Analysis of the Need for a Centralized Solar Power Plant (PLTS) as an Alternative Electricity Supply for Sucker Rod Pump

Abstract

The PLTS system is an effort to improve electrical power reliability, electrification ratio, and renewable energy utilization. The availability of electricity is extremely urgent. This is to complement the needs of the production process, especially the SRP pumping motor. The current electrical conditions of the industry still rely on PLN electricity and generators for production activities every day. However, the design of the PLTS system is expected to be able to achieve the electricity needs of SRP in the industry. Electric power networks in the industry are obtained from PLN and generators. So in this case of course the generator is still very necessary. To find out the capacity of panels and batteries that will be used in the Centralized PLTS Development in the industry, especially at the Sucker Rod Pump. The method used in this study is a quantitative method because it involves calculating the capacity of solar panels, daily energy requirements, and numerical system analysis. The results of this study show that the total energy demand for electricity supply for SRP needs is 264 kWh/day. The total panel capacity required is 106kWp with a total of 200 monocrystalline panels with a capacity of 550Wp and 128 batteries with a capacity of 24V 200Ah. The inverters used are PV1800 ECO Series 6,200W inverters of 20 pieces.