考虑可再生能源消纳的电化学储能技术研究

Research on Electrochemical Energy Storage Technology Considering the Consumption of Renewable Energy

传统的电化学储能技术只能对储能模型设定单一的约束条件,储能效果不佳。基于此,设计了一种考虑可再生能源消纳的电化学储能技术。在考虑可再生能源消纳的前提下,结合电力系统释放的电能,构建相应的电化学储能模型。通过计算储能模型的多个约束条件,优化储能模型,并分析储能模型的应用过程,实现对电化学能源的存储。与以往的电化学储能技术相比,设计的考虑可再生能源消纳的电化学储能技术在实际应用中浪费的电能较低,当电能储存量为100000 kW·h时,电能消耗量仅为46.58 kW·h,储能效果较好。

The traditional electrochemical energy storage technology can only set a single constraint condition on the energy storage model,and the energy storage effect is not good.Based on this,this paper designs an electrochemical energy storage technology considering the consumption of renewable energy.On the premise of considering the consumption of renewable energy,combined with the electric energy released by the power system,the corresponding electrochemical energy storage model is constructed.By calculating multiple constraints of the energy storage model,the energy storage model is optimized,and the application process of the energy storage model is analyzed to realize the storage of electrochemical energy.Compared with the previous electrochemical energy storage technology,the electrochemical energy storage technology designed in this paper considering the consumption of renewable energy is less wasteful in practical application.When the energy storage capacity is 100000 kW·h,the energy consumption is only 46.58 kW·h,and the energy storage effect is better.