Network-Aware Demand-Side Management Framework With A Community Energy Storage System Considering Voltage Constraints

This paper studies the feasibility of integrating a community energy storage (CES) system with rooftop photovoltaic (PV) power generation for demand-side management neighbourhood while maintaining distribution network voltages within allowed limits. To this end, we develop decentralized trading between CES provider and users PV systems. By leveraging linearized branch flow model radial networks, voltage-constrained leader-follower Stackelberg game is developed wherein maximizes revenue minimize their personal costs by grid. The has unique equilibrium at which Nash equilibrium. A case study, realistic demand data, confirms that can reduce peak prevent voltage excursions, delivering financial benefits to provider. Further, simulations highlight that, in comparison centralized system, provides greater economic less capacity.