Energy management system with dynamic component control for efficiency optimization

Abstract

The efficient use of energy is gaining importance globally. Reducing consumption is only one of the benefits. Economic incentives could be used to shift the energy demand and reduce run times of equipment. The standardized definition of energy management systems describes only a system structure without consideration the algorithms or strategies for system efficiency improvement. In the paper the main structure, concept, and basic control schemes for dynamic energy management system is presented. It takes into account a dynamic usage of renewable energy sources, stationary and mobile storages and controllable loads

Energy storage systems: power grid and energy market use cases

“…Smart buildings are also a popular and wide field for the testing of storage technologies. On the one hand, wide-ranging energy management systems (EMS -Energy Management System) are being developed and implemented for autonomous system [33] taking into account dynamic DMS [34] and optimal control strategies [35] also for hybrid [36] and PV-Wind combined supply [37] which utilize both stationary and mobile batteries as well as thermal storage systems to integrate RES optimally [38]. On the other hand, installations have been created, which facilitate systematic peak shaving in buildings [39], thus cutting the power input to buildings as well as connection costs.…”