Straight answers.

Your panels turn sunlight into direct current (DC). The inverter converts that into the alternating current (AC) your building uses. With a battery, a hybrid inverter acts as a smart hub: your own loads are served first, surplus charges the battery or flows to the grid, and at night the grid (and battery, if you have one) covers you. It all happens automatically — there’s no switch to flip.

Yes — output is just going to be lower. Panels run on both direct & indirect sunlight, so production dips under heavy cloud and drops to near zero while snow sits on them. But snow usually slides off tilted panels within a day or two, and cold, clear days are very productive. We size for the whole year, not just sunny afternoons.

Not with a standard grid-tied system — and that’s on purpose. When the grid goes down, your system shuts off within about two seconds so it can never push power onto lines a utility crew may be working on to bring them back (that safety feature is called anti-islanding). If outages are a real problem for you, adding a battery and a hybrid inverter changes that — it can island your home and keep critical circuits (or even your whole home) running. We’ll tell you whether it’s worth it and what each option costs.

Unfortunately more than people expect. A few hours of shade on part of an array can cost a surprising amount of output, because a shaded panel can drag down an entire string. We map shade across the whole year during the assessment and design around it — and sometimes a smaller system in a clear spot beats a larger one on a shaded roof.

Very little — panels, racking and wires have no moving parts. Rain handles most of the cleaning; an occasional rinse helps in dusty spots. We monitor production, so a problem usually shows up as a dip in the app, and we’re close by if something needs tuned or fixed.

How your utility credits the power you send back is the single biggest factor in your solar economics — bigger than panel brand or even system size, and it changes how we size your whole system:

• Net metering — when your solar panels produce more power than your building consumes your meter runs backward, and the utility banks a credit (usually up to a year) that you can draw down when the sun isn’t shining; at the end of the month you’re just billed on the net of the two. Best case, a well-sized system offsets 100% of your usage, reducing your bill by 80–90% (you’ll still have to pay the meter fee, and remaining demand charges).
• Parallel generation — your solar production runs alongside the grid, but any surplus you export is credited at a lower (wholesale) rate rather than full retail. It still pays — you just size so you directly use most of what you make rather than exporting a lot.
• Zero export — some utilities or substations allow no export to the grid at all; the system has to be sized and controlled so it never pushes power back, and anything you’d have exported simply isn’t produced. That changes the design (smaller, or paired with a battery) and the economics.

The takeaway: we check exactly which one applies at your address before we size anything — it decides whether adding panels helps you or just wastes them.

Usually yes — just a smaller one. Fixed charges (the customer or service charge, plus any demand or metering fees) stay on the bill because the utility still maintains the lines and the meter even if you buy little or no energy from them. That’s why a typical bill drops 80–90%, not all the way to zero.

Because most Kansas utilities only bank credits for about a year and won’t pay you for large net surpluses, the sweet spot is sizing to roughly cover your annual usage — enough to take your bill close to zero, without paying for panels whose output you can’t use or get credited for.

It depends on your roof, your load, and your utility — which is why we don’t quote from a catalog. After a no-cost site assessment we put a realistic fully installed price on the table alongside the tax credit stack it qualifies for. Most for-profit projects pencil out to a 4–6 year payback after incentives. Most clients finance through their own bank — local lenders know us and these projects — and we hand them everything they need: fixed pricing, production estimates, and the incentive paperwork.

We size a home system to your actual bills, your roof, and your utility — not a catalog price. With net metering, a typical home system pays back in about 10–12 years and then keeps producing for decades. Battery backup adds cost, but weigh it against a standby generator — it keeps your home running when the grid is down. Most homeowners finance through their own bank; we hand over the production estimates and paperwork the lender needs.

A 30% federal clean-energy credit, a 10% energy-community bonus for former coal areas (much of rural SE Kansas — most town centers are excluded, so we check your address on the DOE map), a 10% domestic-content bonus for mostly US-made equipment, and 100% first-year depreciation on the rest — up to about 80% of installed cost recovered, most of it in year one (systems placed in service by Dec 31, 2027). See the full breakdown →

Sources: Clean Electricity Investment Credit · Domestic Content bonus · 100% bonus depreciation (OBBB)

Unfortunately not. The federal residential solar credit (25D) ended 2025-12-31. Home solar can still pay back on the fundamentals — especially where your utility offers net metering, which lets you offset most or all of your usage with your own production.

Yes — two. Kansas exempts renewable energy systems from property tax for 10 years (K.S.A. 79-201 Eleventh), so the value your solar adds isn’t taxed for a decade; commercial systems file a one-time exemption application. And Kansas manufacturers that pay above-average wages may qualify for a 10% state credit under the High-Performance Incentive Program (HPIP) — ask us whether your operation fits. See the full breakdown →

We don’t lock your quote to one brand. Pricing and availability move fast, and the brand name tells you less than people think — quality varies even between factories building the “same” panel. We pick the best available tier-one equipment when your project is ready to build, and SEK Solar warranties the whole system. On commercial projects we favor US-made components to unlock the domestic-content bonus.

A panel is solar cells sealed between two sheets of glass in an aluminum frame — basically a double-pane window, and it lasts about as long: 25–30 years. The inverter is the working part, more like a major appliance, and runs 10–15 years (longer if it’s somewhere cool and shaded). Modules carry a 12–15 year product warranty plus a 25–30 year performance warranty; inverters 5–10 years. On top of the manufacturer warranties, SEK Solar stands behind the whole system — and being local, we’re usually a short drive away if anything needs attention.

Kansas, Oklahoma and Missouri sit in “hail alley,” so it’s a fair question. Panels are tested to the UL 61730 / IEC 61730 standards — a panel that passes can take 1-to-3-inch hailstones hitting at 16.8 to 88.3 mph, the same range your car windshield is built for. So if your car comes through a storm fine, your panels almost certainly will too. The truly giant, softball-sized stones are rare, and for those there’s insurance: a solar system is generally covered as part of your building, as long as it’s added to the policy.

Both work. Roof-mount is usually cheaper and often generates more in summer; ground-mount wins when you have land and a roof that doesn’t cooperate, or need more production in winter. We’ll compare both during the site assessment and provide cost and yield numbers for your property.

Commercial: roughly 3–6 months end to end, most of it permitting and utility interconnection. Residential: typically 4–8 weeks. The on-site work is the short part; the paperwork is ours to carry.

We do — engineering, city permits, interconnection agreements, utility inspections. You sign where signatures are needed; we fill the forms and chase inspectors.

One local team, start to finish. The person who quoted your project is the person you call — before, during, and after.

We’re based in Chanute and work across southeast Kansas — Chanute, Cherryvale, Coffeyville, Fort Scott, Garnett, Girard, Humboldt, Independence, Iola, Parsons, Pittsburg, and the country in between.

For the right commercial project, yes — case by case. Call us and describe the site; we’ll give you a straight answer on whether it makes sense for both of us.