Semiconductor manufacturing for clean energy economy

R. Singh, K. Shenai, G. F. Alapatt, S. M. Evon
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引用次数: 3

Abstract

Global use of solar energy and wind energy will provide clean energy for sustainable global economic growth. The use of photovoltaic systems for DC power generation and the delivery and the utilization of DC power will bring revolution in energy field by providing ultra-low-cost clean energy to rich and poor all over the world. Ultra large scale manufacturing of PV modules coupled with wide band gap (notably SiC and GaN) based semiconductor manufacturing will enable the DC power production, delivery and utilization in a manner similar to what silicon semiconductor manufacturing has done in enabling the information revolution.. In this paper we have described the current status of photovoltaic (PV) module manufacturing and WBG based semiconductor manufacturing and provided directions for future R& D and commercialization that will lead to sustainable global economic growth of clean energy economy.
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清洁能源经济的半导体制造
太阳能和风能的全球利用将为全球经济的可持续增长提供清洁能源。利用光伏系统进行直流发电以及直流电力的输送和利用,为全世界的富人和穷人提供超低成本的清洁能源,将带来能源领域的革命。超大规模的光伏组件制造加上宽带隙(特别是SiC和GaN)半导体制造将使直流电源的生产、输送和利用成为可能,就像硅半导体制造在实现信息革命方面所做的那样。本文描述了光伏组件制造和基于WBG的半导体制造的现状,并为未来的研发和商业化提供了方向,这将导致清洁能源经济的可持续全球经济增长。
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