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Since a few years, a power quality issue becomes more critical on a power distribution system and profoundly influences on both technical and economic aspects. Grid stability is an essential constraint in present power system studies with the enhancement of power-quality features. During sudden interruptions, the battery energy storage system might be a better alternative to stabilise and meet the grid demand and/or it can store the energy during surplus power situation. The battery integrated compensator utilises the Synchronous Reference-Frame theory for power-quality enhancement &amp; battery charge control rather than an additional controller. This paper presents a battery integrated distributed static compensator for power quality improvement and to meet grid-demand under sudden changes. The performance evaluation of proposed battery integrated distributed compensator is verified under both charging the discharging control modes, evaluated by using Matlab/Simulink platform, results are illustrated.

Towards an enhancement of power quality in the distribution system with the integration of BESS and FACTS device