Solar Installation for Long Island Homes

System size, roof type and pitch, the mounting and attachment method, conduit routing, inverter selection, whether a battery is included, and any panel, service or meter work the house needs. Permitting and utility interconnection requirements also vary by municipality. We put the scope in writing after the site assessment rather than quoting from a satellite photo.

It depends on usable area, orientation, pitch, shading, structure and code-required setbacks and pathways. A smaller array on a good section of roof is often a better project than filling every surface.

If the roof is near the end of its service life, generally yes. Removing and reinstalling an array later costs real money, so it is usually cheaper to do roofing work before panels go on.

Ordinary grid-connected solar does not. For safety it shuts down when the utility grid goes down. Powering your home through an outage requires a system specifically designed and equipped for it — typically battery storage with the right transfer equipment, or a separate generator setup.

Often, but it is much simpler when the original design anticipates it. Battery-ready planning affects inverter choice, equipment location, and how backed-up circuits are separated. Tell us during the assessment if a battery is even a maybe.

Sometimes. It depends on your existing service size, panel and busbar ratings, breaker space and what else you plan to add. We evaluate this as part of the assessment instead of discovering it mid-project.

Yes, and the two are worth planning together. Charging adds meaningful load, so the array size, the panel capacity and the charger circuit should be worked out as one plan.

Plans are submitted to your municipality for permits and an interconnection application goes to the utility. After installation the work is inspected, and the utility issues permission to operate before the system runs. Requirements and timelines vary by town, utility and project, so we won't promise a date we don't control.