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Modelling electrical interconnections for Rhodes island power system

机译:罗德岛电力系统建模电气互连

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Remote island power systems often fail to enjoy the right to secure, clean energy supply. This paper presents a short-term analysis for the electrical system of Rhodes-Halki in South Aegean, with the use of a mixed-integer dispatch module in PLEXOS? Simulation Software. While examining the impact of submarine grid extensions, the results show that following the interconnection of Rhodes' power system, rapid renewable energy deployment is recorded, allowing for electricity exports equal to 220 MWh by 2040. Power generation costs decline by 58.9% for the week recording MAX demand and 54.8% for the week recording MIN demand, compared to the BAU autonomous scenario. The scenario imposing generation restrictions according to directives 2010/75/EU and 2015/2193/EU shows high levels of unserved hourly energy equal to 70%-85%.
机译:远程岛电力系统经常无法享受安全,清洁能源供应权。本文介绍了南爱琴海的罗得岛 - Halki电气系统的短期分析,在丛中使用了混合整数调度模块?仿真软件。在检查潜艇电网扩展的影响时,结果表明,在罗德电力系统的互连之后,记录了快速可再生能源部署,允许电量等于2040年的220兆瓦。本周发电成本下降58.9%与BAU自动化场景相比,录制最大需求的最大需求和54.8%。根据指令2010/75 / EU和2015/2193 / EU的情况施加一代限制的情况显示,高水平的未卫生节奏能量等于70%-85%。

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