International Renewable Energy Agency (IRENA) reports that the levelized electricity cost from solar photovoltaic has dropped 69% since 2010, reaching the cost of fossil fuels. In the immediate future, renewable electricity will simply be the cheapest and most sensible option for business and industries! SUN BEST’s extensive range of power solutions are suitable for the smallest residential home system to Industrial power stations
SUN BEST has developed a range of standard PV systems for On-grid and Off-grid applications. We assure the best quality and guaranteed system performance with high performance Tier I components. Our team of experienced engineers can develop PV systems based on customer’s specific requirements both on-grid and off-grid applications.
Our solar power division is specialized in the setting up of solar photo-voltaic (SPV)Power Plants on EPC or turnkey basis. It conceives and implements solar power projects from the initiation to installation and maintenance, using the best available components and cutting edge technical solutions with highly qualified and experienced professionals
SUN BEST’s customized solar power solutions for numerous industrial houses and institutions have helped them implement sustainable systems, thereby reducing their carbon footprint and in a cost-effective manner.
Generally the solar power plant requires a large number of solar panels which receives sun's energy and that is converted into DC electric power.
After preparing the technical documentation, first we should mount Installation. Then Solar Panels will be installed. After electrical wiring done, connect the System to Solar Inverter. Then connect Solar Inverter and Solar Battery and connect Solar Inverter to the Grid. Finally start the Solar Inverter.
Using Solar Photovoltaic (Solar PV) technology, when SUN hits the semiconductors light rays from the SUN converted directly into electricity.
Materials needed are Solar Panel, Charge Controller, Battery and Inverter / UPS.
Generally for generating 1 MW AC, approximately we require 4.5 to 5 acres of land. If we generate 1 MW DC, we require about 3.2 to 3.3 acres of land.
On average, 1 MW solar power plant can generate 4,000 units per day. Hence 1,20,000 units can be generated in a month and 14,40,000 units can be generated in a year.
Batteries are essential to store excess electricity from solar power system, which we can use when solar panels are not generating enough energy.