CAJ | 학술논문

太阳能作为一种清洁的可再生能源为太阳能电池的发展开辟了广阔的市场，而太阳能电池的重要基础材料是多晶硅。因此，如何生产低成本、高品质的太阳能级多晶硅成为人们关注的核心问题。本文阐述了化学法、冶金法等包含的多种多晶硅生产工艺，并通过对各种工艺的分析比较，指出新硅烷法作为一种最具前景的太阳能级多晶硅生产工艺必将带来多晶硅行业的历史性变革。
태양능작위일충청길적가재생능원위태양능전지적발전개벽료엄활적시장，이태양능전지적중요기출재료시다정규。인차，여하생산저성본、고품질적태양능급다정규성위인문관주적핵심문제。본문천술료화학법、야금법등포함적다충다정규생산공예，병통과대각충공예적분석비교，지출신규완법작위일충최구전경적태양능급다정규생산공예필장대래다정규행업적역사성변혁。
Solar energy as a clean and renewable energy opened up a vast market for the development of solar cells, and polysilicon was the important base material of solar cells. How to produce low-cost, high-quality solar grade polysilicon became the core issue of concern. Many kinds of polysilicon production technology were expounded, including chemical and metallurgical method, etc. The various technologies were analyzed and compared. It was pointed out that the new silane method as a most promising polysilicon production technology was bound to bring historic changes in the polysilicon industry.