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首页> 外文会议>European Photovoltaic Solar Energy Conference and Exhibition >INNOVATIVE TENDENCIES IN DEVELOPMENT OF SOLAR CELLS AND SYSTEMS
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INNOVATIVE TENDENCIES IN DEVELOPMENT OF SOLAR CELLS AND SYSTEMS

机译：太阳能电池和系统开发的创新趋势

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摘要

Solar energy development has to be based on unique innovative technologies. Its role in the power industry of the future will be defined by the potentialities in the field of development and practical use of new physical principals, manufacturing techniques, materials and designs to create solar energy converters of high competitive ability. In this work, the most perspective directions for the development of the silicon based solar power have been overviewed and the basic manufacturing technologies for photoelectric converters and semiconductor materials designed at VIESH have been presented that include: chloride-free solar-grade silicon manufacturing technology, matrix solar cell technology providing an efficiency of 25% to 30% for conversion of concentrated solar radiation, thermal and laser radiation, silicon solar module encapsulation technology providing the enhanced power performance and life span of up to 50 years, new solar radiation concentration methods making it possible to achieve uniform solar cell irradiation, for concentration ratios ranging from 50 to 100.
机译：太阳能发展必须基于独特的创新技术。其在未来电力行业中的作用将由开发领域的潜力和实际使用新的物理原理，制造技术，材料和设计，以创造高竞争能力的太阳能转换器。在这项工作中，已经概述了硅基太阳能发电的最大透视方向，并且已经介绍了在VIESH上设计的光电转换器和半导体材料的基本制造技术，包括：无氯太阳能级硅制造技术，矩阵太阳能电池技术提供浓缩太阳辐射，热和激光辐射，硅太阳能模块封装技术的转换效率为25％至30％，提供增强的电源性能和寿命长达50年，新的太阳辐射浓度方法制作可以实现均匀的太阳能电池照射，用于浓度比率范围为50至100。

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