Solar Panel Installation

No two roofs are the same. The pitch, the shade from the tree next door, the direction the house faces and what the family actually uses through the year all change what belongs up there. These are solar arrays we designed and installed across New Jersey, and each one names the panels, the inverter and the size of the system along with the town it is in. Real jobs on real houses, photographed where we had the chance.

319 completed solar projects across 139 New Jersey towns, including 73 with a review written by the customer.

40-panel 10.2 kW solar array in Scotch Plains, NJ

Solar Panel Installation in Scotch Plains, NJ | 10.2 kW Array with 40 Trina Panels

Vittalraj from Scotch Plains, NJ has been a Green Sun Energy Services client since April of 2015. He signed in early April and the array was producing by the end of July, 40 Trina 255 watt panels on Enphase M215 microinverters, one per panel. At 10.2 kW it was a large system for its day, and the panel-level electronics mean a decade later that a weak module can be identified on its own rather than dragging a whole string down. The design estimate was about 8,182 kWh a year. Scotch Plains is in Union County, north of most of our […]

44-panel 16.06 kW solar array in Parlin, NJ

Solar Panel Installation in Parlin, NJ | 16.06 kW System, 44 LG Panels and Enphase Microinverters

Jeffrey from Parlin, NJ has been a Green Sun Energy Services client since January of 2018. He signed at the end of that January and the system was producing by late March, 44 LG 365 watt panels feeding Enphase IQ6PLUS microinverters, one per panel, so a shaded module never drags the rest of the string down. At 16.06 kW it is one of the larger residential arrays we have built, designed for roughly 16,411 kWh in its first year. Parlin is in Middlesex County, where we have been installing solar for more than a decade.

68-panel 20.74 kW solar array in Morganville, NJ

Solar Panel Installation in Morganville, NJ | 20.74 kW Array with 68 LG Panels

Pete from Morganville, NJ has been a Green Sun Energy Services client since August of 2015. He and Jill signed at the end of that August and the array was producing by the middle of November, 68 LG 305 watt panels on Enphase M250 microinverters, one for every panel. At 20.74 kW it is among the largest residential systems we have built, with a design estimate of 25,555 kWh in its first year, which is more than most houses use. Morganville is in Monmouth County, and a decade on this array is still one we point to.

18 kW Generac standby generator in Princeton Junction, NJ

Solar, Generator and Roofing in Princeton Junction, NJ | Panels Off and Back On in 2023

Gerald from Princeton Junction, NJ has been a Green Sun Energy Services client since November of 2017, and the house has taken three trades since – including, in 2023, the one nobody plans for. 31 panels and 8.99 kW: Live on 6 February 2018: 31 SolarWorld 290-watt modules on Enphase IQ6 microinverters, rail-free mounting, with the monitoring gateway indoors beside the service panel in the basement rather than out in the weather. The roof it went onto was judged sufficient at the time. An 18 kW Generac on a managed whole-house switch: May of 2022. The calculation asked for a

32-panel 8.32 kW solar array in Monroe Township, NJ

Solar Panel Installation in Monroe Township, NJ | 8.32 kW All-Black Array

Ruth from Monroe Township, NJ has been a Green Sun Energy Services client since March of 2016. She and John signed in March and the array was producing by mid June, 32 all-black Hanwha 260 watt panels on Enphase M215 microinverters, one behind each panel. At 8.32 kW it was designed for about 10,200 kWh a year. The all-black modules were a deliberate choice on a front-facing roof, and a decade later they still look like part of the house rather than something added to it. Monroe Township is in Middlesex County.

Solar Panel Installation in Martinsville, NJ

Solar and EV Charger in Martinsville, NJ | 7.5 kW Array in 2014, ChargePoint in 2023

Richard from Martinsville, NJ has been a Green Sun Energy Services client since December of 2013. He and Jenn signed that December, the array was producing by the end of March, and the charger followed nearly ten years later. 30 panels and 7.5 kW, from 2014: Producing by 27 March 2014: 30 Trina 250-watt modules on Enphase M215 microinverters, rail-free mounting, 7.5 kW rated and estimated at 8,431 kilowatt hours in the first year. Two hundred and fifty watts is what a full-size panel produced in 2014, and a current module of the same footprint delivers close to twice that.

46-panel 14.26 kW solar array in Holmdel, NJ

Solar, Generator and EV Charger in Holmdel, NJ | 14.26 kW Array, Client Since 2018

David from Holmdel, NJ has been a Green Sun Energy Services client since March of 2018. Three trades since, and every one of them hangs off a 150-amp service – which is the thread running through this whole page. 46 panels and 14.26 kW: Producing by 24 May 2018: 46 all-black Hanwha Q.PEAK DUO 310-watt modules on a SolarEdge inverter, 14.26 kW rated and estimated at 15,153 kilowatt hours in the first year, with eighty feet of critter guard closing the sheltered gap beneath the panels. The inverter is deliberately oversized against the array rather than trimmed to it. The

24-panel 7.2 kW solar array in Little Egg Harbor, NJ

Standby Generator and Solar Installation in Little Egg Harbor, NJ | A Generator and an Array a Day Apart

John and Charlotte Stewart have been Green Sun Energy Services clients since March of 2016, when they bought a solar array and a standby generator in the same conversation. The two installations finished a day apart at the end of May. 24 panels and 7.2 kW: Twenty-four LG 300 watt panels came to 7.2 kW on QuickMount flashed mounts, with a SolarEdge SE6000A inverter and a power optimizer on every panel. An optimizer handles each panel’s output on its own, so one shaded or underperforming panel does not set the pace for the rest of the string. Atlantic City Electric

18-panel 6.03 kW solar array in Maplewood, NJ

Solar Panel Installation in Maplewood, NJ | 6.03 kW Array with Enphase Microinverters

Tracy from Maplewood, NJ has been a Green Sun Energy Services client since June of 2017. She signed at the end of June and the array was producing by late August, 18 LG 335 watt panels on Enphase IQ6 microinverters, one behind each panel. At 6.03 kW it was sized to the roof rather than stretched across it, with a design estimate of 6,524 kWh a year. Maplewood is in Essex County, one of the further north towns we have installed in.

41-panel 13.74 kW solar array in Branchburg, NJ

Standby Generator Installation and Solar Panel Installation in Branchburg, NJ | 41 Panels and a 16 kW Standby

Lisa Molnar has been a Green Sun Energy Services client since July of 2017, when she bought a solar array and a standby generator on the same day. The generator ran on 15 September and the array was finished six days later. 41 panels and 13.7 kW: Forty-one LG 335 watt panels came to 13.7 kW on QuickMount flashed mounts, on the back of the house, feeding a single SolarEdge SE11400A HD Wave inverter with an optimizer on every panel. The optimizers are why one central inverter is workable here: each panel’s output is managed at the panel, so shade

34-panel 10.2 kW solar array in Princeton, NJ

Standby Generator Installation and Solar Panel Installation in Princeton, NJ | 34 Panels and a 16 kW Standby

Clifford Wilson and Carla Dupont have been Green Sun Energy Services clients since April of 2015. The standby generator was bought first and running by the end of August. The solar array followed five weeks later. A 16 kW standby on natural gas: The house is about 2,500 square feet on a 200-amp service. Run through NEC Article 220 Part IV the connected load came to 16,320 watts, of which heating and cooling account for 4,000. Load management sheds that 4,000 while the generator is carrying the house, leaving 12,320 watts for the machine to meet against a 13 kW

32-panel 14.08 kW solar array in Point Pleasant Beach, NJ

Solar Panel Installation in Point Pleasant Beach, NJ | 14.08 kW Covering 98% of the Home’s Electricity

Tanja from Point Pleasant Beach, NJ has been a Green Sun Energy Services client since September of 2025. Thirty-two JA Solar panels and a 14.08 kW array went onto the roof in a single day at the end of November, with an Enphase micro-inverter behind every panel. It is designed to produce an estimated 15,824 kWh a year — about 98% of the electricity this home uses, on JCP&L’s network. Thirty-two panels, thirty-two inverters: The array is built from JA Solar JAM54D41 modules rated at 440 watts each, which is where the 14.08 kW comes from. They sit on a

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