Renewable Energy Sources and Grid Integration in Ghana: Issues, Challenges and Solutions

K. Akom, M. Joseph, T. Shongwe
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引用次数: 3

Abstract

Due to the high cost of fuel and as unfavourable weather conditions which have affected power generation in Ghana, the country has experienced power crises for the past seven years. Renewable Energy Resources (RES) like wind and solar are being considered by many countries as alternatives for the energy requirements of the country. Ghana’s Energy Commission’s (EC) report in October, 2017 indicated that, RE contributes 2MW of power to the country’s energy mix, representing about 1.73% of the total installed capacity. However, the current EC’s energy policy has projected 600MW power through RE in 2030. 340 MW from solar and 260 MW from wind energies. The then Ministry of Energy through the Energy Commission started the rooftop PV programme implementation in early 2016 in some government institutions. The main aim of the rooftop programme was to produce about 200 MW maximum load respite on the national grid as a medium term programme through PV solar technology. However, RE and grid integration has various issues and challenges, large scale RE power generation are mainly connected to the transmission systems and small-scale generation are mostly linked with the distribution system. Direct integration these systems poses a lot of challenges and issues. This paper examines the main issues and proposes some probable solutions for future RE generations and integration.
加纳的可再生能源和电网整合:问题、挑战和解决方案
由于燃料成本高和不利的天气条件影响了加纳的发电,该国在过去七年中经历了电力危机。风能和太阳能等可再生能源正被许多国家视为满足本国能源需求的替代能源。加纳能源委员会(EC) 2017年10月的报告显示,可再生能源为该国的能源结构贡献了2兆瓦的电力,约占总装机容量的1.73%。然而,目前欧盟的能源政策预计到2030年可再生能源的发电量将达到600兆瓦。太阳能340兆瓦,风能260兆瓦。2016年初,当时的能源部通过能源委员会开始在一些政府机构实施屋顶光伏项目。屋顶项目的主要目标是通过光伏太阳能技术在国家电网上产生约200兆瓦的最大负荷。然而,可再生能源与电网的整合存在各种问题和挑战,大规模可再生能源发电主要与输电系统相连,而小规模可再生能源发电大多与配电系统相连。这些系统的直接集成带来了许多挑战和问题。本文探讨了主要问题,并提出了未来可再生能源发电和集成的一些可能的解决方案。
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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