Intelligent Distribution System for Renewable Energy, its Storage and use towards Electric Vehicles
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Abstract
The current collaborative management structure of intelligent distribution system is mostly unidirectional and the efficiency of management and control collaborative processing is low, leading to the reduction of directional collaboration. Therefore, a comprehensive study on renewable energy, energy storage and electric vehicles in intelligent distribution system is proposed. According to the actual measurement needs and standards, extract the targeted collaborative management indicators, design a multi-level management and control structure in a multi-level manner and improve the efficiency of management and control collaborative processing. Based on this, build an intelligent distribution system SOA integrated cross collaborative management and control model and use the guided evolution to achieve integrated management and control of renewable energy, energy storage and electric vehicles. The final test results show that the intelligent distribution system in area G can achieve more than 85% of the targeted collaborative management of renewable energy, energy storage and electric vehicles through the comparison of three independent measurement groups, which indicates that this type of control is more targeted and stable and can be comprehensively controlled and managed from different perspectives in the distribution system. To some extent, it can improve the application efficiency of the system and has practical application value.
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