Grid connected solar power plants

Solar energy: Sunlight becomes the origin of electrical energy.

A grid coupled PV system essentially is made from the PV panels (segments), one or a number of solar power inverters, a defenses unit for automated shutdown in case there is a grid description and a countertop the fed in solar power electrical energy

The aspects of a grid-connected PV system are the PV segments, an electric inverter, a safety device to run straight down at failures into the grid and an electrical energy meter. The "mains-commutated" inverter converts the direct-current (DC) given by the segments to alternating electric current (AC), at the same time synchronizing the AC production towards the AC inside grid.
The power-generating capability of a photovoltaic system is denoted in kilowatt peak (assessed at standard test circumstances and a solar irradiation of 1000 W every m²). These days's PV modules covers a location between 7 and 10 m² per kWp. Thought your modules are oriented to south and inclined at an angle between 30° and 35° such a PV system will create in Middle and western Europe - with regards to the specific latitude along with other elements - between 800 and 1.000 kWh electrical energy annually and per kWp of moderate ability. To exemplify: On a roof in Cambridge or Oxford (UK), a 4-kWp-plant with enhanced component orientation and module inclination angle offer about 3.380 kWh each year, at Sevilla (Spain) 5.640 kWh each year. The plant at Sevilla will consequently require an inverter with an higher input voltage compared to the one at Oxford.