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Design of smart energy generation and demand response system in Saudi Arabia

机译:沙特阿拉伯智能能源发电和需求响应系统设计

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The promising benefits of the renewable sources based on distributed generation are pushing the future energy markets to invest more into the available renewable systems. This research will focus on integrating available renewable energy resources in Kingdom of Saudi Arabia in the electric grid to minimize the energy production from fossil fuels through continuous prediction and forecast of demand requirements. The work will concentrate on linking modern forecasting techniques with load history, weather information and the grid, with the objective to minimize CO2 emission over both short and long term forecasting periods. Simulation model will be developed to validate the proposed solutions using MATLAB software environment. With the aim of testing the linear module performance historical load data gained from the Saudi Arabia Electrical Company for a west part of the country, for the period from January 2010 to August 2016 has been put under process.
机译:基于分布式发电的可再生能源的有希望的好处正在推动未来的能源市场对可用的可再生能源系统进行更多的投资。这项研究将专注于将沙特阿拉伯王国中的可再生能源整合到电网中,以通过对需求需求的持续预测和预测来最大程度地减少化石燃料的能源生产。这项工作将集中于将现代的预测技术与负荷历史,天气信息和电网联系起来,以期在短期和长期的预测期内将二氧化碳的排放量降至最低。将开发仿真模型以使用MATLAB软件环境来验证所提出的解决方案。为了测试线性模块性能,正在处理从沙特阿拉伯电气公司获得的该国西部地区的历史负荷数据(2010年1月至2016年8月)。

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