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Enhancing Wind Power Integration through Optimal Use of Flexibility in multi-carrier energy systems from the Danish Perspective

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World Journal of Engineering and Technology 2017年第4期5卷 78-88页

作者： Yi Zong Awadelrahman MAAhmed Jiawei Wang Shi You Chresten Traeholt Xianyong Xiao Center for Electric Power and energy Department of Electrical EngineeringTechnical University of DenmarkRoskildeDenmark CIRCE-Research Centre for energy Resources and Consumption ZaragozaSpain College of Electrical Engineering and Information Technology Sichuan UniversityChengduChina

Denmark’ goal of being independent of fossil energy sources in 2050 puts forward great demands on all energy subsystems (electricity, heat, gas and transport, etc.) to be operated in a holistic manner. The Danish experience and challenges of wind power integration and the development of district heating systems are summarized in this paper. How to optimally use the cross-sectoral flexibility by intelligent control (model predictive control-based) of the key coupling components in an integrated heat and power system including electrical heat pumps in the demand side, and thermal storage applications in buildings is investigated.

关键词： Cross-Sectoral Flexibility District Heating systems multi-carrier energy systems Power to Heat Wind Power Integration

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Two-step probabilistic method to enable demand response programs in renewable-based integrated energy systems

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CSEE Journal of Power and energy systems 2019年第99期PP卷 2495-2506页

作者： Jafari, Farshad Samet, Haidar Seifi, Ali Reza Rastegar, Mohammad School of Electrical and Computer Engineering Shiraz University Shiraz Electrical Distribution Company Shiraz Iran

This paper presents a two-step procedure to enable residential Demand Response (DR) programs in the multi-carrier energy systems (MCES), including a combined heat and power generation, renewable resources, a boiler, and energy storage systems. In the first step, an optimization problem is solved to determine the optimal energy cost for each customer. In the second step, the system operator (SO) minimizes the summation of the total loss cost of the electrical distribution system and a designed motivational payment, subject to various operational constraints of the MCES. The motivational payment is the function of deviation of the resulted energy cost of a home in the second step from the desired cost obtained in the first step. The main idea of the proposed procedure is to consider the concerns of customers and the operator, simultaneously. This paper also addresses the uncertainties in renewable resources generation. The proposed procedure is simulated on a test energy system for various cases. The results show that as the level of customer participation in the proposed program is increased, the technical aspects of the integrated energy system are improved. In addition, the customers' costs are decreased by participation in the proposed program. © 2019 CSEE Journal of Power and energy systems. All rights reserved.

关键词： Demand Response energy management multi-carrier energy systems Two Point Estimation

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