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首页> 外文期刊>International journal of sustainable engineering >Simulation planning of power supply capacity: an approach to optimal industrial microgrid operation with carbon emission permits
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Simulation planning of power supply capacity: an approach to optimal industrial microgrid operation with carbon emission permits

机译：电源容量的仿真规划：一种具有碳排放许可的优化工业微电网运行的方法

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摘要

Microgrids integrated with distributed generation provide energy intensive enterprises (EIEs) with a solution to cut down their total system costs. However, unreasonable capacity allocation of power supply in industrial microgrid may result in capacity shortage or excess, thus leading to uneconomical solutions. Considering carbon emission permits and renewable energy access on demand side, this paper analyses and evaluates the long-term impacts of power supply capacity on economic benefits and carbon emission. The power suppliers consist of industrial self-generation, wind power generation and power grid. A HOMER software based industrial microgrid model is designed, and time series simulation of the model for a cycle of 10 years is performed to provide numerical analysis. The simulation results with sensitivity analysis show that optimal capacity planning of power supply can lead to considerable economical and ecological benefits under carbon emission permits; besides, it can also be conducive to peak load shedding for power grid.
机译：与分布式发电集成的微电网为能源密集型企业（EIE）提供了降低其总系统成本的解决方案。但是，工业微电网中电源的不合理的容量分配可能导致容量短缺或过剩，从而导致不经济的解决方案。考虑到碳排放许可和需求方可再生能源的获取，本文分析并评估了供电能力对经济效益和碳排放的长期影响。电力供应商包括工业自发电，风力发电和电网。设计了基于HOMER软件的工业微电网模型，并对该模型进行了10年周期的时间序列仿真，以提供数值分析。灵敏度分析的仿真结果表明，在碳排放许可的条件下，最佳的电源容量规划可以带来可观的经济和生态效益。此外，它也有利于电网的峰值负荷削减。

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