ZEVIP EV Charger Funding

ZEVIP is federal support for EV charging projects, not a simple after-the-fact rebate

The Zero Emission Vehicle Infrastructure Program, usually called ZEVIP, is a federal funding program for EV charging infrastructure. It is run by Natural Resources Canada and is intended for projects that add charging where people work, live in multi-unit buildings, or park at publicly accessible sites.

Program terms change by intake. Before publishing a budget or board package, check the program page for current amounts, eligible charger types, intake status, deadlines and stacking rules with any provincial, municipal or utility program.

For an Ontario property owner, the practical point is this: ZEVIP is not just a form to fill out after buying chargers. A credible application usually needs a defined electrical scope before submission. That means knowing how many chargers can be installed, whether the existing service can support them, whether load management is needed, where conduit will run, how parking spaces will be assigned, and how the project will be permitted and inspected.

If you are still deciding between charger types, start with Level 1 vs Level 2 EV charger guidance. Most workplace, condo and apartment projects centre on Level 2 charging, but the right design depends on dwell time, parking layout, electrical capacity and billing needs.

Eligibility is different for workplaces, MURBs and public charging sites

ZEVIP eligibility depends on the site type, applicant type and current intake stream. The three common categories we see are workplaces, multi-unit residential buildings and public sites.

Workplaces

Workplace charging is usually for employees, fleet vehicles or visitors on a commercial property. The electrical questions are practical: how many vehicles are parked for a full workday, whether charging is needed at every stall, and whether the panel can support simultaneous charging during business hours.

A workplace project may involve wall-mounted chargers in an underground garage, pedestal chargers in a surface lot, or chargers added near a loading area for light-duty fleet use. For larger employee or fleet deployments, the design may need a separate EV panel, demand management, bollards, weatherproof disconnects and coordination with the property’s main switchgear.

Multi-unit residential buildings

MURBs include condominiums, apartments and other multi-residential properties. These projects need more front-end planning because the electrical room, parking ownership, board approval, tenant access and billing model all affect the design.

A condo project may begin with a few shared visitor chargers, an EV-ready backbone, or chargers for specific titled parking spaces. The electrical review should identify spare capacity, metering options, conduit routes through garage slabs or cable trays, firestopping requirements, and whether the board needs a staged plan so future residents can connect without reopening walls.

For building-specific planning, see our page on EV charger installation for condos and apartments.

Public sites

Public charging sites can include retail plazas, municipal properties, community facilities, hospitality sites and parking lots where the chargers are available beyond a closed employee or resident group. These projects raise added questions about signage, protective posts, accessible placement, snow clearing, lighting, communications, payment systems and uptime responsibilities.

Because public chargers are visible and heavily used, the electrical design should account for impact protection, weather exposure, data connectivity, serviceability and the path from the utility service to the stalls.

The electrical work usually starts with capacity, layout and load control

The funding application may describe chargers, but the real project starts at the electrical service. City Power looks at the existing service size, main distribution equipment, spare breaker space, transformer or switchgear constraints, grounding, panel condition and the route from the electrical room to the parking area.

A pre-application checklist should include:

• Site capacity: main service rating, existing peak demand if available, panel space, spare conduits and whether the service has room for the proposed chargers.
• Charger count: number of ports, charger output, dedicated resident or employee spaces, shared spaces, accessible spaces and future expansion.
• Load study: connected EV load, expected simultaneous use, load-management strategy and whether the installation can avoid or defer a service upgrade.
• Quotes: written contractor pricing for the electrical scope, charger installation, trenching, concrete work, coring, bollards, restoration and network setup if applicable.
• Project timeline: design, approvals, equipment lead times, ESA notification, utility coordination if needed, installation window, inspection and commissioning.

Load management is often the difference between a realistic project and an expensive service upgrade. A managed system can share available capacity across chargers, reduce output when the building is near its limit, and keep the project within the safe capacity of the existing electrical infrastructure. It must still be designed correctly under the Ontario Electrical Safety Code.

If a service upgrade is required, that should be known before the application is submitted. For some buildings, the constraint is not the charger itself but the main switchboard, transformer room, meter centre, underground duct bank or utility-owned service equipment.

The application needs contractor paperwork that matches the final installation

ZEVIP applications generally require a clear project description and supporting documents. The exact list changes by intake, so confirm the current requirements before submitting. From the electrical contractor side, the useful documents usually include a written quote, charger count and location notes, a load calculation or capacity assessment, installation schedule assumptions and a description of required permits or inspections.

After approval and installation, the paperwork usually needs to line up with what was actually installed. That may include invoices, proof of installation, charger make and model details, commissioning information, photos, and electrical inspection documentation.

In Ontario, EV charger installations normally require an ESA notification when new wiring, a new circuit, a new panel connection or service work is involved. See our answer on EV charger permits in Ontario for the homeowner and property-manager version of that rule.

City Power files ESA notifications where required, installs to the Ontario Electrical Safety Code, and coordinates inspection. The ESA inspection may check conductor sizing, breaker rating, GFCI protection where required, disconnecting means, equipment listing, working clearances, outdoor-rated equipment, bonding, trench depth where applicable, and whether the installation matches the submitted scope.

For a funded project, keep the electrical file tidy. The property manager or owner should retain the quote, approved scope, change orders, invoices, ESA certificate or inspection record, charger data sheets, as-built notes, and any network commissioning records. If the funder audits the project later, those documents are what connect the application to the installed work.

City Power’s role is to turn the funding idea into a buildable EV charging scope

City Power Electrical Services is a licensed Ontario electrical contractor, ECRA/ESA #7015314. We are based in North York and serve Toronto and the GTA. For ZEVIP-related projects, our job is to make the electrical scope accurate before money, board approval or procurement decisions are committed.

We can help with:

• Site walkthroughs of electrical rooms, parking levels, surface lots and proposed charger locations.
• Load calculations and panel or service assessments for Level 2 charger banks.
• Recommendations on charger count, circuiting, load management and future expansion.
• Written electrical quotes for application or internal approval packages.
• Coordination with trenching, coring, concrete repair, bollards, data cabling and charger mounting.
• ESA notifications, inspection coordination and final electrical documentation.

For smaller commercial or residential-style projects, our EV charger installation service covers the wiring, breaker, charger mounting, ESA notification and inspection process. For larger staged sites, we can prepare a scope that separates base electrical infrastructure from chargers, so the building can install an initial phase now and add more ports later without redoing the backbone.

If you are comparing programs, start at our Ontario rebates and programs hub, then confirm ZEVIP’s current intake rules directly before relying on any funding assumption. We can provide the electrical assessment and written estimate you need to decide whether the project is worth applying for.