Carbon estimation · Renewable design
Measure Your Impact. Design Your Solution.
Estimate your carbon footprint and explore renewable-energy solutions designed around your energy consumption.
How the application works
- 01
Enter your energy data
Electricity, heating fuels, and travel distances. Optional fields stay optional.
- 02
Calculate your estimated footprint
Inputs are combined with regional emission factors from a separate data layer.
- 03
Explore renewable solutions
Solar PV, battery storage, wind and efficiency measures sized against your usage.
- 04
Compare potential reduction
See indicative emissions reduction per measure, with the assumptions behind each one.
Why carbon footprint calculations matter
Energy decisions are engineering decisions. Before sizing a solar array, replacing a furnace, or arguing for a retrofit budget, you need a quantified baseline: how much energy is consumed, where it comes from, and what emissions it implies.
A footprint estimate turns diffuse consumption into comparable numbers. It shows which category dominates — often electricity in a fossil-heavy grid, or heating in a cold climate — so effort goes where the leverage is, instead of where intuition points.
It also sets the denominator for any solution. A 6 kWp array means nothing on its own; it means something against 9,000 kWh of annual consumption and a known grid intensity.
Engineering ground rules
- · Outputs are modelled estimates, never measurements.
- · Every factor lives in one configuration layer, with source and status.
- · Assumptions and uncertainty are shown alongside every result.
- · Units are stated explicitly: kg CO2e/year and t CO2e/year.