City Government British Columbia Demonstrator Case · Illustrative

City Government, British Columbia

A public fast-charging network plus an electrified municipal fleet — two CFR credit streams, one city programme.

DC DC DC CITY EV
Fleet Scale
~150 chargers + vehicles
Est. Credits / Year
~4,955 t
Est. Revenue / Year
~CAD 1.98M
The Initiative

Running two CFR streams — public charging plus own-fleet — under one city programme.

A mid-sized BC city operating a growing public DC fast-charging network across its sites and parks, while simultaneously electrifying the municipal car fleet and field service vans. BC’s clean hydro grid (~11 gCO2e/MJ, per ECCC Specifications for Fuel LCA Model CI Calculations v4.0, Table 12) makes every dispensed kWh — whether to the public or to the city’s own EVs — high-yield credit-earning energy.

The Fleet

Electrified units powering the credit stream.

50 units
Public DC Fast Chargers

Level-3 public chargers across city-owned sites, parks, and transit hubs — kWh dispensed to residents and regional drivers is credit-earning under CFR Part 3.

60,000 kWh/yr each Light-duty dispensed · EER 4.1
100 units
Municipal EVs & Service Vans

60 municipal EV cars for staff/inspection/general duty plus 40 EV service vans for parks, utilities, and bylaw — charged at city depots, dispatched to field work.

10,000 kWh/yr each (avg) Light-duty vehicle · EER 4.1
Total annual charging energy: 4,000,000 kWh/yr (14,400,000 MJ/yr) — the basis for the CFR credit projection below. Run it yourself in the calculator →
Revenue

What the city receives each year.

At current CFR pricing (~$400 / credit), ~50 public DC fast chargers plus ~100 municipal EVs in British Columbia generate on the order of ~4,955 tCO2e / year of CFR credits — around CAD 1.98 million in annual credit revenue, paid to the city after each annual cycle. Climate Decode retains only a small management fee.

Year-1 Credit Revenue (Est.)
~CAD 1.98M
Paid to the city after a small management fee. Climate Decode fronts verifier costs and runs the MRV — no cash out-of-pocket. Four-year cumulative revenue: ~CAD 7.74M (CI stringency tightens yield modestly each year).
4-Year Financial Projection

Credit revenue across the first compliance cycle.

Projection pulled directly from the site CFR calculator — CFR reference CIs (Fuel LCA Model v4.0), EER per ECCC Schedule 5, BC grid CI ~11 gCO2e/MJ per ECCC Specifications for Fuel LCA Model CI Calculations v4.0 (Table 12), and credit pricing at current market (~CAD 400 / credit).

Year 2025
$1.98M
~4,955 t credits
Year 2026
$1.95M
~4,878 t credits
Year 2027
$1.92M
~4,801 t credits
Year 2028
$1.89M
~4,724 t credits
4-Year Cumulative Revenue
~CAD 7.74M
Total Credits
~19,360 t

Annual credit volume drifts down slightly year-over-year as the CFR reference CI tightens under the declining trajectory; revenue stays roughly stable at ~CAD 1.9M/yr across the cycle.

Where ZEV Catalyst Comes In

The work the city would otherwise have to build a compliance team to do.

ZEV Catalyst registers the public-charging network and the municipal fleet as two accounting streams under a single CFR Credit Creation Agreement, installs kWh sub-metering at every DC fast charger and depot connector, runs the MRV plan (energy dispensed, source, equipment class, logged session-by-session), and manages annual third-party verification with ECCC. The city signs one agreement, deals with one counterparty, and never sees a verifier invoice.

Running a Similar Fleet? Let’s Run the Numbers for You.

Every operator is different — your utilisation, electricity mix, jurisdiction, and equipment class drive the outcome. Talk to our team and we’ll model what the ZEV Catalyst programme would actually pay you.

This case is illustrative, based on CFR methodology and current market pricing (~$400 / credit). Actual revenue depends on fleet utilisation, electricity source, jurisdiction, verification outcomes, and market conditions.