可再生能源自给社区的系统规划与建模

Robert Ngabesong, L. McLauchlan
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引用次数: 2

摘要

可再生能源发电在集中式和分布式发电中,在配电层安装小规模的风能、太阳能和生物质能发电厂,以抵消消费者的巨大电力需求。这篇研究论文旨在提出一个系统的方法来规划和模拟一个可再生能源自给自足的发展社区。拟议的系统由多种可再生能源发电组成,这些可再生能源具有确定的目标容量(即太阳能、风能和生物质能)。该方法采用SysML建模环境,并将结果作为实际设计实现的路线图呈现。
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System Planning and Modeling of a Renewable Energy Self-Sufficient Community
Renewable energy generation in centralized and distributed power generation, implements small-scale wind, solar and biomass power plants installed at the distribution level to offset the huge electricity demand by consumers. This research paper aims on proposing a systematic approach on how to plan and model a renewable energy self-sufficient community for development. The proposed system is comprised of multiple renewable energy generation sources of defined target capacity (i.e., Solar, Wind, and Biomass). The methodology employs SysML modeling environment, and the results are presented as a roadmap for actual real-life design implementation.
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