UAE Climate Law Scope 2 Emissions: Electricity, Cooling, Renewable Contracts and I-RECs

Purchased energy in the UAE is not limited to electricity bills. Large portfolios may consume district cooling, purchased steam or heat, landlord-supplied energy, electricity for leased premises, charging for electric fleets and power from private or on-site arrangements. The first control is therefore an energy-account register that maps every site and meter to a legal entity, facility, supplier and reporting output.

Renewable-energy evidence adds a second layer. The physical consumption and the contractual attribute are related but not identical records. An organisation may consume grid electricity and separately acquire an I-REC, a Dubai allocation, an Abu Dhabi Clean Energy Certificate or another product. The accounting method and claim depend on the instrument’s rules and the reporting framework. A certificate should never be treated automatically as a carbon offset or as evidence that the organisation physically received renewable electrons.

Figure 1. One consumption dataset can support different outputs, but physical use, contractual allocation and avoided-emissions claims require separate controls. London Reporting Academy learning visual.

A location-based method reflects the average emissions intensity of the grid or system where consumption occurs. The basic calculation is energy consumed multiplied by a representative grid factor, with controlled unit conversions and gas/GWP treatment. The factor should match the geography and year as closely as the approved method allows.

The main control risk is not the multiplication; it is mismatch. A factor for the wrong emirate, national mix, year, electricity boundary or unit can materially distort the result. Some factors cover generation only; others may include transmission and distribution or different greenhouse gases. Record exactly what the factor represents. Where the authority publishes or approves a factor, that source controls the regulated output.

District cooling is material for many UAE offices, malls, hotels, hospitals and mixed-use developments. The consumption unit may be ton-hours, refrigeration tonnes, kWh cooling or another supplier unit, while the supplier’s emissions factor may be expressed per cooling output. Do not apply an electricity grid factor directly to a cooling invoice unless the approved method specifically requires it.

Obtain the supplier’s factor, methodology, period, energy inputs, allocation basis and assurance or review information where available.

Confirm whether the factor includes electricity, fuel, refrigerant losses, water or only selected generation inputs.

Check that the consumption unit and factor denominator match and that conversions are controlled.

Where no supplier factor is available, use the authority-approved estimate and explain the limitation.

Do not double count central-plant electricity where it is already embedded in the supplier’s cooling factor.

For landlord allocations, document floor area, submeter or service-charge basis and test whether it reasonably represents actual use.

Track changes in cooling plant, supplier mix or allocation method separately from tenant consumption changes.

Under the current published GHG Protocol Scope 2 Guidance, a market-based method reflects electricity products or procurement choices using contractual instruments. Where the method applies, instruments should meet the Scope 2 Quality Criteria, including exclusive conveyance of the emissions-rate attribute, tracking and redemption or cancellation, temporal matching, appropriate market boundaries and a residual-mix or transparent substitute treatment.

This is not a legal rule created by the UAE Decree-Law. It is an external accounting method that may support corporate or authority reporting where accepted. Scope 2 Guidance is also under revision, so the organisation should record the version used and monitor changes rather than promising that today’s quality criteria will never change.

Reconcile all utility accounts and meters to the site and lease population, including estimated and landlord bills.

Compare energy consumption to floor area, occupancy, production, weather, cooling demand and prior periods.

Reconcile certificate quantities to eligible MWh by site and period; prevent one certificate from supporting multiple claims.

Verify that certificates or attributes are retired or cancelled for the correct beneficiary and are not sold onward.

Separate exported on-site generation from self-consumed energy and confirm who owns the attributes.

Test that cooling factors and units are not mixed with electricity factors or counted twice.

Explain changes caused by factor updates, tariff/product changes and certificate procurement separately from efficiency improvements.

Reconcile the authority output, corporate GHG totals, sustainability report and customer or lender claims before release.

A UAE services group operates an Abu Dhabi hospital, a Dubai office and a free-zone warehouse. The hospital buys grid electricity and district cooling and acquires Abu Dhabi Clean Energy Certificates. The Dubai office has DEWA electricity and an i-REC allocation. The warehouse receives electricity through its landlord and has rooftop solar whose exported attributes are retained by the landlord.

The team creates one physical energy register and three contractual-instrument records. It calculates the authority-required output according to each applicable instruction. For the supporting GHG Protocol inventory, it calculates location-based electricity and cooling, then a market-based electricity view for the quantities supported by qualifying retired instruments. The warehouse rooftop solar is not claimed because the tenant cannot demonstrate ownership of the attributes. Avoided emissions from the renewable procurement are assessed, if at all, in a separate project analysis and are not deducted from gross inventory totals.