2026· MATEC Web of Conferences· 0 citations· 15 references
Abstract
With the whole world aiming for the “dual carbon” goal, huge amounts of new wind and solar power plants are being built as people move away from oil and gas. However, due to natural effects, their irregular and fluctuating output makes it very difficult for the power system to run safely and stably all day long and fully integrate renewable energies into the power system. A wind-solar and energy storage system has been combined via intelligent controlling and regulating methods to coordinate every part of the whole production-grid-load-storage process. This is a crucial approach that can overcome obstacles in the application of renewables. This paper takes the wind-solar-storage smart grid as our research object and discuss it from three system levels (physical level, information level and control level) and the basic features of wind power. This paper review domestic and foreign related literature research, study classic cases, conduct field investigations, analyze problems in output forecast, energy storage, coordination control, etc., put forward some optimization plans, and finally conduct future trend research, so as to provide theoretical basis and practical advice for such engineering design, operation dispatching and industrial development.
This paper summarizes the research status and development trends of wind-solar-storage smart grid systems. As energy and environmental crises intensify, renewable energy has become crucial for power system development. Wind and solar power are clean but intermittent and unstable, posing challenges to grid stability. Th...
Jia-Cheng Zhang· MATEC Web of Conferences· 0 citations
This paper focuses on the collaborative optimization of wind-solar-storage systems in smart grids under multi-time scales, systematically expounding its core connotation, technical principles, research progress and development trends. Firstly, it defines the classification and application characteristics of multi-time...
Guangya Liu· MATEC Web of Conferences· 0 citations
This essay takes the wind-solar-storage smart grid system as the research object and systematically analyzes its current development status, core technologies, energy storage optimization configuration algorithms and multiple application scenarios. The study points out that the current system is transitioning from “gri...
Zi-Hong Chen, Jia-Juan Li· MATEC Web of Conferences· 0 citations
Against the backdrop of global climate change and China’s “Dual Carbon” goals, the clean low-carbon energy transition is imperative, with hydropower, PV and wind power as core renewable energies. PV and wind power output features randomness and volatility due to natural factors, while hydropower has superior regulation...
Renewable energy is an essential component in Smart Buildings to guarantee a continuous power supply. Hybrid systems of renewable energy have recently gained a lot of interest by integrating wind energy, solar arrays, battery banks, and the load demand of Smart Buildings. In this paper, a hybrid system has been designe...
Eain Soe May, Hla Aye Thar, Devasis Pradhan· Scientia. Technology, Scienc...· 0 citations
With combination of distributed energy, including power of wind and solar power, modern power systems have increasing challenges in terms of flexibility, stability, and reliability. Traditional centralized power grids are hard to adapt new features brought by renewable energy. Under this background, energy storage has...
Yuhang Lu· MATEC Web of Conferences· 0 citations
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