Specific PVMAT R&D on Siemens CZ silicon product manufacturing

T. Jester
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引用次数: 3

Abstract

Work at Siemens Solar Industries in manufacturing cost reduction has shown highly leveraging benefits in producing thinner solar cells, larger area solar cells, and introducing back surface field processes which increase efficiency. About half of the cost to produce a solar module is incurred by the time a wafer is produced, and another 20% is added in the cell processing steps. In large area wafer and cell production, the manufacturing costs are almost linearly reduced by increasing the area of the wafer, this benefit is compounded as the wafers are made thinner. Siemens Solar Industries has studied, developed and piloted processes for 250 micron thickness cells, in both 103 mm cell and 150 mm sizes. SSI has also started the development efforts for increasing cell size to 200 mm diameter. The benefit can be a cost reduction as high as 25-30% on the $/Watt production level. Implementation in manufacturing is the key driver for success in achieving this cost reduction potential.
针对西门子CZ硅产品制造的PVMAT专项研发
西门子太阳能工业公司在降低制造成本方面的工作在生产更薄的太阳能电池、更大面积的太阳能电池和引入提高效率的后表面场工艺方面显示出了很高的效益。生产一个太阳能组件的成本大约有一半是在晶圆生产时产生的,另外20%是在电池加工步骤中增加的。在大面积晶圆和电池生产中,通过增加晶圆面积,制造成本几乎是线性降低的,随着晶圆变得更薄,这种好处是复合的。西门子太阳能工业公司已经研究、开发和试验了250微米厚度电池的工艺,包括103毫米和150毫米尺寸的电池。SSI也开始了将电池尺寸增加到200毫米直径的开发工作。这样做的好处是,在每瓦生产成本水平上,成本可降低25-30%。在制造业中实施是成功实现成本降低潜力的关键驱动因素。
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