How to use this calculator
- Enter annual emissions linked to heat-risk operations.
- Use your organization’s internal or scenario carbon price.
- Add the planned reduction percentage and planning horizon.
- Calculate current exposure and avoided cost.
Convert heat-related operational emissions into an internal carbon cost, compare the current footprint with a reduction scenario, and quantify avoided carbon liability.
The main result is the carbon-cost exposure accumulated over the selected horizon if emissions and price remain constant.
This is an internal planning estimate, not a tax forecast. Enter the carbon price used by your own organization.
For 850 tCO₂e at $75 per tonne, annual exposure is $63,750. Over five years it is $318,750; a 20% reduction avoids $63,750.
No. An internal price is a planning assumption; an actual tax or allowance cost is jurisdiction-specific.
This calculator holds price constant, so use an average scenario price if escalation matters.
Include only emissions within the boundary of the heat-risk activity or program being evaluated.
It multiplies the reduced tonnes by carbon price and the selected number of years.
No. Add utility savings separately to avoid mixing physical cost reductions with carbon valuation.
| Variable | Meaning |
|---|---|
| Emissions | Annual heat-related tCO₂e |
| Carbon price | Internal value per tCO₂e |
| Reduction | Expected percentage cut |
| Horizon | Years evaluated at a constant price |