NL · Solar

Solar quotes in Labrador City, NL.

One real quote from a vetted local Labrador City installer, sized to your roof, your bill, and every federal + provincial rebate you qualify for.

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7 kW
Average system size
$3.30/W
Average cost (CAD)
13 yrs
Average payback
15+
Local installers

Why solar in Labrador City

Labrador City has the most evenly split housing stock of any town in this set, and that is the fact that decides most solar conversations here. Only 50.7 percent of dwellings are single-detached, so barely half of residents control a roof outright. Semi-detached at 16.8 percent and row housing at 10.7 percent put over a quarter of homes on a shared roof structure, and apartments account for about 13 percent more where the roof is not the resident's to decide on. Before anything else, work out which of those three groups you are in, because it determines whether you are buying a system, negotiating with a neighbour, or making a proposal to a building.

What we install on in Labrador City

Labrador City's housing stock, briefly.

Labrador City has a varied housing mix: single-detached homes are just over half of dwellings (50.7%), per Statistics Canada's 2021 data, with semi-detached (16.8%), row housing (10.7%), low-rise apartments (10.1%) and a small high-rise share (3.1%) making up the rest.

Source: www150.statcan.gc.ca

  • Single-detached homes are only 50.7% of dwellings.
  • Semi-detached (16.8%) and row housing (10.7%) together are over a quarter of dwellings, where solar often needs agreement on a shared roof.
  • Low-rise (10.1%) and high-rise (3.1%) apartments combined are about 13% of dwellings, where the roof isn't typically the resident's to decide on.

Source: www150.statcan.gc.ca

Half the town owns a roof, and half does not

The single-detached share here is 50.7 percent, so barely half of dwellings come with a roof one household controls outright. That is the fact that decides who has to agree before a design exists. If you are in that half, the rest of this page is about the roof and the utility, and you can go straight to quotes.

Semi-detached houses are 16.8 percent of dwellings and row housing 10.7 percent, so over a quarter of homes share roof structure with at least one neighbour. That makes a solar project a two-party or multi-party agreement first and an engineering job second. Settle fixings and penetrations, access for maintenance, and who pays when the covering is eventually replaced, in writing, before anyone designs a layout.

Low-rise apartments at 10.1 percent and high-rise at 3.1 percent account for about 13 percent of dwellings where the roof belongs to a building owner or is a common element. There the route is a written proposal covering cost, ownership of the equipment, insurance and roof replacement, put to whoever owns the building. That is a different piece of work from collecting three quotes, and it helps to know that at the start rather than after a site visit.

Confirm who bills you, and ask about the provincial cap

Our record does not name an electricity distributor for Labrador City, so this page will not tell you who yours is. Newfoundland and Labrador is served by more than one utility, and the process, the application address and the treatment of exported electricity are not identical across them. Read the name off your bill before assuming any guidance you find online applies to you.

Then put the questions to that utility in writing: whether customer-owned generation may connect on your service, what the application requires, what interconnection and metering cost, and how exported electricity is treated. An installer's assurance is not a substitute, because you are the one carrying the risk if it turns out to be wrong.

Ask about the provincial ceiling in the same message. Newfoundland and Labrador limits total customer-owned generation to 5 MW province-wide, with individual systems capped at 100 kW. The individual cap is far above a house. The province-wide one is shared and finite, which makes it a timing question rather than a technical one: ask how much room remains and whether an application from your area would be accepted today, before you commit money.

Output, and a winter that removes days at a time

Natural Resources Canada puts Labrador City at about 1,076 kilowatt hours a year per kilowatt of installed capacity on a well oriented, unshaded array. That is a respectable figure, better than some coastal locations further south, and it reflects clear cold air more than it reflects latitude.

The annual number hides a severe seasonal shape. Production concentrates into the summer months, and in winter snow sitting on the glass removes output entirely until it clears. Roof pitch matters more here than in a milder climate, because a steeper plane sheds snow faster and returns to production sooner. Ask about that explicitly at design stage rather than assuming a flatter layout is equivalent.

Orientation and shading do the rest. A south-facing unshaded plane produces the most, east and west planes give up output, and a north plane rarely repays the hardware. Ask for a shading assessment that considers the whole year rather than the hour of the site visit. On a semi-detached or row house, ask for the actual roof planes to be looked at rather than a satellite image, because the usable area on your side is often narrower than it appears.

Grants and financing

The federal options have narrowed. The Canada Greener Homes Loan, interest-free up to 40,000 $, stopped accepting new applications on October 2, 2025. Its funding is committed and only previously approved loans are still being paid out, so it is not available to a new project.

The Canada Greener Homes Affordability Program replaced it in September 2025 and delivers no-cost retrofits through participating provinces, which do not currently include Newfoundland and Labrador, for low- to median-income households. Solar PV is eligible federally, but each province sets its own technology list, so what matters is what Newfoundland and Labrador has actually included. Check that rather than assuming the federal eligibility carries through.

Canada has no federal investment tax credit for residential solar. That leaves the value of self-generated electricity and whatever your utility pays or credits for exports as the whole of the case, which is why the distributor question above is the first thing to resolve. If the project belongs to a building rather than to a house, settle who the official applicant would be for any programme before work is done, because claim windows generally run from the installation date and cannot be reopened.

Incentives & rebates

Last verified:

Federal Closed

Canada Greener Homes Loan

$40,000 financing available

Interest-free federal financing for home energy retrofits. Closed to new applicants; only previously approved loans are still being funded.

View official source → Updated

Net metering: Net Metering Service Option under a 5.0 MW provincial cap

Newfoundland Power and Newfoundland and Labrador Hydro both run genuine net metering: within a billing month, generation is credited in kilowatt-hours at the rate for the customer's own class of service, capped at the energy the utility supplied that month, and any surplus banks forward. Banked credits are settled once a year at a wholesale figure rather than at retail. Both tariffs carry the same trigger: availability will be closed once the provincial aggregate net metering capacity of 5.0 MW has been met. Neither utility publishes the remaining headroom, and NL Hydro's public net metering page never mentions the cap, so a homeowner cannot learn from it that the programme can close. Systems are limited to 100 kW and must be designed not to exceed the premises' annual energy needs. Newfoundland Power's island residential energy charge is 15.587 cents per kWh; NL Hydro serves Labrador directly at 3.154 cents per kWh on the Labrador Interconnected system, low enough that a rooftop system does not pay back there whatever the net metering terms say.

Your utility

Newfoundland and Labrador Hydro

net metering

1:1 offset within the billing month with surplus banked and applied to future bills; any surplus remaining at the end of the annual review period is compensated at the imbalance rate for Labrador Interconnected customers

View Newfoundland and Labrador Hydro solar policy details →

How payback works in Newfoundland and Labrador

System cost
$23,953
Estimated net cost
$23,953
Estimated payback
~13.0 years
25-year net savings
~$22,110

These figures are illustrative; your actual quote reflects your roof, sun exposure, and local utility rates.

Frequently asked questions

Do most people here own their roof?
Only just. Single-detached homes are 50.7 percent of dwellings, unusually low. Semi-detached at 16.8 percent and row housing at 10.7 percent put over a quarter of homes on a shared roof, and apartments account for about 13 percent more where the roof belongs to the building.
Who is my electricity distributor?
Our record does not name one for Labrador City, and we will not guess. Read the name off your bill, then ask that utility directly and in writing whether customer-owned generation may connect, what the application requires, and how exported electricity is treated.
Is there a provincial limit on solar?
Yes. Newfoundland and Labrador caps total customer-owned generation at 5 MW province-wide, with individual systems capped at 100 kW. The individual cap will not affect a house, but the province-wide one is shared and finite, so ask how much room remains before committing money.
How much does snow affect output here?
Enough to plan for. Production concentrates into the summer months, and snow on the panels removes output entirely until it clears. A steeper roof sheds snow faster and returns to production sooner, so ask about pitch at design stage rather than treating a flatter layout as equivalent.

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