Solar Panel Installation in Hampton, NJ | 22.08 kW, Our Largest Array

Hampton, NJ · Client since April 2018

Brittany from Hampton, NJ has been a Green Sun Energy Services client since April of 2018. She and Chris signed in the middle of April and the array was producing by the eleventh of July: 69 Hanwha Q.PEAK DUO 320 watt panels on two SolarEdge inverters, 22.08 kW rated and estimated at 24,815 kWh a year, which makes it the largest system we have built. We also fitted 552 feet of critter guard around the array to keep animals out of the gap beneath the panels. Hampton is in Hunterdon County.

Project Facts

Location
Hampton, NJ
Services
Solar Critter Guard, Solar Panel Installation
Client since
April 2018
Panels
Hanwha Model # Q.PEAK DUO-G5.320
Panels
69
System size
22.08 kW
Inverter
SolarEdge SE7600H-US000NC2
Mounting system
Ecolibrium Solar
Estimated first-year production
24,815 kWh
Share of the home's electricity
69%
Electric utility
JCP&L
Critter guard fitted
552 ft

Solar questions from Hampton homeowners

How much does shade from mature Hampton trees affect production?

Shade can materially reduce production, particularly when it falls during the highest-production hours. Module-level electronics such as microinverters and optimizers reduce the effect of partial shading, but they cannot create sunlight where there is none. Significant shade should be modelled before any annual production figure is quoted.

How does an optimizer system differ from microinverters?

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.

Does a bigger array always produce more?

Generally yes when everything else is equal, but size alone does not decide annual production. A smaller unshaded south-facing array can outproduce a larger one that is shaded or poorly oriented. Azimuth, tilt, shading, inverter efficiency and module characteristics all bear on it.

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