FAQ
Most frequent questions and answers
Solar panels convert sunlight into clean DC electricity. A solar inverter then converts the DC electricity into grid-compliant AC electricity to power the home.
Utility power is provided when needed e.g. at night or during peak demand periods. Excess electricity can also be exported to the utility for credit or revenue, depending on the available solar scheme.
Solar panels convert sunlight into clean DC electricity. A solar inverter then converts the DC electricity into grid-compliant AC electricity to power the home.
Utility power is provided when needed e.g. at night or during peak demand periods. Excess electricity can also be exported to the utility for credit or revenue, depending on the available solar scheme.
Solar panels convert sunlight into clean DC electricity. A solar inverter then converts the DC electricity into grid-compliant AC electricity to power the home.
Utility power is provided when needed e.g. at night or during peak demand periods. Excess electricity can also be exported to the utility for credit or revenue, depending on the available solar scheme.
Solar panels convert sunlight into clean DC electricity. A solar inverter then converts the DC electricity into grid-compliant AC electricity to power the home.
Utility power is provided when needed e.g. at night or during peak demand periods. Excess electricity can also be exported to the utility for credit or revenue, depending on the available solar scheme.
