ANALYSIS OF THE EFFICIENCY OF ELECTRICAL ENERGY ACCUMULATION IN A SELF-OSCILLATING CIRCUIT.

The article examines the analysis of electrical energy storage systems (EESS) as a tool for improving the reliability and survivability of electric power systems (EPS), the main approaches to selecting optimal EESS configurations, methods for assessing their impact on power system stability, and improving the quality of power supply to consumers. This makes it possible to draw conclusions about the feasibility of implementing EESS under real operating conditions of energy facilities and to develop recommendations for optimizing the operating modes of power systems.本文围绕电能存储系统（Electrical Energy Storage Systems, EESS）展开系统性分析，将其作为提升电力系统（Electric Power Systems, EPS）可靠性与生存韧性的关键手段；同时探讨了最优EESS配置的遴选路径、评估其对电力系统稳定性影响的方法，以及改善用户供电质量的相关策略。基于上述研究内容，可得出在能源设施实际运行场景下部署EESS的可行性结论，并可为电力系统运行模式的优化提供科学建议。