Enolar Power Station consists of PV array which generates DC electricity from sunlight, a battery bank to store the DC energy and an inverter to convert from DC to utility grave AC electricity. Power Stations are available in two configurations a “Hybrid” that uses a propane or diesel generator to supplement battery charging, and a “ Stand Alone” without a generator. Enolar Power Station are mounted on weather-proof steel structures. Custom configurations for specific voltage or power requirements are available for a reliable power source in any remote application. An optional trailer mount is available.

The Enolar Power Station consists of a PV array which generates DC electricity from sunlight, a battery bank to store the DC energy and an inverter to convert from DC to utility-grade AC electricity.

Several factors must be considered when choosing between a hybrid or stand-alone configuration. Hybrid stations are sized to provide 25-75% of the load requirements by the engine generator, resulting in a lower first-cost for a given load. Stand-alone PV systems are sized to provide 100% of the load and offer very low operating and maintenance costs.

Enolar Power Station consists of PV array which generates DC electricity from sunlight, a battery bank to store the DC energy and an inverter to convert from DC to utility grave AC electricity. Power Stations are available in two configurations a “Hybrid” that uses a propane or diesel generator to supplement battery charging, and a “ Stand Alone” without a generator. Enolar Power Station are mounted on weather-proof steel structures. Custom configurations for specific voltage or power requirements are available for a reliable power source in any remote application. An optional trailer mount is available.

The Enolar Power Station consists of a PV array which generates DC electricity from sunlight, a battery bank to store the DC energy and an inverter to convert from DC to utility-grade AC electricity.

Several factors must be considered when choosing between a hybrid or stand-alone configuration. Hybrid stations are sized to provide 25-75% of the load requirements by the engine generator, resulting in a lower first-cost for a given load. Stand-alone PV systems are sized to provide 100% of the load and offer very low operating and maintenance costs.