Optimization of Photovoltaic Synchronization Acceptance Capacity Considering Net Benefit Maximization for Photovoltaic

Abstract

The traditional power distribution network and the power consumption side are key points in investment and construction during development of the smart network. Seen from power marketization trend and demand of the power user, the intention of the user is paid more attention and respected, special commercialization characteristic of power is reflected. The user side wishes to realize net benefit maximization through the access type photovoltaic, the power network side wishes to determine reasonable acceptance scale and acceptance mode of the distribution type photovoltaic, and reduces effect of the photovoltaic acceptance power distribution network. Both shall be organically combined. This paper forwards the optimization algorithm applicable to solve photovoltaic acceptance capacity issue through establishing the optimization model which takes maximum net benefit created by photovoltaic acceptance as the target, carries out analysis on economic benefit for photovoltaic acceptance from acceptance position of photovoltaic, load type of acceptance point and investment coefficient of photovoltaic etc and verifies effectiveness of the acceptance capacity analysis method forwarded in this paper.