EV charging readiness starts with your building's existing electrical service. An engineer reviews what the building can handle today, models a full build-out, and gives the council a plan before owners start asking one at a time.
Property managers across BC are fielding owner requests for EV chargers in parkades. Each individual request looks manageable until the electrical implications add up across the building. Getting ahead of it protects the council and gives owners a clear answer.
Most strata buildings were not designed with EV charging in mind. Before any charger goes in, an electrical engineer needs to assess the building's existing service and determine how much additional load the system can handle, and under what conditions.
Strata corporations that approve chargers one at a time often trigger a service upgrade more than once. Planning building-wide from the start means the upgrade is sized correctly the first time, and future installations move faster without returning to BC Hydro.
An EV charging readiness assessment is not a quote for installation. It is an engineering review of what the building can support, what it would need to support more, and the path to get there. The electrical planning report that follows is the document BC Hydro and your permit authority will rely on.
Most buildings face one of two scenarios. An electrical engineer determines which applies, and whether a combination is the better answer. Neither option involves guesswork once the assessment is done.
A load management system coordinates when chargers draw power so the building's peak demand stays within the available service. In some buildings this means more chargers can be installed without a full service upgrade, or the upgrade required is smaller than the worst-case calculation. The engineer models the demand with and without load management so the council can see the difference.
When a building's existing service does not have enough headroom for the proposed charger count, a service upgrade is required before installation can proceed. BC Hydro will not approve the connection without an EGBC-sealed electrical planning report that models the new load and confirms the proposed upgrade is correctly sized.
How we work
We learn the building, the council's plans, and what owner requests are already in the queue. Existing electrical drawings and utility bills help speed things up. We confirm scope before a proposal goes out.
Our electrical engineer inspects the main service entrance, metering, distribution panels, and parkade wiring relevant to the proposed charger locations. We photograph, measure, and document.
Demand load analysis for the proposed installation and the full build-out. Load management modelled where applicable. Upgrade path options laid out with a staging plan the council can act on.
EGBC-sealed electrical planning report delivered to the council. We coordinate with BC Hydro on submission and handle the engineering correspondence through the technical review process.
Strata corporations that react to individual owner requests often pay for the same engineering work twice. We model the full building scope the first time, so the council has a policy and a plan, not just an answer to the last request.
EV charging readiness starts with your building's existing electrical service.Electrical capacity, assessed first
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It depends on the building's existing electrical service and how much headroom is left after accounting for current load. Some buildings have enough spare capacity for a small number of chargers without a service upgrade. Others need an upgrade before a single charger can be added. An electrical engineer reviews the service during the scoping call and tells you which path applies before anyone commits to anything.
A piecemeal approach often triggers a service upgrade multiple times instead of once. Planning the full build-out from the start lets the engineer size the service correctly the first time, so the strata is not back at BC Hydro with a new application every time another owner requests a charger.
An electrical planning report is an EGBC-sealed engineering document that models the building's existing electrical load and the incremental demand from proposed additions. BC Hydro requires one when an application involves a service upgrade or a new secondary transformer. The report is what moves the application from a pending status to a technical review.
Load management systems coordinate when chargers draw power so the building's peak demand stays within the available service capacity. In some buildings, load management allows more chargers to be installed without a full service upgrade, or allows a smaller upgrade than the worst-case calculation would otherwise require. The engineer models both options and shows the cost difference.
Start with an electrical planning report before any owner installs anything. The report gives the council a clear picture of what the building can support today, what a full build-out would require, and what the upgrade path looks like. That puts the council in a position to set a building-wide policy instead of reacting to individual requests one at a time.
We prepare the technical documentation and coordinate with BC Hydro's technical review team. The formal application is submitted through the strata's BC Hydro account, but we handle the engineering correspondence throughout the process.
EGBC-sealed reports for EV charging, heat pump conversion, and service upgrades. Formatted for BC Hydro submission the first time.
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Section 94-compliant depreciation reports prepared by a multi-disciplined team. Required every five years under the BC Strata Property Act.
View service →Start with a twenty-minute scoping call. An electrical engineer learns the building and returns a clear proposal. The assessment tells you what the council needs to know before any vote is called.