Solar Panel Installation

Nina from Little Silver, NJ has been a Green Sun Energy Services client since October of 2015. Twenty LG 305-watt panels went on the roof that December – 6.1 kW in all, estimated at 6,587 kWh in the first year – on a QuickMount rail-free system. A twenty-panel array is a modest one, and rail-free hardware is what keeps a modest array from looking like equipment: the panels sit close to the roof plane with no rails showing at the edges.

Gina from Hazlet, NJ has been a Green Sun Energy Services client since March of 2016. Twenty-eight LG 300-watt panels went on the roof that May – 8.4 kW in all, estimated at 10,352 kWh in the first year – on a QuickMount rail-free system. All-black modules on a low-profile mount, and six weeks from booking to a working array.

Gerald from Middletown, NJ has been a Green Sun Energy Services client since August of 2025. Thirty-four Jinko 430-watt panels went on the roof that November – 14.62 kW in all, estimated at 15,327 kWh in the first year – on a Unirac rail system. Rails rather than rail-free hardware: on a large, uninterrupted roof plane the rail run is what holds thirty-four panels in straight, even lines, which matters as much for how the array looks from the ground as for how it is fixed down.

Dominick from Freehold, NJ has been a Green Sun Energy Services client since March of 2012. Sixty-two Canadian Solar 235-watt panels went on the roof that September – 14.57 kW in all, estimated at 16,589 kWh in the first year – on a Zep Solar mounting system. Zep was the rail-less hardware of its day: its clamps engage a groove molded into the panel frame, so panels lock to one another and to the roof anchors with no rails running between them. On an array of sixty-two, that is a great deal of hardware never installed.

John from Union Beach, NJ has been a Green Sun Energy Services client since March of 2018. Twenty-nine Panasonic 330-watt panels went on the roof that May – 9.57 kW in all, estimated at 13,013 kWh in the first year – on an Ecolibrium rail-free mounting system. Those are Panasonic HIT panels, the high-efficiency line, and the estimate reflects it: 13,013 kWh from 9.57 kW works out at roughly 1,360 kWh for every kilowatt installed. On a roof with a fixed amount of usable space, that ratio is the whole argument for attending to panel efficiency rather than only to

Glenn and Michele from Belford, NJ have been Green Sun Energy Services clients since August of 2017. Thirty-six Hanwha Q.PEAK panels went on the roof that October – 10.44 kW in all, estimated at 11,496 kWh in the first year – on an Ecolibrium rail-free mounting system. These are the all-black version of the panel, black frame and black backsheet, which reads as one dark rectangle from the street rather than a grid of silver lines. On an array of thirty-six panels covering most of a roof slope, that is the difference between a solar installation you notice and one

Ryan from Tinton Falls, NJ has been a Green Sun Energy Services client since March of 2015. Thirty-two LG 300-watt panels went up that June and the array was interconnected in July, 9.6 kW estimated at 10,379 kWh in the first year. It is split across two roof planes, 7.2 kW on the larger and 2.4 kW on the smaller, on QuickMount rails. That split is the case microinverters suit: each panel converts on its own, so the two orientations can peak at different times of day without either holding the other back.

Jacqueline and Daniel from Little Egg Harbor, NJ have been Green Sun Energy Services clients since September of 2017. The array was completed on 27 October: 35 panels making 11.72 kW, each with its own microinverter, and an estimated 15,071 kilowatt hours in the first year. Atlantic City Electric interconnected it in December. Nine years on, this is among the older arrays on the site and still producing – which is the answer to the question people actually ask about solar, and one only time can give. The existing roof was sound enough to take the array as it stood.

Michael from Middletown, NJ has been a Green Sun Energy Services client since July of 2011, which makes this the oldest relationship on the site. The array was completed that August: 24 panels making 5.64 kW, each with its own Enphase M215 microinverter, and an estimated 4,880 kilowatt hours in the first year. JCP&L interconnected it in December. Fifteen years is long enough to stop arguing about whether the design works and simply look at what happened: with a microinverter under every panel, nothing that has befallen any one panel in fifteen years has taken the rest of the array