Simultaneously Optimization for Photovoltaic Battery and Demand Response

The increase in electricity consumption is one of the phenomena that encourages an increase in the efficiency of electrical energy. Demand Response (DR) can be an option in managing the right demand side and providing meeting points for fluctuations in renewable energy generation. The DR program is oriented towards the consumer’s electricity consumption behavior related to electricity incentives. Planning for a Photovoltaic (PV) System is carried out to meet residential loads based on a peak clipping method approach during peak loads. There are 25 load-cutting scenarios that are simulated using HomerPro software to get the number of PV, battery and inverter. The result is a Levelized Cost Of Energy (LCOE) which can express the ratio of the cost of electricity generation to the electricity generated. The best LCOE value was found with a value of 0.286 USD/kWh at energy consumption of 409.58 kWh/day.