Fengjuan Wang

TL;DR: In this paper, an equilibrium strategy based on a hydro-wind-thermal complementary system under an uncertain environment that fully considers the cooperation of hydro power plants, wind power plants and coal combusted thermal power plants is proposed as an optimization method.

TL;DR: A short-term optimization strategy for the hybrid hydro-solar power supplier to allow for reasonable scheduling decisions based on natural limitations and policy impacts and it is found that renewable electricity subsidy policies can efficiently help to adjust energy supply structure, especially in hybrid energy supply system.

TL;DR: An optimal scheduling strategy that fully considers the contributions of wind farm, solar parks, and coal thermal power plants to determine economic benefit and environmental impact equilibrium in a hybrid generation system under natural limitations is proposed.

TL;DR: Wang et al. as mentioned in this paper proposed a dynamic equilibrium strategy based on biomass-coal co-firing method to reduce carbon emissions, in which bi-level programming method was employed to build a cooperative relationship between the authority and CPPs, dynamic programming method is used to handle biomass availability time conflict, multi-objective programming method applied to seek the trade-off between economic development and environmental protection, and furthermore uncertainty theory is introduced to address imprecise uncertain parameters.

TL;DR: It is found that the deployment of grid-connected hybrid wind/PV/storage system can help power users to cope with the future electricity price variation risks, with the feasible self-sufficiency ratio reaching 95%.