太阳能政策的宏观视角:支持公用事业规模发电的理由

Andy Hira , Prasanna Krishnan
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摘要

随着美国和全球逐步摆脱化石燃料,急需新的太阳能发电作为清洁电力来源。然而,即使太阳能成本大幅下降,太阳能发电仍不到全球电力的 5%。我们研究了导致这种低采用率的太阳能政策问题。通过考察成本、基荷功率和间歇性以及土地使用等变量,我们评估了公用事业规模、商业和住宅太阳能系统政策支持之间的权衡。我们认为,如果有足够的电网集成,公用事业规模的太阳能发电就更有意义,这样就可以将太阳能发电装置安装在对土地使用影响最小的地方。通过将政策支持重点放在少数大型太阳能装置上,政府可以大大提高太阳能对发电量的贡献。
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The macro view of solar policy: The case for supporting utility-scale power
New solar energy generation is drastically needed as a source of clean electricity as the U.S. and the globe make the transition away from fossil fuels. Yet, even as solar costs have dramatically declined, solar sources still provide less than 5% of global electricity. We examine issues in solar policy leading to this low adoption rate. Examining the variables of cost, baseload power and intermittency, and land use, we evaluate the tradeoffs among policy support for utility-scale, commercial and residential solar systems. We argue that utility-scale solar power makes far more sense if there is adequate grid integration, so that such installations can be placed in locations that minimize land use tradeoffs. By focusing policy support on a few large solar installations, governments can vastly increase the solar contribution to electricity generation.
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