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In traditional distribution system, power flow was unidirectional; thus loads were usually aggregated into the substation as an equivalent constant bus in the original risk analysis of transmission system. Detail structures of the distribution system were absolutely ignored. However, distribution system is transformed from passive to active nowadays with more and more distributed generations (DGs)...
Distributed Generation ( DG ) using renewable energy to generate power in distribution networks is influenced by natural conditions, and its output power is fluctuant, affecting whole system operation. According to load voltage characteristics and features of DG, this paper presents a method of coordinated control of load and distributed generation based on Volt-Var control, and analyzes the effectiveness...
As the Smart Grid develops, demand response plays an important role for both consumers and the utility. Proper price signal can result in conspicuous peak shifting. This paper analyses changes of load behavior under different price scenarios, and how demand response smooths out fluctuations of distributed generation (DG). This study demonstrates the performance of demand response, which contributes...
As the Smart Grid develops, demand response plays a vital role for both consumers and the utilities. Changes of load behaviour under the active market is analysed and how demand response smooths out fluctuations of distributed generation (DG) by adding transactive controller to appliances is shown. The performance of demand response is demonstrated, which contributes to gentle the instability of DGs...
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