Yield on a Pitt Meadows roof
Natural Resources Canada's photovoltaic potential data puts Pitt Meadows at 974 kWh a year for every kilowatt of panels at the optimal tilt and orientation. A 6 kW array models at roughly 5,800 kWh a year on that basis, and a 9 kW array at about 8,800 kWh. Treat that as the number a perfect roof would return.
Real roofs come in under it for reasons your installer should be able to quantify. Orientation is the first: south-facing slopes collect the most, east and west give up a share, north slopes are not worth panelling. Shading is the second and the more costly, because a chimney, a vent stack or a mature tree can hold back an entire string rather than the panels it directly covers, unless the design isolates them with optimisers or microinverters.
Output is also concentrated in the long-day part of the year, with the darkest weeks contributing very little. That is normal and already inside the annual figure. It matters when you compare a monthly production estimate against a monthly bill, which is the comparison worth making.
The default tiered rate, and which kilowatt-hours your panels remove
First the rate itself. BC Hydro closed net metering, Rate Schedule 1289, to new customers on 1 July 2026, and a Pitt Meadows system connected now runs under Rate Schedule 2289. Your panels still power the house before anything is exported, and generation is still netted against consumption inside each billing period. What ended is banking surplus kilowatt-hours at retail value: a surplus now becomes a bill credit at a fixed 10 cents per kWh applied against energy charges, for systems up to 100 kW.
Second, and often missed, is which rate you are on when you buy power. BC Hydro's default residential rate is tiered, meaning the price per kilowatt-hour steps up once your consumption in a billing period passes a threshold. Time-of-day pricing exists, but it is opt-in: you are not on it unless you elected it, and installing solar does not move you onto it. A quote that models on-peak and off-peak prices is describing a rate you would have to choose, not the one you are on.
Put the two together and something useful falls out. The kilowatt-hours your panels supply directly come off the top of your consumption for that period, which is the part priced in the upper tier. So the first block of self-supply is worth more per kilowatt-hour than the average price on your bill suggests, and averaging across the whole bill understates it. Exported kilowatt-hours, by contrast, earn the flat 10 cents per kWh regardless of what tier your consumption reached.
The practical test is simple. Look at whether your consumption regularly climbs into the higher tier in a billing period, because that is where solar does its best work, and ask your installer whether their savings estimate is built on your tiered rate or on a blended average. The difference is not academic and it is entirely knowable from your own bills.
Permit processing runs 8 to 16 weeks here
A Building Permit is required for residential alterations, which includes a roof-mounted array. The City publishes no separate solar requirement, so your project runs through the general alterations process rather than a dedicated stream.
The timeline is the part worth planning around. The City's own guidance sets processing at 8 to 10 weeks for non-complex projects and 12 to 16 weeks for complex ones. That is well beyond the minimum review period in the BC Building Code, and it is published by the City rather than inferred, so it is a reliable basis for a schedule. A rooftop array is normally the simpler of the two categories, but confirm which stream your file lands in rather than assuming.
Two things follow. Do not let an installer book a crew or order equipment on the assumption of a fast approval, and do apply early if the work needs to land in a particular season. If a quote carries an installation date that implies a two-week permit, ask what it is based on. The gap between the City's published range and an optimistic sales timeline is the most likely source of delay on a Pitt Meadows project.
The electrical portion of a grid-tied system is permitted and inspected separately from the building permit. Ask which authority handles it for your address and how the two approvals are sequenced, so that the connection date rests on the later one.
Roof control in Pitt Meadows, including title covenants
Pitt Meadows is mostly ground-oriented housing. 41.9% of dwellings are single-detached and 18.6% are row houses, while apartments account for 25.2% of the stock, split between 23.2% low-rise and only 2% high-rise. So a larger share of homeowners here control their own roof than in most of the region.
If you are one of the 42% in a single-detached house, the parties to your project are you, your installer and the City. There is one extra thing worth checking that people routinely forget: subdivision covenants registered on title. Those are private restrictions attached to the land rather than municipal rules, and in newer subdivisions they can cover the appearance of a house. Pull your title before you finalise a design rather than after, because a covenant is cheap to read and expensive to discover late.
For the roughly 25% of dwellings in low-rise or high-rise buildings, the roof is common property and a strata corporation makes the decision, applies for the connection and holds the resulting credit. Row house owners should check the strata plan to see whether the roof plane above their unit is common property or limited common property assigned to them, since that determines whose consent is needed for fasteners through the roof assembly.
There are no US-style homeowner associations here. Where a private body has authority over your roof it is either a strata corporation under the Strata Property Act or a covenant on your own title, and those are two different documents with two different remedies.
Rebates and financing available here
BC Hydro pays up to $5,000 for residential solar, calculated at $1,000 per kW of installed generator capacity and capped at 50% of total installed cost. Both tests apply and the smaller result is what you receive, so ask for the rebate as a line of arithmetic against your own system rather than as a headline number.
A battery paired with solar earns up to $1,500 more, at $500 per kWh with a 5 kWh minimum and the same 50% cost cap, rising to as much as $5,000 when the battery is enrolled in Peak Saver. Storage is worth modelling here for the same reason the tiered rate matters: a stored kilowatt-hour is used at home, where it displaces power priced at your tiered rate, rather than exported at 10 cents per kWh.
Since 1 June 2026 rebated work must be carried out by a member of the Home Performance Contractor Network, so eligibility is a hiring question as much as a paperwork one. Taking the rebate also places you on the Self-Generation Service rate, which is where a new Pitt Meadows connection lands regardless.
On the federal side, the Canada Greener Homes Loan (interest-free up to $40,000) stopped accepting new applications on 2 October 2025, with only previously approved loans still being funded. The Canada Greener Homes Affordability Program replaced it in September 2025, delivering no-cost retrofits through provincial partners to low- and median-income households, with solar federally eligible but each province setting its own technology list. There is no Canadian equivalent of the US investment tax credit. British Columbia has at times exempted qualifying solar equipment from provincial sales tax, and the scope changes with provincial budgets, so confirm the current PST treatment when you purchase.