Solar FAQs

Payback depends on your energy costs, system size, incentives, and financing, so we model it specifically for your facility rather than relying on a generic figure. With immediate energy savings, demand-charge reductions, and local and federal incentives available in 2026, well-structured commercial projects continue to deliver attractive long-term returns. We’ll show you a realistic, incentive-aware financial model before you commit anything.

The federal Investment Tax Credit (ITC) provides a 30% dollar-for-dollar credit on your qualifying project cost, and projects that meet domestic content thresholds qualify for a 10% bonus, and projects built in an energy community qualify for a 10% bonus. This makes the total possible tax credit 50%. On top of the credit, 100% first-year bonus depreciation lets you deduct your system’s depreciable cost immediately, which, together with the ITC, can recover a substantial share of the project cost in the first year. In some locations, local or utility incentives may also apply. SES identifies every program you qualify for and documents it properly.

Yes. Nonprofits, schools, and government entities can receive the same 30-50% credit as a direct cash payment through the federal Direct Pay provision, so the incentive works whether or not your organization pays federal tax.

Yes, and it now drives most project planning. For projects beginning construction after July 4, 2026, the system must be placed in service by December 31, 2027 to qualify. Projects that began construction earlier have a longer four-year window. Because commercial and institutional systems involve design, engineering, permitting, interconnection, and construction, larger projects need to start planning as early as possible to meet the deadline.

Foreign Entity of Concern (FEOC) rules require that a minimum percentage of your equipment’s value come from sources not tied to certain foreign nations, and the threshold rises over time. It affects eligibility, sourcing, and documentation, so it has to be built into the project from the earliest design stage rather than treated as a procurement detail at the end. We’ve navigated FEOC compliance across projects ranging from small commercial systems to multi-megawatt installations, and we handle sourcing and documentation to protect your credit.

Large energy users are often billed demand charges based on peak consumption spikes, and a single spike can set your rate for months. Solar reduces the grid power you draw during the day, and when paired with battery storage, a properly sized system can actively shave those peaks before they’re recorded, reducing or eliminating the demand charges that follow.

A standard grid-tied system shuts off during an outage to protect utility workers. Commercial solar systems, when paired with commercial battery storage configured for islanding mode, can disconnect from the grid and keep critical operations running without a startup delay. For manufacturers, data centers, healthcare facilities, and any operation where downtime is costly, that capability is as much a risk-management tool as an energy asset.

Most commercial projects spend a few months in design, engineering, permitting, and utility coordination before construction begins, with installation itself ranging from a couple of weeks to longer for large or complex sites. In most cases, your operations continue normally throughout. Crews work primarily outside the building, and we schedule any interior electrical work with you to minimize disruption.

No, when it’s engineered correctly. We assess your roof’s condition and remaining life before design, and on many commercial roofs we use ballasted mounting that minimizes penetrations. When penetrations are necessary, our in-house licensed team seals them properly and coordinates with your roofing provider so existing warranties stay intact.

The full range. We’ve installed everything from compact rooftop arrays to a 6-plus MW system powering a manufacturing plant in Virginia, and up. Every system is sized to balance your energy needs, available space, and your best financial return or system goals.

Yes to both. Our Preventative Maintenance and Risk Management Plan keeps your system at peak output through production monitoring, annual inspections with infrared thermography, and warranty coordination on your behalf. Because we’ve been installing and servicing systems since 2006 with in-house service technicians, engineers, and electricians, we also service systems installed by others.

We’re an employee-owned company that has been engineering and installing solar since 2006, making us one of the region’s oldest and most experienced installers. Our work is done entirely in-house by NABCEP-certified professionals, licensed electricians, and Professional Engineers, never subcontractors. We lead with engineering and honest analysis, not sales pressure, so you can make the right decision for your organization.

Engineering in-house. Professional Engineers, Master Electricians, and NABCEP-certified installers design and build every system under one roof.

Built for the full range. From rooftop and ground-mount arrays to utility-scale solar farms, battery storage, canopies, and EV charging.

Incentive and compliance expertise. We capture the credits and meet the deadlines and sourcing rules that determine your return.

Performance that lasts. Ongoing monitoring and maintenance keep your system producing for decades.