Energy management using energy storage system
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Date
2026-06
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Publisher
AIKTC
Abstract
The Energy Management System (EMS) is used to create a system within which you can manage your energy usage and production. This system will include an Energy Storage System (ESS), and together these systems will help improve the usage of energy from various sources to meet demand while minimizing the waste of electricity and managing peak demands.
A modeling approach is employed in the design phase to determine how well to integrate the renewable energy sources and battery storage together and then to develop a control methodology that will guide the charging and discharging of both systems by monitoring the demand for energy from the time of day until midnight. Different operating scenarios are tested on the final design to determine how efficient or effective the overall efficiency of the EMS will be once installed and operational.
Based on the results obtained from conducting operational feasibility tests, it can be concluded that by incorporating an Energy Storage System (ESS) into an Energy Man-agement System (EMS), load balancing will be improved, peak demand will be reduced, and-hence the utilization of renewable energy will also be improved. Thus, by doing these three items with the proposed system, an efficient and reliable energy management system can be accomplished.