Evaluation of coordinated energy management system for grid and home in distribution system with PVs

Abstract

This paper presents a coordinated energy management system (EMS) based on time-of-use pricing. The proposed EMS consists of prediction, operational planning, and control stages. To minimize amounts of curtailed PV output, operational costs, and voltage violations, line-drop compensation parameters are determined based on an input-output relationship database in the grid EMS. In the home EMS, an energy equipment operational plan is developed with a stochastic optimization problem (SP) to accommodate unavoidable uncertainties. Numerical simulations based on an actual distribution system model are performed, confirming the improved performance of the proposed method compared with the conventional method.

Designing Sustainable Smart Cities: Cooperative Energy Management Systems and Applications

“…In this section, we focus on recent works that investigate the efficient utilization of the power generation output of residential PV systems, which are widely distributed in cities, and we introduce concrete examples of studies that have been promoted using the EMS evaluation platform [166,187,188].…”

“…In Fujimoto et al [188], the simultaneous operation of the grid energy management system (GEMS) controlling the voltage for the distribution system and the HEMSs reducing residential operation cost for the households distributed in the power system has been discussed for the utilization of PV output generated in the city. Yoshizawa et al [187] also evaluated the interaction of the same G/HEMS scheme under several types of HEMSs installed for the different purposes. The scheme implemented in both of the GEMS and HEMSs in these studies is based on three steps, that is, forecast, operational plan and control.…”

Coordinated Prosumer Transaction based on Load Shifting and Optimization

“…It is applied in a community withfrom several households that have similar goals. The authors in [5][6] [11] explain that coordination is used to allow each household to be a prosumer and reach their satisfaction related to consumption profile and energy production. It also allows the households to create a community and participate in local electricity market.…”