ENERGY RECOVERY / MODEL 01
Waste heat becomes a product
- 01 / GROSS — Q_gross · TWh/year
- 02 / ACCESSIBLE — Q_access · TWh/year
- 03 / USEFUL — Q_useful · TWh/year
- 04 / PAID — Q_paid · TWh/year
Checking the physics and cash flow.
Where potential is lost
Project life cycle
Economic bridge
Calculation disclosed down to the formula
PORTFOLIO / SCREENING 02
Distributed retail heat portfolio
The starting figures establish scale. The data class shows where facts already exist and where an engineering assumption still stands.
| Retailer | Electricity TWh |
Refrigeration % |
COP | Q_gross TWh |
Average capacity GWt |
Class | Date |
|---|
Selecting a row transfers the retailer into the calculation model. Commercial effect is recalculated after Q_access, Q_useful and Q_paid.
SCENARIOS / UNCERTAINTY 03
Four modes of one project
The physical resource is the same. Availability, demand match, COP, energy price and CAPEX change the economic result.
NPV sensitivity
Electricity price × CAPEX
DATA / UPDATE PROCESS 04
Data is updated separately from formulas
Each pack has a date, source, A–D class and checksum. Applying a new pack does not change the calculation core version.
Upload a new pack
A Reheat JSON pack or CSV using the approved dictionary. The file is validated first and can then be applied.
Download CSV templateThe published snapshot is used unchanged.
Source register
| Source | Field | Class | Date | Age | Status |
|---|
CALCULATION PROTOCOL 05
Reproducible decision snapshot
| Year | Benefit | Electricity | OPEX | Tax | CF |
|---|