Improving power reliably in hostile territory through solar energy — A case study of Gaza strip

A. Siddiqui, Abrar Ahmad, Waris Senan
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引用次数: 1

Abstract

In hostile circumstances the most vulnerable target to subvert the power of enemy is to destroy literally the power house of all activities i.e. Electrical Power Plants. In the conventional method of bulk power generation through thermal, hydro or nuclear power plant; any military attacks not only affects the power supply of the area but comes with high collateral damage due to blast of power system itself or a flood due to attack on dam. Therefore this paper proposes to invest for distributed power generation, more so because it has to be consumed in distributed fashion ultimately by user and it also saves heavily on GTD infrastructure as well as fuel. We propose a denomination of distributed solar systems in capacities of 1kW, 500W and 300W with investment cost $4000, $2000 and $1000. We conclude that not only this method pass the breakeven point of grid parity in 7.61 years, it also proved quite impregnable in case of enemy's air attack in hostile territories.
通过太阳能可靠地改善敌对地区的电力——加沙地带的一个案例研究
在敌对的环境中,破坏敌人力量的最脆弱目标是摧毁所有活动的动力源,即发电厂。在常规方式下,通过火力、水力或核电站进行大规模发电;军事攻击不仅会影响该地区的电力供应,而且由于电力系统本身的爆炸或大坝攻击引起的洪水,附带损失也很高。因此,本文建议投资分布式发电,更重要的是,它最终必须由用户以分布式方式消耗,并且它还大大节省了GTD基础设施和燃料。我们提出了一种分布式太阳能系统,容量分别为1kW、500W和300W,投资成本分别为4000美元、2000美元和1000美元。我们的结论是,这种方法不仅在7.61年内通过了网格平价的盈亏平衡点,而且在敌方领土上发生敌人空袭的情况下也证明了它是坚如摧的。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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