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Energy System Planning towards Renewable Power System: Energy Matrix Change in Cuba by 2030

机译：能源系统规划对可再生电力系统：2030年古巴能量矩阵变化

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Since 2013, the biggest Caribbean island, Cuba, has been undertaking an energy matrix change. There is a strong political intention to replace fossil fuels by renewable energy and improve efficiency and security of the national energy system. By 2030, 24% of electric power shall be produced from renewable sources. Transition from centralized fossil fuel fired power system towards distributed renewable generation based system requires changes to conventional energy planning and system design procedures as well as physical structures of the national energy system. This paper introduces three analysis axis: Scenario building for future supply-demand balance, scenario for a 100% renewable energy system for Cuba, and a roadmap from existing power system to the system with high share of distributed renewable generation. This work is a part of European Union funded Erasmus+ project “Capacity Building for Renewable Energy Planning in Cuban Higher Education Institutions”, CRECE.
机译：自2013年以来，古巴最大的加勒比岛，一直在进行能源矩阵变革。通过可再生能源提高国家能源体系的效率和安全，有强烈的政治意图取代化石燃料。到2030年，24％的电力应由可再生来源生产。从集中式化石燃料燃烧电力系统转向分布式可再生生成的系统需要改变传统的能源规划和系统设计程序以及国家能源系统的物理结构。本文介绍了三个分析轴：用于未来供需平衡的情景大楼，古巴100％可再生能源系统的场景，以及来自现有电力系统的路线图，具有高度分布式可再生生成的系统。这项工作是欧洲联盟资助的Erasmus +项目“古巴高等教育机构可再生能源规划能力建设”，Crece。

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