Energy Use Reporting for Car Dealerships

A typical small car dealership consumes 100–300 MWh of energy per year (showroom electricity, workshop heating, company vehicles, EV chargers) and emits 25–60 tCO₂e in Scope 1 and Scope 2 combined. Vehicle manufacturers and leasing companies — almost all of them now CSRD reporters — increasingly ask for this data as part of their value chain disclosures.

This guide explains how a small or growing business (SME) in the automotive retail sector tracks, calculates, and reports energy use under VSME Basic Module B3 (Energy and GHG emissions) and how to respond to manufacturer or finance-partner questionnaires under CSRD.

TL;DR

• Typical SME dealership energy: 100–300 MWh/year, 25–60 tCO₂e (Scope 1 + 2 combined).
• Most non-listed dealerships are not in CSRD scope under the 2026 Omnibus revision (more than 1,000 employees and more than €450M turnover). Use VSME B3 to respond to OEM and leasing-company questionnaires.
• Three energy sources dominate: showroom and workshop electricity (Scope 2), heating gas or oil (Scope 1), and company vehicle / test-drive fuel (Scope 1).
• EV charging for customers is usually Scope 2 if you supply free; Scope 3 (or out of scope) if it is metered and customer-paid.
• Quick wins: LED lighting and motion sensors typically cut electricity 20–40%; off-peak EV charging schedules save 5–15% on charging costs.

Why Dealerships Should Track Energy Use

Even when a dealership is not directly in CSRD scope, three groups push for the data:

• Vehicle manufacturers (OEMs) — VW Group, BMW, Stellantis, Mercedes-Benz, and others all report under CSRD and need supplier and dealer data for their Scope 3 Category 11 (use of sold products) and Category 1 (purchased services) disclosures.
• Leasing companies and fleet finance — major captive financers and independent fleet operators are also CSRD reporters and ask dealer partners for site-level energy figures.
• Banks and insurers — increasingly require sustainability data from SME clients as part of lending and underwriting.

Tracking energy also reduces running costs, identifies efficiency opportunities, and prepares the business for the wave of public-sector tenders and fleet contracts that increasingly award on sustainability criteria.

VSME alignment. The Basic Module disclosure B3 requires total energy consumption in MWh, split between renewable and non-renewable sources, plus Scope 1 and Scope 2 emissions and a GHG intensity ratio against turnover.

What to Measure

Dealerships have three main energy sources:

VSME B3 expects total energy in megawatt-hours (MWh), broken down by renewable and non-renewable share.

How to Track Energy Use — Step by Step

Step 1: Collect twelve months of energy bills

Gather:

• Electricity bills (kWh used)
• Gas or oil invoices (litres or m³)
• Fuel-card data for company cars and test vehicles
• EV charger consumption (separate sub-meter or charger-management software)

Many EU utilities provide downloadable monthly consumption data through a customer portal. Smart meters make this easier.

Step 2: Convert to MWh

Worked example. A 15-staff dealership with one site, one workshop, and three test vehicles:

• Electricity: 60,000 kWh → 60 MWh
• Gas: 8,000 m³ → 88 MWh
• Diesel (test vehicles): 2,500 litres → 25 MWh
• Total: 173 MWh

Step 3: Estimate GHG emissions

VSME B3 requires Scope 1 (on-site fuel combustion) and Scope 2 (purchased electricity).

Common emission factors used in the EU:

Total: 39.3 tCO₂e for the example dealership.

For country-specific grid factors, use DEFRA (UK), ADEME (France), the EEA, or your national environment agency. If you have a renewable electricity contract, your supplier will publish a residual-mix or location-based factor — use that with a clear note on methodology.

Step 4: Calculate GHG intensity

VSME paragraph 31 requires GHG intensity per €turnover. For the example dealership with €5,000,000 turnover:

39,300 kg CO₂e ÷ €5,000,000 = 7.86 kg CO₂e per €1,000 turnover

Step 5: Document energy efficiency actions

Under VSME B2 (Practices and policies), describe what the business does to manage and improve energy performance:

• LED lighting and motion sensors throughout showroom and workshop
• HVAC upgrades or heat pumps
• Renewable electricity tariff or PPA
• Idling-reduction policies for test drives
• EV charging schedules timed to off-peak grid hours
• Driver / technician training on energy efficiency

These practical actions strengthen the disclosure and show year-on-year progress.

Example: Dealership Energy Report (VSME B3 Summary)

Company: AutoSmart Motors GmbH Reporting year: 2025 Scope: Single dealership and service workshop

Energy intensity: 4.9 kg CO₂e per €1,000 turnover. Key actions: LED retrofit completed Q1 2025, EV charging schedule moved to off-peak in Q2, renewable electricity contract renewed for 2026.

EV Charging — How to Report It

EV chargers raise three reporting questions for dealerships.

1. Is the energy Scope 1, 2 or 3? Electricity drawn from your meter is Scope 2 — purchased electricity. The fact that it goes into a customer car does not change whose meter recorded it. The split shifts only if you sub-meter customer-paid charging and treat it as a passthrough service (then it can sit outside your boundary or in Scope 3).

2. Should EV charger electricity sit inside the B3 total or be reported separately? Best practice for SME dealerships is to include it in the total and add a one-line note: “Of total electricity, X MWh (Y%) was used by customer-vehicle EV chargers.” This satisfies questionnaires that ask for the split without breaking the headline figure.

3. What about workshop charging of test or demonstration EVs? That is Scope 2 (purchased electricity into your workshop). It often replaces fuel that would otherwise have been Scope 1 — note this in the narrative as part of the transition story.

Reporting Under CSRD vs VSME

Under the 2026 Omnibus revision, CSRD applies directly only to undertakings with more than 1,000 employees and more than €450M turnover. Almost no independent dealership falls in scope. The Omnibus value-chain cap also prevents OEMs and leasing companies from demanding more than VSME requires from sub-1,000-employee suppliers, so a single VSME B3 disclosure typically answers their dealer questionnaires too.

Quick Wins for Energy Savings in Dealerships

Combine energy tracking with cost tracking — savings show measurable return on sustainability upgrades.

How to Present Your Energy Data

A simple Energy Statement for a dealership sustainability report:

“In 2025, AutoSmart Motors consumed 173 MWh of energy, 35% of which was renewable. The dealership emitted 24.3 tCO₂e (Scope 1 and Scope 2). EV chargers used 8 MWh of the total electricity. Our target for 2026 is a 10% reduction through HVAC upgrades and a higher off-peak charging share.”

Attach: energy bill summaries, renewable contract certificates, EV charger management reports, and equipment upgrade records.

For broader emissions guidance, see the step-by-step Scope 1 and 2 guide and how to report electricity use.

Frequently Asked Questions

How do I separate heating and cooling energy from other electricity use?

Without sub-meters, estimate HVAC use from equipment ratings (kW) and operating hours, or apply a percentage estimate (typically 30–50% of total electricity for showroom-and-workshop dealerships). For VSME reporting, reasonable estimates based on equipment data are acceptable provided the methodology is documented.

Do I need to report energy from test drives and EV charging?

Test-drive fuel sits in Scope 1 (direct fuel use) and should be included if you track it through fuel cards. EV charging electricity is Scope 2 — purchased electricity into your meter — even when the energy ends up in a customer car. Customer-paid metered charging where you act as a passthrough can be excluded from your boundary if the meter is in the customer’s name; otherwise treat as Scope 2 with a one-line note on the customer-charging share.

Can I use renewable energy certificates to reduce my Scope 2 figure?

Yes. With a renewable tariff or supplier-issued Guarantees of Origin, you can use a market-based emissions factor (which can be 0 gCO₂e/kWh for fully renewable supply) for that share of your electricity. Disclose total energy consumption and renewable share separately under VSME B3 — the two numbers together are more credible than just a low emissions figure.

How accurate does my data need to be?

For VSME, reasonable accuracy is expected, not perfection. Use actual data from utility bills and fuel cards where available. Where you estimate (separating HVAC from total electricity, attributing diesel between staff and test-drive use), document your method and apply it consistently year-on-year. Trends matter more than precision in early reporting cycles.

What about embodied emissions in the cars we sell?

Vehicle manufacturing emissions are the OEM’s Scope 1 and Scope 2, and end up in your customer’s Scope 3 Category 11 (use of sold products) for the buyer. Dealerships do not typically disclose these — your scope is the showroom and workshop. Note in your narrative that you operate on the OEM-supplied vehicle range and reference whichever low-emission models you prioritise.

Key Terms

• CSRD – Corporate Sustainability Reporting Directive (EU 2022/2464); revised by Omnibus I in March 2026.
• VSME – Voluntary Sustainability Reporting Standard for SMEs (Basic B1–B11; Comprehensive C1–C9). Adopted as a Commission recommendation on 30 July 2025.
• B3 Energy and GHG emissions – VSME mandatory disclosure covering Scope 1, Scope 2, and GHG intensity vs turnover.
• Scope 1 emissions – Direct fuel combustion (gas, diesel, oil) on owned premises and in owned vehicles.
• Scope 2 emissions – Indirect emissions from purchased electricity, heat or cooling.
• GHG intensity – Emissions divided by turnover; the comparable performance metric in VSME B3.
• MWh – Megawatt-hour, standard unit for energy reporting (1 MWh = 1,000 kWh).
• ESRS E1 – CSRD topical standard on climate change.
• Guarantees of Origin (GO) – Tradeable certificates that prove electricity has been generated from renewable sources.