A Joint Optimization Algorithm for Renewable Energy System

Abstract

Energy sustainability is a hot topic in both scientific and political circles. To date, two alternative approaches to this issue are being taken. Some people believe that increasing power consumption is necessary for countries' economic and social progress, while others are more concerned with maintaining carbon consumption under set limitations. To establish a secure, sustainable, and economical energy system while mitigating the consequences of climate change, most governments are currently pushing renewable growth policies. Energy markets are meant to provide consumers with dependable electricity at the lowest possible cost. A profit-maximization optimal decision model is created in the electric power market with the combined wind, solar units, loads, and energy storage systems, based on the bidding mechanism in the electricity market and operational principles. This model utterly considers the technological limits of new energy units and storages, as well as the involvement of new energy and electric vehicles in market bidding through power generation strategy and the output arrangement of the virtual power plant's coordinated operation. The accuracy and validity of the optimal decision-making model of combined wind, solar units, loads, and energy storage systems are validated using numerical examples. Under multioperating scenarios, the effects of renewable energy output changes on joint system bidding techniques are compared.

Exploration on virtual simulation teaching practice for safe operation of high-voltage system of new energy vehicles

“…The high-voltage control box is the hub that connects the power battery and various electrical equipment to realize the output and distribution of power. It also contains PTC, compressor, DC/DC, and vehicle charger fuses to play a protective role [4] .…”