CarbonTool 3.0 is here: turn your data into clearer decarbonisation decisions. See what's new

Scope 1 intensity,
tracked and defensible

Electricity and utility companies face some of the most scrutinised emissions reporting requirements in any sector. CarbonTool structures generation-based emissions data across Scope 1, 2 and 3, so your figures hold up to regulatory review, investor due diligence and sector benchmarking.

Electricity and Utilities

Carbon footprint

153,6 tCO₂e

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Simple Process

Understand the Process

1

Generation emissions by source

Map emissions intensity across generation assets (thermal, gas, hydro or renewable)  and track how your mix shifts over time against sector benchmarks.

2

Scope 3 across the supply chain

Fuel extraction, transmission losses, purchased capital equipment and supply chain emissions all carry embedded carbon. CarbonTool structures every Scope 3 category so nothing goes unaccounted.

3

Regulatory and investor reporting

Produce audit-ready reports aligned with GHG Protocol, CSRD and EU Taxonomy. Data is traceable back to source, not assembled manually before each reporting deadline.

4

Decarbonisation scenario modelling

Model decarbonisation pathways with CAPEX estimates and ROI projections. Compare fuel switching, grid modernisation and renewables scenarios before committing capital.

Siemens
Continental
Beko
Join the ones who stopped guessing
How?

Built for complexity

Electricity and utility data sits across metering systems, fuel purchase records, grid operations and procurement. CarbonTool centralises it, structures it by recognised methodology and makes it continuously reportable.

One Place

Centralise operational data

Connect meter data, fuel records and purchased energy into one structured carbon inventory. Scope 1 and Scope 2 calculated automatically, updated continuously, not rebuilt annually before each deadline.

Meter Data
Fuel Records
Purchased Energy
Scope 1
Scope 2
Scope 3
Compare

Benchmark against sector peers

Compare your emissions intensity per MWh against sector averages and regulatory thresholds. Identify where performance deviates and quantify the operational cost of the gap.

GFEDCBAG6% Below Benchmark

Carbon intensity

8

tCO2e per M€

Target

3%

reduction

Decide

From data to investment decisions

Translate emissions performance into scenarios boards and investors can act on. Generate technology comparisons, capital allocation priorities and reduction roadmaps with timelines and cost estimates.

Digital invoicing / paperless office

Digital invoicing / paperless office

3 | Purchased goods & services

Budget 2,000 EUR

Savings 10 tCO2e

Process water recirculation

Process water recirculation

3 | Capital Goods

Budget 10,000 EUR

Savings 10 tCO2e

Total Savings

0,0tCO2e per M€

Duration 0 months

Budget 0 EUR

Gain Sustainability Insights

Got more questions?

Can't find what you're looking for? Check the FAQs below, or reach out and we'll get back to you within one business day.

All three. Scope 1 covers direct combustion from generation assets. Scope 2 covers purchased electricity for operational facilities. Scope 3, often the largest category, includes fuel extraction, transmission losses, purchased capital equipment and supply chain emissions. CarbonTool maps all three with the correct factors and methodology for your asset type.

CarbonTool calculates emissions intensity as tCO₂e per MWh generated, by asset and by generation type. You can track how intensity changes as your generation mix shifts and benchmark performance against sector averages or self-defined targets. Intensity data feeds directly into regulatory and investor reports.

Yes. CarbonTool structures carbon data to meet CSRD disclosure requirements, including double materiality and value chain emissions. Reports are traceable back to source data, which is what auditors and the European Sustainability Reporting Standards require. The platform also supports EU Taxonomy alignment assessments for energy production activities.

CarbonTool’s scenario modelling tool lets you compare your current generation mix against alternative configurations, such as increased renewables share, fuel switching, grid modernisation or energy storage integration. Each scenario calculates projected emissions reduction, CAPEX requirement and payback timeline, so capital decisions are grounded in data.

Ready to turn carbon data
into decisions you can act on ?

Join the companies using CarbonTool to measure emissions, manage risk, and report with confidence. Start free. No credit card, no sales call.