南非农村电力接入可再生能源解决方案

O. M. Longe, Lindo Myeni, K. Ouahada
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引用次数: 9

摘要

南非的电气化率从1991年的34%增长到目前的84.7%,但农村地区的电力供应最少。农村地区的电气化率低于城市地区,这使得农村未电气化地区的居民在经济、社会、教育、健康等方面面临挑战。老化、不清洁、不可再生和受限制的传统电网需要打破常规,通过可再生能源(RES),如太阳能、风能、生物质能和水电,实现农村电气化,在全国普及电力供应。因此,为约济尼市农村地区设计了一个res供电的微电网,其电力接通率为26.3%。该提议的Jozini微电网被发现具有0.384兰特/千瓦时的平准化电力成本(LCOE),约为南非电网LCOE的三分之一。此外,拟议的Jozini微电网的二氧化碳排放量为0 kg/kWh,而传统国家电网的二氧化碳排放量为0.99 kg/kWh。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Renewable Energy Solution for Electricity Access in Rural South Africa
South Africa has grown from 34% electrification in 1991 to about 84.7% electrification presently, but with least access to electricity in rural areas. The lower rate of electrification in rural areas than urban areas has made dwellers in rural unelectrified areas to be challenged economically, socially, educationally, health-wise, etc. The aging, unclean, nonrenewable and constrained traditional grid has necessitated to think out of the box for universal electricity access in the nation through renewable energy sources (RES) such as solar, wind, biomass, and hydro for rural electrification. Therefore, a RES-powered microgrid is designed for rural Jozini municipality with 26.3% electricity access. This proposed Jozini microgrid was found to have a Levelised Cost of Electricity (LCOE) of R0.384/kWh, which is about one-third of grid LCOE in South Africa. Also, the proposed Jozini microgrid has 0 kg/kWh CO2 emission compared to 0.99 kg/kWh CO2 emission from the traditional national grid.
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