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Regional power system transitions towards carbon neutrality:The case of North China

Economic and Political Studies 2022年第4期10卷 416-441页

作者： Ying Fan Zhuang Liang Xing Yao School of Economics and Management and Lab for Low-carbon Intelligent Governance(LLIG)Beihang UniversityBeijingChina

China has announced its goal of reaching carbon neutrality by 2060,which will have a profound impact on its energy and economic *** this process,the power sector will play a key role in helping the country on its road towards carbon *** study develops a multi-regional power dispatch and capacity expansion model to combine long-term capacity expansion with short-term power *** model is built to optimise the carbon-neutral transition pathway from the perspective of economics,focussing on power system stability and reliability under high penetrations of *** the case study of North China,the cost-effective methods for power system transitions under the targets of reaching peak emissions by 2030 and achieving carbon neutrality by 2060 are discussed under different *** find that the future power supply system will rely heavily on renewable energy which will account for more than 89%of power *** Mongolia will produce more than 84%of power in the North China *** inter-regional power transmission capacity will be five times higher than its current *** choices will lead to different transition pathways as the early-stage installation decisions will have a lock-in effect on the following carbon emission reduction strategies and determine the importance of technologies adopted in achieving carbon *** the transition to a low-carbon economy will result in an increase in cost by 17–19%,it will bring huge climate benefits to the world.

关键词： Carbon neutrality power system carbon emissions renewable power North China

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Smart Python Agents for Microgrids

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Smart Grid and renewable Energy 2023年第10期14卷 183-196页

作者： Salem Al-Agtash Xueyan Xian Kristina Petroshchuk Heba Syeddah Department of Computer Science and Engineering Santa Clara University Santa Clara CA USA Department of Computer Engineering German Jordanian University Amman Jordan Department of Computer Science and Information Technology Mission College Santa Clara CA USA

Microgrids are revolutionary power systems that interconnect a mix of renewable power generation, load, storage systems, and inverters in a small-scale grid network. Operating microgrids while maintaining a consistent grid voltage and frequency during the islanding and disruption of renewables has been a challenging research problem. In this paper, a preliminary microgrid agent implementation is presented using SPADE (Smart Python Agent Development Environment) as a powerful development framework that has been used extensively in many application domains. Agents autonomously managed and operated microgrid individual components. A multiagent microgrid system was modeled to seamlessly operate and optimize energy balance by coordinating the actions of agents. Agents were built to forecast energy demand and solar power and coordinate to balance generation with load while maintaining optimal power flow and adequate network voltage and frequency.

关键词： Microgrids Agents SPADE renewable power

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