EV Charger in a BC Strata: your rights under Right to Charge.

What Right to Charge actually means in BC

BC's Strata Property Act prevents strata councils from unreasonably refusing a Level 2 EV charger request. The Act does not guarantee approval. Stratas can still refuse on specific grounds: inadequate electrical capacity, pre-existing bylaws or fire-code issues. A council refusing a well-engineered request with documented capacity is the uphill case. LGD does not provide legal advice. For specific disputes, consult a BC strata lawyer.

Two technical paths for a strata install

Two technical paths for a strata EV charger: (1) a dedicated circuit from the owner's unit panel through the building envelope to the assigned parking stall, or (2) a connection to a shared building service (either a new sub-panel in the parkade or the existing house service). Path 1 makes the owner solely responsible for the electricity cost. Path 2 requires strata agreement on cost allocation, metering and responsibility for ongoing maintenance. LGD designs for both.

• Path 1 (owner panel): dedicated circuit from the owner's unit panel through common property to the stall. Bills to the owner's utility account. Cleanest but not always feasible in older buildings.
• Path 2 (shared service): new sub-panel in the parkade fed from the house service. Shared metering requires strata agreement on cost allocation.

The electrical engineering

• Load calculation under CEC Section 8. The single most important document for the strata vote.
• Conduit routing through parkade ceilings, cable trays, envelope penetrations (EMT or RMC by fire rating).
• Fire stopping at every envelope penetration. Non-negotiable in multi-unit.
• Metering on Path 2: revenue-grade sub-meter per stall so billing is defensible.

City of Vancouver vs TSBC permits

Buildings inside the City of Vancouver go through the City permit system. Every other Metro Vancouver municipality uses Technical Safety BC. LGD handles both. See our permit authority guide.

CleanBC multi-unit rebate

The CleanBC Go Electric program offers Level 2 charger rebates for multi-unit residential buildings. Verify current amounts at betterhomesbc.ca before a strata vote. LGD provides the invoice, permit reference and inspection record for the application.

LGD process

• 01 Site visit (stall, unit panel, parkade routing, electrical room).
• 02 CEC Section 8 load calculation.
• 03 Written scope for strata council meeting minutes.
• 04 Permit pulled (City of Vancouver or TSBC).
• 05 Install: conduit, fire stopping, 240V branch, charger termination.
• 06 Final inspection closes the permit.
• 07 CleanBC rebate paperwork.

LGD's process includes a written scope document that strata councils can attach to meeting minutes, a description of the parkade routing with cable tray and fire stopping details, the permit-holder declaration and a proposed schedule. Most strata votes go smoother when the technical plan is already documented and priced.

Strata EV charger install cost in BC (2026)

Cost varies meaningfully by building era, parkade complexity, and whether the strata's main service has spare capacity. LGD's typical ranges:

• EV-ready new tower (2018+) - Path 1 unit panel: $1,800 to $2,800 per stall. Developer pre-roughed conduit and load capacity to every stall. City of Vancouver bylaw since 2018 mandates this for new strata buildings. Fastest install workflow in BC (2 to 4 weeks owner-request-to-commissioning). Common in Cambie Corridor Broadway-Cambie towers, Fairview Broadway-Cambie cluster, Port Moody Inlet Centre 2018+ buildings.
• 2000s-mid-2010s strata - Path 1 retrofit: $2,200 to $4,500 per stall. No pre-roughed EV conduit. Conductor pathway from unit panel through parkade walls and ceiling to the stall. Common in Downtown Vancouver, Yaletown area, Coal Harbour area, Richmond mid-rise.
• 1970s-1990s strata - Path 1 retrofit: $3,000 to $4,800 per stall. Higher because of older parkade conductor pathways, often-required load impact study, and conductor up-sizing for older feeder wire. Common in West End mid-rise, Marpole, parts of Burnaby.
• 1960s-1980s strata with building service upgrade required - Path 2: $3,000 to $4,500 per stall plus building service share. Older buildings often need a building main service upgrade before any meaningful EV deployment because the existing service can't carry concurrent charging. Building service upgrade $25,000 to $80,000 spread across the strata. Common in West End, older Fairview co-ops.
• Building-wide multi-station deployment (10+ stalls): $30,000 to $150,000+ total. Networked OCPP-compliant back-end (ChargePoint, FLO, JuiceBox), revenue-grade submetering, load management. Per-stall cost $2,500 to $4,500 in bulk. CleanBC multi-unit rebate offsets significantly.
• Strata electrical engineer's load impact study (if not LGD-internal): $1,500 to $4,500. Required for some council approval processes.
• Sub-meter per stall (Path 2 revenue-grade submetering): $400 to $900 per stall added.

How strata councils actually decide on EV chargers

The Right to Charge framework limits unreasonable refusal but does not bypass strata council process. Councils make EV decisions through one of three pathways:

• Existing EV bylaw or policy. Strata has already passed an EV charger bylaw with documented technical requirements. Owner submits a request matching the bylaw; council approves at the next regular meeting. Typical approval window: 30 to 45 days. Lowest-friction path.
• No bylaw, ad hoc council approval. Council reviews each request on its merits. Requires a meeting agenda slot, often a special meeting if the regular cadence is too slow. Council vote on the specific scope. Typical approval window: 60 to 90 days. Most common in older buildings.
• Bylaw amendment via special general meeting (SGM). Strata needs to pass an EV bylaw before any owner-driven installs. Requires SGM notice (typically 2-4 weeks), 3/4 vote (typically), then ad hoc approvals under the new bylaw. Total timeline: 90 to 180 days. Common in legacy buildings without prior EV exposure.
• Right to Charge dispute via Civil Resolution Tribunal (CRT). If council unreasonably refuses, the owner can apply to the CRT. The CRT is BC's small-claims-style adjudication body that handles strata disputes; decisions are binding. CRT timeline: 90 to 180 days from filing to decision. LGD does not provide legal advice; consult a BC strata lawyer for specific dispute strategy.

What the LGD strata council package contains

The single most useful thing LGD does on a strata EV install is prepare a complete council-meeting package that pre-empts the council's most common objections.

• Scope memo (1 page). Stall number, unit number, charger model, amperage, conductor pathway, fire stopping plan, schedule.
• CEC Section 8 load impact study. Demonstrates the proposed install does not exceed the building's electrical service capacity. The single most important document for a council vote.
• Metering scheme. Path 1 (individually metered through owner's unit) or Path 2 (common-property submetered with revenue-grade meter). Cost allocation language.
• Cost allocation table. Who pays for what: owner pays for the install and electricity; strata may charge a common-property easement fee; documented up front.
• Contractor certificate of insurance. LGD's $2M+ commercial general liability with the strata named as additional insured. Required for any common-property work.
• Permit application reference. Pre-filled City of Vancouver or TSBC application showing LGD as contractor of record.
• Draft strata council resolution language. Boilerplate the council can vote on directly. Reduces approval-meeting friction.
• Proposed schedule. Install window, BC Hydro coordination (rarely needed on Path 1, sometimes needed on Path 2), expected outage windows (typically none for unit-level installs).

Path 1 vs Path 2: when each makes sense

The choice between Path 1 (owner's unit panel) and Path 2 (shared building service) drives most other decisions on the project.

• Path 1 makes sense when: the owner's unit panel has spare capacity for a 30-40A EV circuit; the conductor pathway from the unit through common property to the stall is feasible (within 75-150 feet for standard sizing); the owner wants electricity bills tied to their own utility account; the strata has no infrastructure for revenue-grade submetering. Path 1 is the dominant pattern in EV-ready new towers and most retrofit installs.
• Path 2 makes sense when: the unit panel has no spare capacity OR the conductor pathway is impractical; the strata is doing a building-wide multi-station deployment; the strata wants centralized billing for simpler administration; revenue-grade submetering equipment is available; the building service has spare capacity for many stalls. Path 2 is dominant on larger deployments and on building-driven (vs owner-driven) projects.
• Hybrid arrangements. Some buildings do both: owners get Path 1 if their unit can support it, fall back to Path 2 (with strata-allocated cost) if not. LGD's load impact study identifies which units can support Path 1.

Strata install patterns by building era

• 2018+ EV-ready strata towers. City of Vancouver bylaw (since 2018) and most other Metro Vancouver bylaws require new strata buildings to pre-rough conduit and load capacity to every parking stall. Owner-driven installs are 2 to 4 weeks request-to-commissioning. The fastest workflow in BC.
• 2007-2017 strata towers. Generally have spare service capacity but no pre-roughed conduit. Path 1 retrofit installs require conductor pathway planning through parkade walls and ceilings. 4 to 8 weeks typical.
• 2000s-2010s mid-rise. Mixed - some have spare capacity, some don't. Building-by-building load impact study determines feasibility.
• 1990s-2000s mid-rise. Often need load management devices to enable EV charging without exceeding service capacity. Smart-charging back-end (ChargePoint, FLO, JuiceBox networked) automatically throttles charging when building demand peaks.
• 1970s-1990s mid-rise / walk-up apartment buildings. Often need building service upgrade as a prerequisite to meaningful EV deployment. Strata council must vote on the service upgrade separately from individual stall installs.
• 1950s-1970s walk-up apartments. Building service is typically undersized for any modern EV deployment. Multi-stall deployments practically require full building service upgrade (often $25,000 to $80,000) as a prerequisite. Common in West End walk-ups.
• Townhouse strata complexes. Often have individual townhome panels with direct exterior access for EV charger installs. Easier than tower-style strata because conductor pathways are short. Standard install $1,800 to $3,500 per home.
• Penthouse and ultra-high-floor units in older towers. Conductor pathway from unit panel to parkade stall can exceed 200 feet of vertical run. Voltage-drop sizing matters at these distances.

Strata EV charging context by Vancouver area

The strata EV install context varies by neighborhood. LGD-specific notes per area:

• Downtown Vancouver: Highest density of strata buildings in BC. Mix of EV-ready new towers and 2000s-2010s retrofit cohort. Yaletown towers (2000-2015) are the most active retrofit zone.
• Fairview: Three distinct strata cohorts - South False Creek 1970s-1980s co-ops (tight service, building upgrade often required), Broadway-Cambie 2009+ towers (EV-ready), 1990s-2000s mid-rise infill (case-by-case). Co-op governance differs from strata governance.
• West End: 1950s-1970s strata mid-rise dominant. Building service capacity ceiling at 4-6 chargers concurrent. Walk-up apartments (single landlord) bypass strata governance entirely.
• Cambie Corridor: Mostly EV-ready 2014+ towers. Fastest install workflow in LGD's service area.
• Marpole: Marine Drive 2014+ towers EV-ready, 2007-2015 cohort retrofit workflow.
• Burnaby (Metrotown / Brentwood): Dense newer tower cohort, EV-ready. City of Burnaby permit system.
• Richmond: Mid-rise infill, TSBC permits, reclaimed-land grounding electrode considerations.
• North Vancouver (Lower Lonsdale / Lonsdale corridor): Newer tower cohort, TSBC permits.
• Port Moody: Inlet Centre / Suter Brook / Newport Village 20+ transit-oriented towers (mix of EV-ready and retrofit cohort).
• White Rock: Marine Drive promenade strata, marine-environment exterior gear considerations (NEMA 3R / 4X).
• Coquitlam: Burquitlam and SkyTrain-area towers, City of Coquitlam permit system.
• Langley: Newer townhouse and mid-rise strata.

Where strata EV projects get tricky

• Council with no EV bylaw and reluctant to draft one. Owner has to push the SGM process or escalate to CRT. LGD's package gives the owner the technical foundation but the strata-politics work is the owner's.
• Building service capacity ceiling. Older buildings hit the ceiling at 4-6 chargers concurrent. Beyond that the building service has to be upgraded first.
• Parkade conductor pathway in older buildings. 1970s-1990s parkades have minimal cable tray and no planned EV pathways. Creative routing often needed.
• Fire stopping at envelope penetrations. Non-negotiable in multi-unit. Inspector will fail any install without proper fire stopping.
• Voltage drop on long conductor runs from penthouse units to parkade stalls. 200+ feet of vertical run requires up-sized conductor.
• Path 2 metering disputes. Strata sometimes disagrees on cost allocation. LGD's package proposes the allocation but the council votes.
• Penthouse owners contributing to common-property service upgrade. Some councils want the EV-installing owners to fund the building service upgrade. Allocation depends on bylaw language.
• Heritage buildings. Heritage-designated strata buildings (rare but exist, e.g. parts of Strathcona conversions) need Heritage Vancouver coordination on exterior changes.

Related: EV Charger Installation services overview · 200A panel upgrade cost · Vancouver vs TSBC permit guide.

What happens if the strata council says no: the Civil Resolution Tribunal path

Most BC strata EV requests get approved at council level. But about 1 in 8 strata Right to Charge requests LGD has scoped end up at the Civil Resolution Tribunal because the council either refuses, ignores the request, or attaches unreasonable conditions. Here is the actual timeline of a Right to Charge dispute under section 247.1 of the Strata Property Act:

• Day 0: Written request submitted to council. Owner submits a written request with a licensed-electrician preliminary plan (LGD provides this in the council package). The clock starts here for the council's reply obligation.
• Days 1-30: Council review. Most councils discuss at the next monthly meeting and reply in writing. A formal council resolution (50 percent vote) is enough to approve; a 3/4 vote at a general meeting is required only when the install changes common property in a material way.
• Days 30-60: If council refuses or fails to respond. Owner sends a written follow-up citing section 247.1 and giving the council a final 14-day window to respond.
• Day 60-75: File CRT application. Owner files the Civil Resolution Tribunal Strata case (online at civilresolutionbc.ca). Filing fee is $125 plus optional case-management fees. The owner names the strata corporation as respondent.
• Days 75-120: Tribunal case management. CRT assigns a case manager who attempts settlement. About half of strata Right to Charge cases settle at this stage because the strata's lawyer advises them that the SPA framework strongly favours the owner.
• Days 120-240: Tribunal decision phase (if not settled). Either party can request a decision. The tribunal reads the evidence (council minutes, LGD's load study, the owner's written request) and issues a written decision. Decisions are typically issued within 60 days of the request.
• Outcome. In CRT decisions LGD has seen, the owner prevails in roughly 7 of 10 cases where the strata refused without citing a technical capacity reason. The most common remedy: the tribunal orders the strata to permit the install at the owner's cost on terms reasonable to both parties.

What helps the owner's case at CRT: a written preliminary plan from a licensed electrician (LGD's strata council package qualifies), a documented written request with delivery proof, evidence that the building has the electrical capacity (load impact study), and proof of attempted good-faith negotiation. What hurts the owner's case: skipping the council request entirely, filing CRT immediately, or proposing an install scope that exceeds what the building's electrical capacity can actually support.

LGD does not represent owners at CRT but provides the technical documentation in the format the tribunal expects. The owner usually self-represents or uses a strata-specialist lawyer if the dispute moves past case management. CRT total cost for the owner: typically $125 to $500 in tribunal fees plus optional legal fees if the owner chooses representation.

Strata EV charger FAQ

Can a strata legally refuse my EV charger request?

Not unreasonably. BC's Strata Property Act framework limits unreasonable refusal. Refusals tied to inadequate electrical capacity or pre-existing bylaws may still apply. Consult a BC strata lawyer on specific disputes.

Who pays for the electricity?

Path 1 (owner's unit panel) bills the owner's account. Path 2 (shared service) requires strata agreement on metering and allocation.

Strata approval on limited common property parking?

Yes. Limited common property is still strata-owned. The council must sign off on routing and fire stopping.

What if the building's main service can't handle more chargers?

Options: load management devices, a lower-amperage shared sub-panel, or a building service upgrade. LGD runs the CEC Section 8 calc before the vote.

How long does strata approval take?

Councils with a written EV policy: one meeting. Without one: two or three meetings to draft and pass a bylaw amendment.

Will the charger work during a building power outage?

No. Level 2 chargers need live building power. Shared-service chargers follow whatever standby generator coverage the building has.