Off-grid solar energy systems convert sunlight into electricity without connecting to local utility grids. They are ideal for areas without public grid access. In some cases, off-grid solar energy systems include storage solutions such as batteries or flywheel energy storage, which allow excess electricity to be saved for future use. The main components of off-grid systems include solar panels, con-inverters, and batteries. An off-grid solar energy system can be used as a mobile or back-up power supply for homes, medical clinics, telecommunications stations, meteorological stations, and forest fire stations, especially those located in areas without public utility grids, such as a remote islands and mountainous regions. In these cases, Off grid Solar System designer, off-grid solar energy systems replace conventional power generation solutions such as diesel generators.
An off-grid solar system is designed for the power needs of mid-to-large size homes. Unlike a grid-tie solar system, Residential Solar Solution, off-grid systems have no connection with the utility grid, and must make all the electricity necessary for your home. Off-grid solar systems operate from the stored energy in a battery bank. Solar panels are used to keep the battery bank charged. Your off-grid solar system has to be sized properly to support your daily power needs and replace the stored energy pulled from the battery bank.
Industrial Solar Power Systems primarily provide electricity to remote areas where conventional power is too costly or difficult to reach. The systems can be skid mounted, roof mounted, pole mounted, trailer mounted, or assembled with industrial quality walk-in shelters. We provide end-to-end solar solutions to industries. Our clients can avail the subsidy from the government on installation of a solar power plant upto 100 KWp. Industries can cut down their Grid power consumption and save a huge sum of money by using solar generated power. If you operate a remote facility off the grid, or require an uninterruptible power supply for utility connected equipment, then a reliable autonomous power system and expert technical support is a necessity.
Sai Cabtech Solar Solutions for agriculture include understanding the nature of water requirement, the type of irrigation employed and the depth of water availability. Based on these, the type of pump, the controller capacity and the solar module capacity required can be worked out. The structures can be made either stand alone or tracking based on the site conditions.