Solar Panel Installation 2026: The Complete Buyer's Guide for Homeowners

By Mason · Last updated January 2026 · Sunbelio Editorial Team

If you're a homeowner trying to figure out whether solar is worth it, how much it actually costs, how long the process takes, or whether you can trust the quotes you're getting — this guide is written for you. We'll walk through every stage of the solar panel installation journey: from your first electricity bill audit to the moment your system passes utility inspection and starts spinning your meter backward. No vague promises, no filler — just the concrete numbers, real product names, and honest tradeoffs you need to make a confident decision in 2026.

Module prices have dropped another 8–12% since early 2025, the federal 30% Investment Tax Credit is still in full effect, and Tier-1 monocrystalline panels are reaching consumers at the lowest effective cost in history. The economics have never been better — but the installer market is also more crowded, meaning due diligence matters more than ever. This guide gives you the framework to navigate every decision with confidence.

When considering solar panel installation, homeowners should understand all available options.

Why 2026 Is a Critical Year for Solar Panel Installation

Quick Answer: Solar panel installation in 2026 involves auditing your home's energy use, roof space, and utility rates before choosing a system type like grid-tied or battery-backed. The federal 30% ITC remains available, and panel prices have dropped. For Huntsville, Alabama homeowners, local utility policies and roof orientation matter. No single cost fits all; quotes vary by system size and installer.

The federal Investment Tax Credit (ITC) sits at 30% through 2032 under the Inflation Reduction Act, but state-level incentives are shifting fast. California's NEM 3.0 net metering policy — which slashed export credits — has pushed installers to pair systems with battery storage by default. Texas, Florida, and the Carolinas are seeing rapid utility-rate increases, making solar payback periods shorter than they've ever been. Meanwhile, wholesale panel prices for Tier-1 monocrystalline PERC and TOPCon panels (like the Jinko Solar Tiger Neo 430W and Canadian Solar HiHero 430W) have fallen to roughly $0.25–$0.30 per watt at the distributor level, and those savings are beginning to flow through to consumer quotes.

Bottom line: 2026 is the right year to act — but only if you approach the process systematically. Let's walk through it step by step.

Step 1 — Auditing Your Home Before You Talk to Any Installer

Before a single salesperson walks through your door, you need three numbers: your annual kWh consumption, your roof's usable square footage, and your utility's current net metering or export rate. Pull 12 months of utility bills and calculate your average monthly usage. The U.S. residential average in 2026 is about 886 kWh/month, but a 2,400 sq. ft. home in Phoenix running central AC can easily hit 1,800–2,200 kWh/month in summer.

Use Google's Project Sunroof or your installer's satellite assessment to estimate usable roof space. A standard 400W panel measures roughly 79" × 40" (about 22 sq. ft.). A 10 kW system requires approximately 25 panels and needs around 550 sq. ft. of unshaded, south- or west-facing roof area.

If your roof is more than 15 years old, get a roofing inspection first. Installers can — and often will — install over aging shingles, but pulling and resetting panels for a roof replacement in five years can cost $1,500–$4,000 in labor alone. Addressing this upfront is one of the most actionable things you can do before getting quotes. For a deeper pre-installation checklist, see our dedicated guide on [how to prepare your home for solar panel installation](https://sunbelio.com/prepare-home-solar-panel-installation.html).

Step 2 — Understanding Solar System Types and Which Is Right for You

Grid-Tied Systems

The most common residential setup. Your panels connect directly to the grid through a string inverter or microinverters. Excess power is exported to the utility; you draw from the grid at night or on cloudy days. No battery required. Typical installed cost in 2026: $2.60–$3.20 per watt before incentives, so a 10 kW system runs $26,000–$32,000 gross, or $18,200–$22,400 after the 30% federal ITC. This is the right choice for most homeowners in states with fair net metering policies.

Grid-Tied with Battery Backup

Adds a battery like the Tesla Powerwall 3 (13.5 kWh, ~$11,500 installed) or the Enphase IQ Battery 5P (5 kWh, ~$6,000 installed) to provide backup power during outages and maximize self-consumption. Essential in states with poor export rates (California NEM 3.0, Nevada) or frequent grid disruptions. Adds $8,000–$18,000 to the system cost but the battery also qualifies for the 30% ITC when paired with solar. This configuration is the fastest-growing residential category in 2026.

Off-Grid Systems

Completely independent from the utility grid. Requires substantial battery capacity (typically 20–40 kWh minimum), a charge controller, and a backup generator for prolonged low-sun periods. Costs run $40,000–$80,000+ for a whole-home setup. Practical only for rural properties where grid connection costs exceed $15,000–$30,000, or for homeowners who value complete energy independence above cost optimization.

Step 3 — Choosing the Right Solar Equipment

Panel Types: Monocrystalline vs. Polycrystalline vs. TOPCon

Understanding the underlying technology helps you evaluate quotes intelligently — not just compare brand names.

• Monocrystalline PERC panels: Cut from a single silicon crystal. Higher efficiency (19–21%), better performance in low-light and high-heat conditions, longer lifespan. The current industry standard for residential installs. Recognizable by their uniform black appearance.

• Polycrystalline panels: Made from multiple silicon fragments fused together. Efficiency tops out at 15–17%, and they underperform monocrystalline in heat. Still available at lower cost, but largely being phased out of premium residential quotes in 2026. If a quote includes polycrystalline panels, ask why.

• TOPCon (Tunnel Oxide Passivated Contact) N-type panels: The leading-edge technology in 2026. Offer efficiency ratings of 22–24%, better temperature coefficients (meaning less output loss on hot days), and longer degradation warranties. A modest price premium over PERC — typically $20–$40 more per panel — that pays back over the system's lifetime. Jinko Tiger Neo and Canadian Solar HiHero are the most common TOPCon options in installer catalogs right now.

• Bifacial panels: Capture sunlight from both front and rear surfaces. Best suited for ground-mount systems or light-colored roofs with high albedo. Adds 5–15% production in ideal conditions; minimal benefit on dark asphalt shingle roofs.

Top Tier-1 Panel Options Installers Specify in 2026

• Jinko Solar Tiger Neo N-Type 430W — 22.27% efficiency, 30-year product warranty, ~$310–$340 per panel retail. Best balance of performance and value.

• REC Alpha Pure-R 430W — 22.3% efficiency, excellent temperature coefficient (-0.24%/°C), strong in hot climates. ~$350–$400 per panel.

• Canadian Solar HiHero 430W — 22.8% efficiency, strong value proposition for its performance tier. ~$290–$330 per panel.

• SunPower Maxeon 6 Series 440W — Industry-leading 22.8% efficiency with a 40-year warranty. ~$450–$520 per panel. Premium tier; worth it for space-constrained roofs where every square foot matters.

Inverter Types: String vs. Microinverters vs. Power Optimizers

The inverter converts DC power from your panels into usable AC power for your home. Your inverter choice affects system performance, monitoring capability, and long-term reliability more than almost any other equipment decision.

• String inverters (e.g., SMA Sunny Boy 7.7 kW, ~$1,200–$1,800; Fronius Primo, ~$1,400–$2,000): All panels in a "string" feed into one central inverter. Cost-effective and simple to service. The main drawback: if one panel is shaded or underperforms, it drags down the output of every panel in the string. Best for simple, unshaded south-facing roofs.

• Microinverters (e.g., Enphase IQ8+, ~$180–$220 each): One small inverter per panel. Each panel operates independently, so shading on one panel has zero impact on the rest. Enables panel-level production monitoring via the Enphase Enlighten app. Adds $800–$2,000 to total system cost versus a string inverter, but delivers measurably better output on partially shaded or complex rooflines. Also, the Enphase IQ8 series can provide limited "sunlight backup" during grid outages without a battery.

• Power optimizers + string inverter (e.g., SolarEdge HD Wave inverter + P404 optimizers, ~$1,600–$2,400 total for a 10 kW system): A middle-ground solution. Optimizers attach to each panel and maximize its individual output while a central inverter handles conversion. Delivers panel-level monitoring at lower cost than full microinverters. Popular choice for partially shaded roofs where full microinverters aren't in the budget.

Racking and Mounting

Less glamorous but critical. IronRidge XR100 and Unirac SolarMount are the two dominant residential racking systems — both carry 25-year warranties and are engineered to IBC wind and snow load standards. Avoid quotes that don't specify the racking brand; it's a red flag for cut-rate hardware sourcing.

Step 4 — Getting and Comparing Installer Quotes

Get a minimum of three quotes. In 2026, the average installed price varies significantly by region:

• Northeast (MA, NY, CT): $3.00–$3.80/W

• Southeast (FL, GA, SC): $2.50–$3.10/W

• Southwest (AZ, NV, NM): $2.40–$2.90/W

• California: $3.10–$4.00/W (higher labor costs, permitting complexity)

• Midwest (IL, OH, MN): $2.70–$3.40/W

Verify installer credentials: NABCEP (North American Board of Certified Energy Practitioners) certification is the gold standard. Check the installer's license with your state contractor board (e.g., California's CSLB, Florida's DBPR), verify they carry at least $1M in general liability insurance, and read Google/BBB reviews specifically for post-installation support — that's where service quality actually shows up. Ask for references from installs completed in the last 12 months in your county; local experience means local permit expertise.

Not sure what a fair price looks like for your specific roof size and location? Use our [free solar cost calculator](https://sunbelio.com/solar-cost-calculator/) to get a ballpark estimate before you talk to any installer.

Ready to compare real quotes from vetted local installers? [Request your free, no-obligation solar quote](https://sunbelio.com/free-quote/) and see what a correctly-sized system actually costs in your ZIP code.

Solar Panel Installation: Full Comparison of Key Options

Step 5 — The 7-Stage Solar Installation Process: What Actually Happens

Stage 1: Initial Consultation (Days 1–3)

Your installer reviews your utility bills, discusses your energy goals, and provides a preliminary system size recommendation and ballpark quote. This is where you ask about their NABCEP certification, insurance, local permit experience, and references. Do not sign anything at this stage — this is an information-gathering meeting.

Stage 2: Physical Site Survey (Week 1–2)

A technician visits your home (or uses high-resolution drone/satellite imagery combined with a remote structural analysis) to confirm roof pitch, orientation, shading from trees or chimneys, roof age and condition, attic access, and main electrical panel capacity. They'll measure your roof exactly and identify the optimal panel layout. If your main electrical panel is 100A or older, expect a panel upgrade recommendation ($1,500–$3,500) — it's mandatory for most 10+ kW systems under NEC 2023 code as adopted in most jurisdictions.

Stage 3: System Design and Proposal (Week 2–3)

Your installer produces a CAD layout showing exact panel placement, a shading analysis (typically using Aurora Solar or Helioscope software), a production estimate in kWh/year, and a finalized itemized proposal. This is the document you'll compare across installers. A professional proposal includes: panel brand/model/quantity, inverter brand/model, racking system, estimated Year 1 production, payback period, 25-year financial projection, and a production guarantee.

Stage 4: Permitting and Utility Interconnection Application (Weeks 2–8)

Your installer files for a building permit with your local jurisdiction (typical fee: $150–$600) and submits an interconnection application to your utility. This stage is the longest and most variable in the entire process. Some municipalities turn around permits in two weeks; others take six to eight weeks. Some California investor-owned utilities (PG&E, SCE) are currently running 10–14 weeks on interconnection applications alone. A good local installer knows your utility's quirks, has established relationships with local permit offices, and will give you realistic timeline expectations upfront.

Stage 5: Physical Installation (1–3 Days)

Once permits are in hand, a crew of 3–5 technicians arrives to complete the physical work. The sequence typically runs: install roof attachments and racking mount panels run DC wiring and conduit install inverter and disconnect switch connect to main electrical panel run production monitoring wiring. A 10 kW system on a simple gable roof with good attic access typically takes 1–2 days. Complex hip rooflines, battery addition, or electrical panel upgrades can extend this to 3 days. Your system will not be energized at the end of installation day — it must pass inspection first.

Stage 6: Building Department Inspection (1–2 Weeks After Installation)

Your local building department inspector visits to verify the physical installation meets code — checking racking attachment, conduit routing, labeling, and electrical connections. Most installers schedule this within a week of completing installation. If corrections are required (minor things like missing labels or conduit clamp spacing), the installer returns to address them and re-inspection is scheduled. This stage is typically fast — 1–2 weeks in most markets.

Stage 7: Utility Inspection and Permission to Operate (PTO)

After passing the building inspection, your installer submits proof to the utility, which then schedules its own inspection or review. The utility installs a new bidirectional meter and issues your Permission to Operate (PTO) — the official authorization to turn your system on. From permit submission to PTO, budget 6–14 weeks in most markets. The day you receive PTO and flip the breaker is the day your solar investment starts generating returns.

Want a personalized timeline estimate for your area? [Schedule a free consultation](https://sunbelio.com/free-consultation/) with a local installer who knows your utility's current queue times.

Step 6 — Financing Your Solar Panel Installation: A Full Comparison

How you pay for solar significantly affects your total cost, ROI, and long-term flexibility. Here is an honest breakdown of every option available in 2026:

Option 1: Cash Purchase

Best overall ROI. You pay the full system cost upfront, claim the 30% ITC on your next federal tax return, and own the system outright from day one. Typical payback period in 2026: 6–9 years for most U.S. markets. 25-year net present value: typically $30,000–$60,000 depending on your electricity rate and system size. If you have the capital, this is the optimal choice. No interest, no monthly payments, maximum incentive capture.

Option 2: Solar Loan (Secured or Unsecured)

Best for most homeowners who don't want to deplete savings. You borrow the full system cost, own the system from day one, and still claim the 30% ITC. The dominant lenders in 2026 are Mosaic, Dividend Finance, and GreenSky. Rates in 2026 range from approximately 5.99%–9.99% APR for 10–20 year terms, depending on your credit score and loan type. The critical strategy: apply your ITC tax credit to the loan principal in Year 1. This typically reduces your remaining balance by 30% and can cut years off your payback timeline. Secured solar loans (home equity-based) offer lower rates but put your home as collateral; unsecured loans carry higher rates but no collateral risk.

Option 3: Solar Lease

Zero-down, but you don't own the system. A third-party company owns the panels; you pay a fixed monthly lease payment (typically $80–$180/month for a 10 kW system) in exchange for the electricity they produce. Because you don't own the system, you cannot claim the 30% ITC. Savings are real — typically 10–20% off your utility bill — but substantially smaller than ownership. The bigger risk: leases typically run 20–25 years and can complicate home sales. Buyers either assume your lease or you must buy out the contract (often $15,000–$25,000 at the end of the lease term). Only consider a lease if your credit score disqualifies you from a solar loan.

Option 4: Power Purchase Agreement (PPA)

Similar to a lease but you pay per kWh produced rather than a fixed monthly fee. You pay a set rate (e.g., $0.09–$0.12/kWh) for the electricity your panels generate — typically below your utility rate at signing. The same ownership drawbacks apply: no ITC eligibility, long-term contract, and potential complications at home sale. Watch out for escalator clauses — some PPA contracts include 2.9%/year automatic rate increases that can erode your savings if utility rates don't keep pace. If a PPA includes an escalator above 2%, walk away.

Option 5: PACE Financing (Property Assessed Clean Energy)

Available in California, Florida, Missouri, and approximately 30 other states. PACE loans are repaid through your property tax bill rather than a monthly payment to a lender. Terms run 15–25 years; rates vary by program but typically run 6–9%. The advantage: no credit score requirement for approval. The significant risk: PACE loans hold a senior lien position on your property, meaning they sit ahead of your mortgage in a default scenario. This can complicate or block mortgage refinancing. Consult your mortgage lender before signing a PACE agreement.

Solar Financing Comparison Table

Step 7 — Maximizing Your Incentives in 2026

The federal 30% ITC is only the beginning. Layering every available incentive can shave thousands more off your net system cost:

• Federal ITC (30%): Applies to the full installed system cost including labor, racking, inverters, and batteries charged from solar. Claimed on IRS Form 5695. If your tax liability is less than the credit in Year 1, the unused portion carries forward to subsequent years — there is no cap and no income limit.

• State tax credits: New York (25% state credit, max $5,000), South Carolina (25% state credit, max $35,000), and Massachusetts (15% state credit, max $1,000) are among the most generous in 2026. Check your state energy office for current programs.

• Utility rebates: Some utilities offer upfront rebates of $200–$600 per kW installed. These typically reduce your ITC basis dollar-for-dollar, so factor this into your calculations. Your installer should be familiar with your utility's current rebate schedule.

• Property tax exemptions: 36 states currently exempt the added home value from solar from property tax assessments. A 10 kW system in a desirable market can add $20,000–$30,000 to assessed home value — without triggering a higher tax bill in these states.

• Sales tax exemptions: 25 states exempt solar equipment from sales tax. In a state with 8% sales tax on a $25,000 system, that's $2,000 in immediate savings.

• USDA REAP Grants (rural properties): Rural homeowners and small agricultural operations can qualify for Rural Energy for America Program grants covering up to 50% of system cost. Heavily underutilized — worth investigating if you're outside a metro area.

DIY Solar Installation: When It Makes Sense and When It Doesn't

The DIY solar market has matured significantly. Companies like Wholesale Solar, Unbound Solar, and Grape Solar now sell complete pre-engineered kits with everything you need — panels, inverter, racking, wiring, and installation instructions — designed specifically for homeowner installation. A 10 kW DIY kit runs $8,000–$12,000 in materials, compared to $20,000–$28,000 for a fully installed professional system. The savings are real and substantial.

But DIY solar is appropriate in a narrow set of circumstances. You need to be genuinely comfortable with roof work at height, basic electrical wiring, and permit applications. You need time — most DIY installs take 2–4 weekends of physical labor plus weeks of permit coordination. And you need to understand that a mistake in the electrical work or roof penetration can cost more to fix than you saved. DIY is best suited for:

• Ground-mount systems on rural properties where roof complexity and height risk are eliminated

• Off-grid cabins or outbuildings where utility interconnection isn't required

• Experienced general contractors or electricians doing their own home install

• Homeowners with a 200A panel already in good condition and a simple, one-plane south-facing roof with zero shading

Red Flags: 7 Warning Signs of a Problematic Solar Installer

The rapid growth of the solar market has brought in contractors who prioritize volume over quality. Here are the seven most important warning signs to watch for:

• Pressure to sign at the first meeting. Any installer offering a "today only" discount is using sales tactics that should trigger immediate skepticism. Reputable installers give you time to compare quotes.

• No itemized quote. A total price without a line-by-line breakdown of equipment and labor is impossible to compare and easy to pad. Demand full itemization before any conversation about signing.

• Unspecified panel or inverter brands. "Tier-1 panels" is not a specification. You need brand, model number, wattage, and efficiency rating on paper.

• No NABCEP certification or verifiable state license. Run their license number through your state contractor board before your second meeting.

• Inability to provide local references. If they can't give you two or three customers in your county from installs completed in the last 12 months, their local track record is limited.

• Vague warranty terms. Workmanship warranties should specify duration (minimum 10 years), what is covered (roof penetrations, wiring, mounting), and who is responsible if the installer goes out of business.

• Production estimates that seem too good. If a proposal claims your system will eliminate 100% of your electricity bill year-round with no explanation of how your winter usage or night-time draw will be covered, the numbers are inflated. Ask for a month-by-month production vs. consumption comparison.

How long does solar panel installation actually take from first contact to system activation?

The full timeline from your first conversation with an installer to Permission to Operate (PTO) runs 6–16 weeks for most homeowners in 2026. The physical installation itself — panels going on your roof — typically takes just 1–3 days. The majority of elapsed time is consumed by permitting and utility interconnection review, which together account for 4–12 weeks depending on your municipality and utility. Markets with the fastest timelines include parts of Texas and Florida where permit offices have streamlined solar review; the slowest markets are currently within PG&E and SCE territory in California, where utility interconnection queues run 10–14 weeks. If an installer promises activation in under 4 weeks in a slow-permit market, ask them to show you comparable recent projects to verify.

Does solar panel installation damage your roof?

When installed correctly by a licensed professional using proper flashing and lag bolt techniques, solar does not damage your roof — and most reputable installers offer a 10–25 year workmanship warranty specifically covering roof penetrations. The most common cause of solar-related roof leaks is improper installation: overtorqued lag bolts that crack rafters, missing flashing around mounts, or no sealant applied to penetration points. This is why installer selection matters more than panel brand for long-term outcomes. If your roof is under 5 years old, installation risk is minimal. If it's over 15 years old, have a roofer inspect it before any solar work begins. Removing and reinstalling panels for a mid-life roof replacement adds $1,500–$4,000 in labor costs — a strong argument for addressing roof condition first.

What is the real payback period for solar in 2026?

For a cash-purchased system, the typical payback period in 2026 is 6–9 years for most U.S. homeowners — but this range varies significantly by electricity rate, sun hours, system size, and available incentives. Homeowners in high-rate states like California ($0.28–$0.35/kWh retail), Massachusetts ($0.25–$0.32/kWh), and Connecticut ($0.26–$0.34/kWh) often see payback in 5–7 years. Homeowners in low-rate markets like the Pacific Northwest or parts of the rural Midwest may see 9–12 year payback. The 25-year net savings on a properly sized, cash-purchased system typically range from $30,000 to $60,000. Solar loans lengthen the payback period by 2–4 years due to interest but still deliver strong positive 25-year returns for most buyers.

Can I install solar panels myself and still claim the federal tax credit?

Yes — the 30% federal Investment Tax Credit applies to owner-installed systems as long as you purchase the equipment outright and the installation is on your primary or secondary residence. You claim it on IRS Form 5695 regardless of whether a professional or the homeowner performed the work. The credit applies to equipment costs, and if you hire subcontractors for any portion (electrical, roofing), those labor costs are also eligible. The one catch: you must have sufficient federal tax liability to absorb the credit. If you owe less in taxes than the credit amount, the remainder carries forward to future tax years — but you cannot receive it as a cash refund.

What happens to solar panels during a power outage?

This surprises many homeowners: a standard grid-tied solar system with no battery automatically shuts off during a grid outage. This is a required safety feature under NEC anti-islanding regulations — it protects utility workers from live voltage on lines they believe are de-energized. Your panels will not power your home when the grid goes down unless you have battery storage or a special hybrid inverter. There are three solutions: (1) Add a battery like the Tesla Powerwall 3 or Enphase IQ Battery 5P for full backup capability; (2) Install Enphase IQ8 microinverters, which can provide limited "sunlight backup" powering a small critical loads panel during daylight hours without a battery; or (3) Install a separate backup generator with an automatic transfer switch. If backup power is a priority — particularly in storm-prone areas or regions with an aging grid — budget for battery storage from the start rather than retrofitting it later.

Is solar worth it if I plan to sell my home in 5–7 years?

Yes, in most cases — with one important caveat. Owned solar systems (purchased outright or financed with a solar loan you pay off or transfer) consistently add measurable value to homes. A Lawrence Berkeley National Laboratory study found solar adds an average of $4 per watt to home resale value — meaning a 10 kW owned system adds approximately $40,000 to your home's value, while your net cost after the ITC might be $14,000–$19,600. The math strongly favors ownership even on a shorter horizon. The caveat: leased systems and PPAs complicate sales. Buyers must qualify to assume the lease contract, and many buyers simply don't want the obligation. If you plan to sell within 7 years, either purchase your system outright or use a solar loan — never sign a lease or PPA if you have any reason to believe you'll be selling before the contract ends.

The Bottom Line

Solar panel installation in 2026 represents one of the most financially sound home improvements available to U.S. homeowners — but the difference between a great outcome and a regrettable one comes down almost entirely to process and installer quality, not panel brand.

Here is the clear, direct recommendation based on everything in this guide:

For most homeowners, the optimal path is a cash purchase or solar loan with a NABCEP-certified local installer, using TOPCon N-type panels (Jinko Tiger Neo or Canadian Solar HiHero), Enphase IQ8+ microinverters on any roof with shading complexity or multiple planes, and a string inverter only on simple unshaded south-facing roofs. Get a minimum of three itemized quotes, verify every installer's license and insurance, and never sign at a first meeting.

Add battery storage — specifically the Tesla Powerwall 3 or Enphase IQ Battery 5P — if you're in California under NEM 3.0, in a state with frequent outages, or in any market where your utility's export rate is below $0.08/kWh. The battery qualifies for the 30% ITC when paired with solar, and the math increasingly supports inclusion in 2026 pricing.

Avoid leases and PPAs if you have any path to financing. The ITC alone is worth $5,400–$9,600 on a typical 10 kW system — value you forfeit entirely under a lease structure. Even a 7.99% APR solar loan delivers far better 25-year returns than a lease, provided you apply the ITC credit to the principal in Year 1.

The solar market has never been more competitive, equipment has never been better, and incentives are at a historic high. The biggest mistake you can make right now is waiting for prices to fall further while utility rates continue climbing. Every month you delay is a month of electricity you're paying full retail price for instead of generating at near-zero marginal cost on your own roof.

Start with your utility bills, use our free calculator to size your expectations, then get three quotes from vetted local installers. The whole process — from that first quote to panels on your roof — can be completed in under three months in most U.S. markets.

Take the first step today: [Request your free, no-obligation solar quote](https://sunbelio.com/free-quote/) or [run the numbers with our free solar cost calculator](https://sunbelio.com/solar-cost-calculator/) before you talk to a single installer. There's no obligation — just clarity on what solar actually costs and saves at your specific address.