Therefore, the integration of PV-energy storage systems can greatly reduce the dependence on the power grid, thereby facilitating more flexible regulation for building energy systems. The optimal storage capacities are determined by solving the established MILP model by CPLEX for the PV-TES system, PV-BES system, and PV-HES system.
Assuming the power from the PV system is entirely consumed by the building''s electricity demand without considering the energy loss, the PV system can theoretically account for 33.9 % of the building’s annual electricity demand.
Building energy storage systems can store excess power generated by PV systems and mitigate excessive fluctuations in electricity supply, thereby maintaining a stable, reliable, cost-effective, and energy-efficient energy supply system .
Consequently, the optimal energy storage configuration is obtained by minimizing the net present cost (NPC), which includes initial investment (IC), operation cost (OPC) and replacement costs (RC), as calculated by Eq. (24). Due to the relatively small impact of system maintenance costs , they are neglected in this study.
Our solar power systems and energy storage products are engineered for reliability, safety, and efficient deployment. All systems include comprehensive monitoring and control systems with remote management capabilities.
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