British Columbia Solar Regulations 2026

British Columbia produces the majority of its electricity from hydroelectric dams — and yet solar adoption in the province has accelerated rapidly, driven by BC Hydro’s net metering program, a 7% Provincial Sales Tax exemption on solar equipment, and cash rebates worth up to $10,000. The province is split between two major regulated utilities: BC Hydro serves roughly 94% of the province’s electricity customers across the coast, the Lower Mainland, and Vancouver Island, while FortisBC (the electric utility, distinct from FortisBC Energy for natural gas) serves interior BC communities including the Okanagan and the Kootenays. This distinction matters: the two programs have different size limits, credit rates, and — as of 2026 — very different trajectories. This guide covers the net metering rules for both utilities, the CleanBC and BC Hydro incentive programs still active in 2026, the Technical Safety BC electrical permit process, and the building permit requirements across BC’s main municipalities.

BC’s Net Metering Framework

British Columbia’s net metering rules are set by the BC Utilities Commission, which regulates both BC Hydro and FortisBC as public utilities. The BCUC approved BC Hydro’s original net metering program in 2004 and, in a March 24, 2026 decision, approved a structural overhaul that takes effect July 1, 2026.

Current Program (Rate Schedule 1289 — open until July 1, 2026)

Under the current net metering tariff, eligible customers generate their own electricity using a renewable source (solar, wind, small hydro, biogas, or other clean energy as defined by BC’s Clean Energy Act) and bank surplus kWh credits against future consumption. The program works as follows:

• System size: Nameplate capacity up to 100 kW. Systems above 100 kW must apply through BC Hydro’s Distribution Generator Interconnection program.
• Eligible customers: Residential, commercial, and industrial customers in BC Hydro territory with an active account.
• Credit mechanism: When generation exceeds consumption in a billing period, the surplus is credited in kilowatt-hours. Those kWh credits roll forward and offset future bills at the retail rate — effectively giving solar generators full retail value for their exports.
• Annual true-up: On March 1 each year, any remaining kWh credits that exceed the customer’s consumption since joining the program are paid out in cash at market rate (historically around 6 ¢/kWh). Only excess beyond what you consumed is settled this way — most net metering customers carry minimal surplus into the annual true-up.
• Basic charge: Net metering credits offset energy charges only. BC Hydro’s basic monthly charge ($17.41 as of April 2025, increasing 3.75% on April 1, 2026) remains payable even in months with surplus generation.
• Interconnection fee: No application or interconnection fee — a meaningful advantage over some other Canadian provinces.
• Bidirectional metering: BC Hydro’s smart meter network measures both inflow (grid consumption) and outflow (exported surplus), enabling automatic tracking without separate meter hardware.

New Program (Rate Schedule 2289 — effective July 1, 2026)

The BCUC’s March 2026 decision approved a new Self-Generation Service Rate to replace net metering for new customers. The key differences:

• Export compensation: Fixed at 10 ¢/kWh per kilowatt-hour exported to the grid — paid as a monthly monetary credit rather than as kWh banking.
• Export volume limit: 100 kW per phase (replacing the 100 kW nameplate capacity cap). Three-phase commercial systems can export up to 300 kW total.
• No annual true-up: Monetary credits appear on monthly bills rather than rolling as kWh balances.
• Transition for rebate recipients: Customers who received a BC Hydro solar rebate before the March 24, 2026 decision automatically transition to Schedule 2289 when it launches. They have a one-time option to repay the rebate and retain Schedule 1289 protection for up to 10 years.
• Transition for existing customers (no rebate): Protected under Schedule 1289 for 10 years from their original enrollment date.

Community Generation (Rate Schedule 2290 — new, effective July 1, 2026)

A new Community Generation Service Rate allows multiple customers to share benefits from a single generating facility:

• Maximum facility size: 2 MW of surplus exported to BC Hydro
• Individual customer limits: 24 kW for residential participants, 100 kW for commercial
• Credit rate: 10 ¢/kWh (same as Schedule 2289)
• Participants cannot simultaneously hold Schedule 1289 or 2289 enrollment

BC Hydro vs FortisBC Net Metering Compared

BC Solar Incentives — 2026 Status

BC Hydro Solar and Battery Rebate

BC Hydro’s rebate program offers the largest direct financial incentive for solar in the province. As of April 2026, the current rebate structure is:

• Solar panels: $1,000 per kW of installed capacity, capped at the lesser of 50% of total installation cost or $5,000
• Battery storage (Peak Saver enrollment): Up to $5,000 ($500 per kWh of storage capacity)
• Battery storage (solar-paired, no Peak Saver): $1,500 (effective April 1, 2026 restructure)
• Maximum combined rebate: $10,000 (solar + battery enrolled in Peak Saver)

Key requirements for the rebate:

• BC Hydro residential account holder in BC Hydro service territory
• Owner-occupied single-family home, duplex, townhome, or mobile home on permanent foundation
• Equipment installed after June 27, 2024 and purchased new in Canada
• Licensed electrical contractor required — self-installation is not eligible
• From June 1, 2026: contractor must be a BC Hydro Home Performance Contractor Network (HPCN) member
• Battery minimum: 5 kWh storage capacity; Tesla products are not eligible
• Battery must be enrolled in BC Hydro’s Peak Saver program within 14 days of installation to receive the higher battery rebate
• Application must be submitted and pre-approved before installation begins

The BC Hydro rebate portal and terms are at bchydro.com/powersmart/residential/rebates-programs/solar-battery.html.

BC Provincial Sales Tax (PST) Exemption

British Columbia exempts solar PV systems from the 7% Provincial Sales Tax. The exemption covers:

• Solar photovoltaic panels
• Inverters and micro-inverters
• Wiring, controllers, and devices that convert DC to AC
• Mounting hardware integral to the system

This exemption applies at point of purchase. A $15,000 system saves approximately $1,050 in PST — a meaningful reduction with no application required.

CleanBC Better Homes Program

CleanBC’s Better Homes program is BC’s main residential clean energy rebate platform, but as of 2026 it focuses primarily on heat pumps, insulation, and space heating equipment rather than solar PV directly. Solar PV rebates are not listed as a current CleanBC Better Homes offering for 2026. The BC Hydro rebate above is the primary provincially-administered solar incentive.

Thirteen BC municipalities participate in CleanBC Better Homes by offering supplemental top-up rebates. Notable examples include the District of Saanich ($500 supplemental rebate) and several Okanagan municipalities with energy-step-code incentives tied to new construction performance. Check betterhomesbc.ca for your specific municipality.

Federal Programs Available to BC Residents

Clean Technology Investment Tax Credit: Businesses and self-employed individuals in BC can claim a refundable tax credit of up to 30% of the capital cost of eligible solar equipment under the federal Clean Technology ITC. This is a significant incentive for commercial solar in BC and applies regardless of whether the customer is in BC Hydro or FortisBC territory.

Canada Greener Homes Loan: This federal program closed to new applications in October 2025 and is no longer available. Projects already approved before closure continue to be processed.

Canada Greener Homes Grant: The grant portion of this program ended earlier and is not available for new projects.

Municipal Solar Programs

Several municipal utilities and regional districts in BC have their own programs distinct from BC Hydro and FortisBC:

If your customer’s electricity bill shows a municipal utility rather than BC Hydro or FortisBC, contact that utility directly for net metering terms. BCUC oversight applies to BC Hydro and FortisBC; some municipal utilities operate under separate governance.

Technical Requirements for Solar in BC

Canadian Electrical Code — 26th Edition (CSA C22.1-24)

British Columbia adopted the Canadian Electrical Code (CEC) 26th Edition on March 4, 2025, administered by Technical Safety BC. For solar PV, the key CEC requirements enforced in BC include:

• Section 64: Solar photovoltaic systems — covers DC wiring, string sizing, combiner boxes, and array disconnects
• Wire sizing: Conductors must be sized for 125% of the system’s maximum continuous current, with temperature and conduit fill derating applied for BC conditions
• Rapid shutdown: The 26th Edition requires array-level rapid shutdown for roof-mounted systems, reducing DC voltage to safe levels within 30 seconds of system shutdown
• Arc-fault protection (AFCI): Mandatory for DC circuits in rooftop arrays
• Grounding and bonding: All metallic components — panel frames, mounting rails, junction boxes — must be bonded to a grounding electrode system on both AC and DC sides
• Conduit materials: UV-resistant conduit required for exposed DC runs; corrosion-resistant materials for coastal installations in Metro Vancouver and Vancouver Island
• Inverter listing: Inverters must be CSA certified (or UL listed with CSA equivalent marking) to be accepted by TSBC

BC Building Code — Solar Panel Provisions

The BC Building Code Section 9.34 governs small-scale renewable energy installations. For rooftop solar panels on a Part 9 building (residential buildings up to three storeys), a building permit is not required when all of the following conditions are met:

1. The solar panels and mounting hardware do not exert a distributed load greater than 24.4 kg/m² on the roof structure
2. Each attachment point load does not exceed 22.7 kg
3. Panels and mounting hardware are installed per the manufacturer’s instructions
4. Panels do not project more than 400 mm above the roof surface
5. The installation is not on a heritage-listed structure

If any of these conditions are not met — for example, on a heavier commercial racking system, a flat roof installation that projects higher, or on an older home with a roof structure that needs assessment — a building permit with structural drawings is required.

For Part 3 buildings (commercial buildings, multi-family buildings above three storeys), a building permit with engineer-stamped structural drawings is required for all solar installations. The engineer must confirm:

• Roof dead load capacity accommodates panel weight
• Seismic compliance (particularly relevant for Metro Vancouver, Fraser Valley, and Vancouver Island — all in high seismic zones)
• Wind uplift resistance for the chosen racking system
• Roof membrane integrity is maintained at penetration points

CSA Equipment Standards

TSBC inspectors verify that equipment carries appropriate CSA certifications:

• Inverters: CSA C22.2 No. 107.1 (power conversion equipment)
• PV modules: IEC 61215 and IEC 61730 (recognised by CSA for Canadian market)
• Racking systems: CSA compliance expected; check manufacturer documentation
• Battery storage: CSA and CUL certification required for BC Hydro rebate eligibility

Step-by-Step: Going Solar in BC

Permits: Technical Safety BC and Municipal Requirements

Technical Safety BC Electrical Permit

Every solar PV installation in BC requires a TSBC electrical installation permit, regardless of system size. The permit is pulled by the licensed electrical contractor, not by the homeowner or developer. Key details:

• Who applies: The licensed electrical contractor, acting through their designated Field Safety Representative
• When to apply: Before installation begins — the permit must be in place before requesting any inspection
• How to apply: Online through the TSBC portal at technicalsafetybc.ca, or via the TSBC mobile app
• Permit fee (as of July 2025):
  • Residential solar panels only: $211
  • Solar + battery storage + electrical service/wiring: $110 (renewable energy component) + $401 (wiring and service work) = $511
  • Commercial wind or solar: $348 base for renewable component; additional fees based on electrical work value
• Inspection: After installation, the FSR requests an inspection through the TSBC portal. TSBC decides whether to conduct a physical site visit or accept the FSR’s declaration of compliance. For standard residential solar, a physical inspection is not always required.
• Amendment: If scope changes during installation (e.g., battery storage is added), the permit must be amended before proceeding.

Vancouver: City of Vancouver Solar Permit

The City of Vancouver administers building permits through its Development and Building Services Centre. For solar PV:

• Most residential rooftop systems meeting the BC Building Code Section 9.34 criteria do not require a City of Vancouver building permit
• The City will confirm permit requirements when you contact the Development and Building Services Centre at 604-873-7611 or apply online at vancouver.ca
• A TSBC electrical permit (pulled separately by the contractor) is always required, regardless of whether a building permit is needed
• Heritage properties, apartment buildings, and commercial installations typically require a building permit with engineer-reviewed drawings
• Vancouver is in BC Hydro territory — the net metering application is submitted to BC Hydro, not to the City

Surrey: City of Surrey Solar Permit

Surrey has a dedicated solar panel installation permit category in its online permit portal. The City of Surrey’s process:

• Apply online through the Surrey permit portal (surrey.ca)
• Submit site plan, roof plan showing panel layout, structural calculations if the BC Building Code thresholds are exceeded, and TSBC permit number
• Surrey is in BC Hydro territory for most of the city
• Surrey issues both building and electrical permits — the contractor handles the TSBC electrical permit; the building permit (where required) goes through the City

Kelowna: FortisBC Territory Permit Process

Kelowna is split: FortisBC serves approximately 60–70% of city residents; BC Hydro covers the remainder. Confirming which utility serves a specific address before system design is essential, as the net metering credit rates differ.

• City of Kelowna building permits for solar are handled through the City’s Building Services at kelowna.ca
• The City of Kelowna has a solar hot water ready requirement for new construction (BC Building Code); PV systems are handled through the standard building permit process
• For the net metering application: FortisBC customers apply through FortisBC; BC Hydro customers apply through BC Hydro
• TSBC electrical permit is always required regardless of which utility serves the address

Victoria: City of Victoria Process

The City of Victoria handles solar building permits through its Building and Development Services. As confirmed by the City:

• Solar panels meeting the BC Building Code Section 9.34 weight and projection limits generally do not require a City of Victoria building permit
• A TSBC electrical permit is required for all PV installations
• Victoria has a solar rooftop information portal at solarrooftop.victoria.ca for residents researching the process
• Victoria is in BC Hydro territory

Rural BC and Regional Districts

Outside incorporated municipalities, solar installations fall under Regional District jurisdiction for building permits. Requirements vary significantly. Some Regional Districts (e.g., Regional District of Central Okanagan, Regional District of Nanaimo) have adopted building bylaws that include solar; others have minimal requirements for residential installations meeting the BC Building Code criteria. Contact the relevant Regional District before starting any rural project. TSBC electrical permit requirements are province-wide and apply equally in rural areas.

Licensing Requirements for Solar Installers in BC

Technical Safety BC Licensed Electrical Contractor

All regulated electrical work in BC — which includes all grid-tied solar PV installation work — must be performed by a contractor licensed by Technical Safety BC. Requirements for a TSBC electrical contractor licence:

• Designated Field Safety Representative (FSR) with an active TSBC certificate of qualification
• Surety bond in place
• Registration with the BC Business Registry

The FSR is the qualified individual who declares compliance on the TSBC permit and requests inspections. The FSR’s certificate class determines the scope of work the contractor can perform.

BC Electrical Code — Certificate of Qualification

Electricians in BC hold a Certificate of Qualification issued under the Electrical Safety Regulation. The standard certificate for commercial and residential electrical work (including solar) is the Electrical Journeyperson (or Red Seal Electrician) — a credential earned through a BC apprenticeship program and, for Red Seal, a provincial or interprovincial exam. There is no separate solar-specific electrical licence in BC; a licensed electrician with the appropriate certificate can perform solar work.

BC Hydro HPCN Membership (Required from June 1, 2026 for Rebates)

From June 1, 2026, BC Hydro requires that solar and battery installations be completed by a contractor who is a member of the BC Hydro Home Performance Contractor Network (HPCN). HPCN members have:

• Completed BC Hydro’s best practices and rebate program training
• Committed to ethical business practices and quality standards
• Enrolled in BC Hydro’s ongoing quality assurance program

Customers who use a non-HPCN contractor after June 1, 2026 will not be eligible for BC Hydro solar or battery rebates. Installers can apply for HPCN membership through BC Hydro’s program. TSBC licensing remains a separate, independent requirement.

City-by-City Quick Reference

Vancouver (BC Hydro)

Vancouver is fully in BC Hydro territory. Net metering applications go to BC Hydro’s self-generation portal. Most residential rooftop installations do not require a City of Vancouver building permit (confirm with the Development and Building Services Centre). TSBC electrical permit always required. Heritage properties in Vancouver — Gastown, Chinatown, Strathcona, and others — typically require a heritage alteration permit in addition to any building permit. Contact 604-873-7611 or vancouver.ca/home-property-development/solar-panels.aspx.

Surrey (BC Hydro)

Surrey is in BC Hydro territory. The City of Surrey has a dedicated solar panel installation permit category at surrey.ca. Most suburban Surrey residential installations proceed with a TSBC electrical permit and Surrey building permit confirmation, without requiring full engineering drawings if BC Building Code weight thresholds are met.

Kelowna (FortisBC / BC Hydro split)

Kelowna is the largest city in FortisBC’s electric service territory. Confirm which utility serves the specific address before beginning system design — the financial model differs materially between BC Hydro (retail-rate banking until July 2026) and FortisBC (power producer rate settlement). Building permits: City of Kelowna Building Services at kelowna.ca. TSBC electrical permit required province-wide.

Victoria (BC Hydro)

Victoria is in BC Hydro territory. The City of Victoria has a solar rooftop information portal (solarrooftop.victoria.ca). Most residential installations meeting the BC Building Code criteria do not require a City of Victoria building permit. TSBC electrical permit required.

Common Compliance Issues in BC

Financial Modelling for BC Net Metering

The BC Hydro rate change on July 1, 2026 creates two very different financial scenarios depending on when a customer is approved:

Customer approved before July 1, 2026 (Schedule 1289):

• Exports credited at BC Hydro’s residential retail rate: 10.97 ¢/kWh (Tier 1, up to 675 kWh/month) and 14.08 ¢/kWh (Tier 2, above 675 kWh/month) as of April 2025, with a further 3.75% increase on April 1, 2026
• Annual kWh banking means credits accumulate across seasons — surplus summer generation offsets winter consumption
• Annual true-up on March 1 pays out genuinely excess kWh at ~6 ¢/kWh cash

Customer approved on or after July 1, 2026 (Schedule 2289):

• Exports compensated at a flat 10 ¢/kWh monetary credit per month
• No seasonal kWh banking — summer surplus earns 10 ¢/kWh regardless of whether the customer would have needed it in winter
• Monthly monetary credit appears on the bill

The practical implication: for BC Hydro customers who can get approved under Schedule 1289 before July 1, 2026, the retail-rate kWh banking is worth considerably more than the flat 10 ¢/kWh on Schedule 2289 — particularly for customers with high Tier 2 consumption. Use SurgePV’s generation and financial tool to model both scenarios side by side and demonstrate the value of acting before the July 2026 deadline.

For FortisBC customers, right-size the system to maximise self-consumption. The FortisBC power producer settlement rate for surplus is low — over-sizing to maximise export yields poor returns.

Frequently Asked Questions

What is the BC Hydro net metering system size limit?

BC Hydro’s current net metering program (Rate Schedule 1289) accepts systems up to 100 kW nameplate capacity. Effective July 1, 2026, the program closes to new customers and is replaced by the Self-Generation Service Rate (Schedule 2289), which uses a 100 kW per phase export limit. Systems above 100 kW must apply through BC Hydro’s Distribution Generator Interconnection program.

Does BC have any provincial solar incentives in 2026?

Yes. BC Hydro offers up to $5,000 for solar panels and up to $5,000 for battery storage enrolled in Peak Saver — a maximum of $10,000 combined. BC also exempts solar PV equipment from the 7% Provincial Sales Tax. CleanBC’s Better Homes program focuses on heat pumps in 2026 rather than solar directly, though some municipalities offer supplemental rebates. Businesses can access the federal Clean Technology Investment Tax Credit (up to 30%).

Who can install solar in British Columbia?

A Technical Safety BC licensed electrical contractor must perform all regulated electrical work. The contractor must have a designated Field Safety Representative with an active TSBC certificate. From June 1, 2026, the contractor must also be a BC Hydro Home Performance Contractor Network (HPCN) member for rebate eligibility. No separate solar-specific installer licence exists in BC — a licensed electrician with the standard Certificate of Qualification can perform solar work.

How does FortisBC net metering differ from BC Hydro?

FortisBC serves interior BC (Kelowna area, Kootenays) and caps net metering at 50 kW versus BC Hydro’s 100 kW. FortisBC settles surplus credits annually at its power producer rate rather than retail rate — generally a lower credit value. FortisBC has not announced structural changes equivalent to BC Hydro’s July 2026 overhaul. FortisBC also does not offer a rebate program equivalent to BC Hydro’s up-to-$10,000 solar-plus-battery incentive.

Do I need a building permit for solar panels in BC?

A TSBC electrical permit is always required. A municipal building permit is required if the installation does not meet the BC Building Code Section 9.34 conditions: distributed load above 24.4 kg/m², attachment loads above 22.7 kg, panels projecting more than 400 mm above the roof, or heritage-listed properties. Residential rooftop systems meeting all four criteria generally do not require a building permit. Commercial buildings and multi-family buildings above three storeys always require a building permit with engineer-stamped structural drawings.

Can I install solar myself in BC?

Homeowners may apply for a homeowner electrical permit in limited circumstances under the Electrical Safety Regulation. However, solar grid-tied systems are complex — involving DC wiring, inverter commissioning, rapid shutdown compliance, CSA equipment verification, and utility interconnection protocols. Most solar work requires a licensed contractor, and BC Hydro rebates are explicitly ineligible for self-installations. Using a licensed contractor also protects against TSBC compliance failures that can delay or prevent interconnection.

How long does the BC solar permit and connection process take?

A typical residential BC Hydro solar installation takes 2–4 months end to end: 1–2 weeks for site assessment and system design, 1–4 weeks for BC Hydro pre-approval, 2–6 weeks for permits (TSBC electrical permit is fast; municipal building permits vary), 1–3 days for installation, and 1–4 weeks for TSBC inspection and BC Hydro final interconnection. Generation data appears on MyHydro within approximately four weeks of connection.

For more information on BC’s solar regulatory framework, visit the Canada solar compliance hub. To model BC system economics with accurate irradiance data and net metering credit calculations, explore SurgePV’s solar design software.