Solar panels reduce a New Jersey home's dependence on grid electricity, and a properly installed system needs critter guard protection to keep wildlife from nesting beneath the panels and causing damage. Upgrades to an existing system can improve output and extend its useful life. When you search for the best solar company in Edison NJ, you deserve a team that is NABCEP-certified and stands behind every installation.
Green Sun Energy Services, LLC is locally owned and operated and has been in business since 2010, based in Middletown, NJ. We are a local solar installer near Edison NJ and have completed work in Middlesex County that includes Solar Panel Installation, Solar Critter Guard, and Solar Upgrades. We served two clients in Edison between 2012 and 2021, and we approach every project with the same standard of care regardless of its size. Our NABCEP certification means our installers meet a nationally recognized benchmark for solar knowledge and field competency.
Edison, NJ
Client since April 2021
Ming from Edison, NJ has been a Green Sun Energy Services client since April of 2021. The contract was signed in the middle of April and the array was producing by the eighteenth of May — four weeks from signature…
Edison, NJ
Client since September 2012
John from Edison, NJ has been a Green Sun Energy Services client since September of 2012, when we fitted a revenue-grade production meter to the solar system at his house. It is an Itron Centron digital meter on a dedicated…
Yes. The utility continues to provide the meter, the grid connection and the billing account, so even a house producing roughly as much as it consumes over a year can still see customer charges and other applicable charges.
The panels convert sunlight into direct-current electricity, and an inverter or microinverters convert that into alternating current the house can use. When the array produces more than the house is drawing, the surplus flows out through the utility meter under New Jersey's net-metering rules. When the house needs more than the array is making, the difference comes from the utility.
An optimizer system puts DC power optimizers at the modules and a single central inverter elsewhere; a microinverter system puts a small inverter at each module. Both can provide module-level monitoring and rapid shutdown when properly designed -- they are different architectures rather than one being the upgrade of the other.
