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Power generation expansion planning approach considering carbon emission constraints

Global Energy Interconnection 2023年第2期6卷 127-140页

作者： Hasan Mehedi Xiaobin Wang Shilong Ye Guiting Xue Islam Md Shariful Fang Shi School of Electrical Engineering Shandong UniversityJinan 250061P.R.China College of Letter and Science University of California DavisCaliforniaUSA95618 School of Economics Shandong UniversityJinan 250100P.R.China Haidian Electric Power Supply Company of State Grid Beijing Electric Power Company Beijing 100000P.R.China

Decarbonization of the power sector in China is an essential aspect of the energy transition process to achieve carbon *** power sector accounts for approximately 40%of China’s total CO_(2) ***,collaborative optimization in power generation expansion planning(GEP)simultaneously considering economic,environmental,and technological concerns as carbon emissions is *** paper proposes a collaborative mixedinteger linear programming optimization approach for *** minimizes the power system’s operating cost to resolve emission concerns considering energy development strategies,flexible generation,and resource limitations *** research further analyzes the advantages and disadvantages of current GEP *** show that the main determinants of new investment decisions are carbon emissions,reserve margins,resource availability,fuel consumption,and fuel *** proposed optimization method is simulated and validated based on China’s power system ***,this study provides policy recommendations on the flexible management of traditional power sources,the market-oriented mechanism of new energy sources,and the integration of new technology to support the attainment of carbon-neutral targets in the current energy transition process.

关键词： Low-carbon Optimization Generation expansion planning long-term planning Renewable energy

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long-term Coordination of Transmission and Storage to Integrate Wind Power

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CSEE Journal of Power and Energy Systems 2017年第1期3卷 36-43页

作者： Antonio J.Conejo Yaohua Cheng Ning Zhang Chongqing Kang ISE and ECE Departments at The Ohio State University ColumbusOHUSA State Key Lab of Power Systems Department of Electrical EngineeringTsinghua UniversityBeijing 100084China

A power system with a high wind power integration requires extra transmission capacity to accommodate the intermittency inherent to wind power *** can smooth out this intermittency and reduce transmission *** paper proposes a stochastic optimization model to coordinate the long-term planning of both transmission and storage facilities to efficiently integrate wind *** longterm and short-term uncertainties are considered in this ***-term uncertainty is described via scenarios,while shortterm uncertainty is described via operating ***’s 6-node system and a system representing Northwest China in 2030 are used to illustrate the proposed *** indicate that storage reduces transmission requirement and the overall investment,and allows the efficient integration of wind power.

关键词： long-term planning storage transmission uncertainty wind power

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