready for production — just a few months, large-scale thin-film battery capacity has been concentrated in the Yangtze River Delta. Silicon thin-film battery materials consumption is only 1% of traditional silicon cells, are expected to 3 years for each unit of the “Solar Electricity” line of electricity is expected from 4 yuan to 1 yuan, to close coal-fired electricity price advantages, and truly open a new energy market.

common solar cell is almost a piece of silicon panels, 70% of the cost from a crystalline silicon material. Due to the rapid development of solar energy market, resulting in shortage of crystalline silicon material, the international silicon prices from 3 years ago 12 U.S. dollars per kilogram rose to the current way 300 U.S. dollars, a direct result of solar thermal power generation cost close to 10 times. At the same time, even if the power unit to encourage policy must rely on subsidies, but also difficult to sustain such noble worth of new energy sources. Therefore, the limited constraints of silicon solar energy resources has become the biggest bottleneck in the electricity market.

very province of silicon thin-film batteries to start out. Technical staff through a special process, so that with silicon gas constant vector deposited on glass, forming a layer of nanoscale particles Shop has silicon membrane, like a piece of coated glass, with an area of up to 1 square meters, and even a few square meters. Experts, the current thin-film solar cell in the same size on the power-generating capacity than the conventional weak battery, photoelectric conversion efficiency is only about 6 percent less than traditional battery conversion rate of 20% of the half. However, according to the Chinese Academy of Sciences Guangzhou latest energy forecasts, by 2015 this figure will be upgraded due to technical progress for the 12% to 16%. At present, more than 95% of enterprises are the production of solar cells of crystalline silicon cells, while the first batch of thin-film battery has started to rise, mainly in the Yangtze River Delta, Bohai Sea, the Pearl River Delta region. Johnson & Johnson photoelectric single largest production capacity, production lines are similar to about 2.5 times, and plans to again next year on two production lines, capacity to reach 70-80 MW, a world class manufacturer of thin-film batteries. Suntech’s thin film battery applications has been developed as a large vector size glass, can also be activated, such as plastic or stainless steel, with external decorative materials together into one, direct solar power to create their own construction, a wide range of application areas. It is reported that some inherent cost advantage to occupy the thin-film battery manufacturers, has made 3-year planning, development of large-area thin-film battery “sunshine factory”, in Inner Mongolia, Tibet, Xinjiang, Qinghai, Gansu, and other vast and sunshine-rich regions, set up a group of one to 5 megawatts of solar power stations, run independently or grid to solve the local electricity shortage. (07-12-11)