Solar On Grid System

Solar PV modules are semiconductor devices which generate electricity when exposed to sun light. In a SPV module a large number of such photovoltaic cells are connected in series. The electrons flow from one cell to next through a conductor. In the next cell they are further struck by photons and acquire more potential energy and sweep out of the cell and so on. Finally, the electron leaves the last cell of the module and flow through the load. It is sunlight or irradiance, not heat, which produces electricity in photovoltaic cells. Solar panels, also known as solar modules, are generally connected together in ‘strings’ to create a what is known as a solar array. The amount of solar energy generated depends on several factors including the orientation and tilt angle of the solar panels, efficiency of the solar panel, plus any losses due to shading, dirt and even ambient temperature.

HYBRID Solar PV System

Solar PV modules are semiconductor devices which generate electricity when exposed to sun light. In a SPV module a large number of such cells are connected in series. The electrons flow from one cell to next through a conductor. In the next cell they are further struck by photons and acquire more potential energy and sweep out of the cell and so on. Finally, the electron leaves the last cell of the module and flow through the load. Crystalline and Thin Film are most widely used technologies. Solar panels, also known as solar modules, are generally connected together in ‘strings’ to create a what is known as a solar array. The amount of solar energy generated depends on several factors including the orientation and tilt angle of the solar panels, efficiency of the solar panel, plus any losses due to shading, dirt and even ambient temperature. The Solar Power Generating System consists of Solar Photovoltaic Modules to generate DC Electricity. DC Electricity generated can be stored in Battery for later usage or can be used directly for consumption through Inverter or simultaneously both can be done. Power consumption priorities can be set as per customer requirements. The inverter would convert the DC power into AC power. This AC power is fed to the load and used for captive purpose only.