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Aerial view of solar panels covering suburban Canadian rooftops at golden hour

Canadian solar investment & savings. Unbiased.

Harvest your rooftop. Own your energy.

Compare certified Canadian solar installers, rebates and financing side by side. Primecrustca turns your roof size, postal code and hydro bill into province-specific savings — with no sales pressure and no pay-for-rank ratings.

Average annual savings by province

Ontario

$2,400+

British Columbia

$1,800+

Alberta

$2,100+

Quebec

$1,600+

Nova Scotia

$2,200+

Figures are illustrative estimates and vary by roof, location and energy use.

Estimate your savings

Why independent

Independent ratings. Verified experiences.

Primecrustca is funded by affiliate commissions from featured partners — but that money never buys a better score. Ratings, comparisons and safety warnings stay editorially neutral, so the numbers you see are the numbers that matter. We exist to make solar transparent before anyone signs an installation contract.

  • Verified installer data

    Every listing is checked against certification records and real customer feedback before it appears.

  • No pay-for-rank placement

    Partners cannot purchase a higher rating. Placement is disclosed; editorial scores are earned.

  • Transparent methodology

    We show how each score is built — efficiency, warranty, cost and verified reviews — in plain language.

Woman comparing solar installer quotes and savings figures on a laptop at a desk

What we offer

Everything you need before you sign

Certified installer comparisons

Side-by-side reviews of vetted Canadian installers, with verified ratings and warranty terms.

Provincial rebate guides

Plain-language breakdowns of federal grants and provincial rebates, updated by region.

Financing & ROI analysis

Compare cash, loans, leases and PACE with realistic payback ranges for Canadian homes.

Free savings calculator

Enter roof size, postal code and your hydro bill to get a province-specific payback estimate.

Rebates & incentives

Provincial rebate & incentive guides

From the federal Canada Greener Homes Grant to province-specific rebates, here is where each program stands today.

Ontario

Open

Home Renovation Savings + Greener Homes

Provincial rebates on panels and storage stack with federal interest-free loans of up to $40,000.

Learn more

British Columbia

Open

CleanBC Home Efficiency

CleanBC rebates pair with net metering through BC Hydro and the federal Greener Homes program.

Learn more

Alberta

Waitlist

Municipal solar programs

City-level incentives and strong solar irradiance offset the wait for renewed provincial funding.

Learn more

Quebec

Open

Hydro-Québec LogisVert

LogisVert incentives and low hydro rates reward battery-paired systems for backup and self-use.

Learn more

Saskatchewan

Waitlist

SaskPower Net Metering

Net metering credits remain available while a new rebate intake is expected to reopen soon.

Learn more

Atlantic

Open

Efficiency NS & regional rebates

Nova Scotia, New Brunswick and PEI offer efficiency rebates that combine with the federal grant.

Learn more

Financing & ROI

Four ways to pay, one clear payback

Bars show the typical years to break even for a Canadian rooftop system. Shorter is faster.

Cash purchase

7–9 yr payback

Highest upfront cost, but no interest and the fastest return — you own every kilowatt-hour from day one.

Solar loan

9–12 yr payback

Little or no money down. Federal interest-free options and green loans keep monthly costs predictable.

Lease / PPA

$0 upfront

No payback because you never buy the system — you pay for the power and save from month one.

PACE financing

10–13 yr payback

Repaid through your property tax bill and tied to the home, so the balance can transfer on sale.

Panel comparison

Cost vs. performance, side by side

Three panel technologies measured on the metrics that drive your return. Longer bars mean a stronger result for that metric.

Tier-1 Monocrystalline

Best ROI
Efficiency
20–22%
Warranty
25 yrs
Cost per watt
$2.70
Estimated ROI
~8 yrs

Tier-1 Polycrystalline

Value
Efficiency
16–17%
Warranty
20 yrs
Cost per watt
$2.40
Estimated ROI
~9.5 yrs

Thin-film

Budget
Efficiency
11–13%
Warranty
15 yrs
Cost per watt
$2.10
Estimated ROI
~11 yrs

Verified reviews

Installers rated by real customers

Independent ratings drawn from verified installations across Canada. Scores are earned, never purchased.

Certified technician fastening a solar panel onto a residential roof rail

Solaris Canada

Verified
4.8 / 5 · 312 reviews

Pros: Fast installs, premium monocrystalline panels and a strong 25-year workmanship warranty.

Cons: Premium pricing and booking lead times during peak summer months.

Close-up of gloved hands torquing a clamp that secures a solar panel frame

Sunrise Power Solutions

Verified
4.6 / 5 · 248 reviews

Pros: Flexible financing, transparent quotes and responsive after-sales support.

Cons: Coverage is thinner in remote and rural service areas.

Engineer inspecting a row of ground-mounted solar panels in a rural field

EcoPrime Renewables

Verified
4.7 / 5 · 196 reviews

Pros: Top-tier equipment, meticulous workmanship and detailed production reporting.

Cons: Longer lead times because of high demand for their crews.

Savings estimator

Estimate your solar savings

Enter a few details and we will estimate your annual savings, a recommended system size and your payback period. Figures are illustrative and vary by property.

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Installers reviewed

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Provinces covered

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Avg. payback (years)

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Rebate dollars tracked

How it works

From curious to quoted in four steps

  1. Enter your home details

    Share your province, roof size and hydro bill to set the baseline for your estimate.

  2. Compare verified providers

    Review certified installers side by side with ratings, warranties and panel specs.

  3. Check rebates & financing

    See which grants you qualify for and which payment route gives the fastest payback.

  4. Request quotes

    Connect directly with certified installers to confirm your numbers and book a site visit.

Seasonal insights

Solar through the Canadian year

Practical, season-by-season reading on how rooftop solar actually performs across Canada.

Snow partially melting off rooftop solar panels on a clear winter morning

Winter performance

Do solar panels work through a Canadian winter?

Yes — and often better than homeowners expect. Photovoltaic cells convert light, not heat, so the cold, bright days that follow a snowfall can be among the most productive of the year. Panels actually operate more efficiently at lower temperatures, which partly offsets the shorter daylight hours of December and January.

Snow is the real variable. Most rooftop arrays are mounted at an angle, and their smooth tempered glass sheds snow quickly once the sun hits it; a light dusting usually slides off within hours. Production dips during heavy accumulation but rebounds fast, and annual yield models for Ontario, Quebec and the Prairies already account for winter losses. Over a full year, a well-sited Canadian system still delivers the payback figures our estimator projects, because strong spring and summer output more than compensates for the quiet weeks of deep winter.

Wall-mounted home battery storage unit installed in a clean garage

Battery storage

Pairing home battery storage with rooftop solar

A battery turns daytime sunshine into round-the-clock power. Instead of exporting surplus production to the grid for a credit, you store it and draw on it in the evening, when household demand peaks and, in some provinces, electricity costs the most.

For Canadian homeowners, storage delivers two distinct benefits. The first is resilience: a battery keeps the lights, furnace fan and fridge running through the ice-storm and wind outages that hit many regions each winter. The second is economics, which depend heavily on your province. Where time-of-use rates are steep or net-metering credits are modest, shifting your own solar energy into peak hours can meaningfully improve returns. Where credits are generous, a battery is more about backup than savings. Sizing matters too — most homes pair a single wall-mounted unit with their array rather than trying to go fully off-grid.

Electric car charging in a driveway beside a house with rooftop solar panels

EV charging

Charging an EV from your own panels

An electric vehicle is the single biggest load most homes will ever add, which makes it the perfect partner for rooftop solar. Charging during daylight hours lets you fuel the car with electricity you generate yourself, sidestepping both gasoline costs and grid-supplied power.

The practical trick is timing. A typical Level 2 charger draws several kilowatts, so scheduling it for midday — or letting a smart charger follow your solar production — captures the most self-generated energy. Homeowners who combine an EV, a right-sized array and, where it pays off, a battery often see the strongest overall economics on this site, because every kilowatt-hour that goes into the car displaces fuel they would otherwise buy. When you size a system in our estimator, factoring in future EV charging is one of the smartest moves you can make.

FAQ

Questions, answered plainly

Newsletter

Never miss a new rebate

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Contact

Get in touch

Have a question about a provider, a rebate or your savings estimate? Send us a note and our editorial team will get back to you. We are an independent publisher, so we will never pass your details to a salesperson without your say-so.

Email

info@primecrustca.com