Solar evaluated the way you'd evaluate any capital investment in your business.

Rooftop: systems on large, flat warehouse or office roofs, using space that's otherwise unused.

Ground-mounted: for properties with open land, like farms or facilities with room to spare.

On a business's electric bill, batteries are usually about demand charges, not blackouts. Many utility rate structures bill separately for your peak kW draw, and a battery that discharges during that peak can meaningfully cut that charge, independent of your total energy use.

If your operation has critical infrastructure needs, backup power during an outage is typically handled by a dedicated standby generator. The battery's role there is different: absorbing the load spike as equipment restarts, not carrying the building through the outage itself.

Lower monthly utility bills, with predictable energy rates locked in for decades instead of exposure to rising or volatile rates.

Cuts your organization's carbon footprint, lowers Scope 2 emissions, and helps meet ESG (Environmental, Social, and Governance) goals, increasingly relevant to lenders, tenants, and stakeholders alike.

Under current law, the federal tax credit for business-scale solar (Section 48E) is still available, but only for systems placed in service by December 31, 2027. Businesses can also claim 100% first-year bonus depreciation (under MACRS) on a new solar system, which can meaningfully offset the upfront cost.

This is general information, not tax advice for your specific situation. Deadlines and depreciation rules can change, and how they apply depends on your business's tax position. Confirm current details with your accountant before deciding anything.

A focused conversation about your building, your usage profile, and whether the economics justify going further.

Using satellite mapping and your utility data, we build a system design before anyone sets foot on your roof or property. You receive a full proposal: system size, financing structure options (cash, loan, lease/PPA, or tax-equity where it applies), applicable incentives, projected savings, and an estimated payback period.

Nothing is signed and no capital is committed at this stage. The proposal is based on digital analysis. If the numbers work for your situation, the next step is a Letter of Intent and deposit, not a construction contract.

Before engineering costs are incurred on either side, both parties sign a Letter of Intent. This formalizes the project's direction, establishes a defined window for due diligence, and in some cases involves a refundable feasibility deposit that offsets the costs of the engineering work that follows.

Nothing binding is executed at this stage in the sense of a final construction or financing agreement. The LOI is the formal commitment that moves the project from proposal to active development, and it protects both parties: the client is not locked into a contract before the engineering confirms the numbers, and the development team has the authorization needed to begin interconnection and structural review.

An engineering team reviews the digital design against real-world conditions at your facility: structural load capacity, electrical service and switchgear, shading and orientation, utility interconnection requirements, and any site or title considerations specific to your property. If the engineering requires design changes, you see a revised proposal before the project moves forward.

Your contract includes a feasibility contingency covering the things that actually derail commercial projects: a utility interconnection issue, a permitting or zoning holdup, or a structural surprise like roof integrity, site conditions, or a title or lease complication. If one of those makes the project unworkable, you can walk away before major capital is spent.

Your installation partner handles permits, utility interconnection, and the licensed crew. I remain your point of contact through commissioning and system turn-on.