Energy Efficiency Fund FAQs
Can funding be claimed for expenses that have already been incurred by businesses?
No, this must be new spend. Purchases must not be made, or committed to, prior to the grant being approved.
What type of businesses cannot apply?
Community groups, not for profit organisations, voluntary or charitable organisations (except social enterprises) are ineligible for the grant.
Can I pay for eligible items by cash?
No, all payments for approved expenditure must be made through the business bank account and supported by invoices/receipts from suppliers. Items or services paid for by cash do not meet audit trail requirements and are not eligible for grant.
Can I apply for more than one Energy Efficiency Fund?
Yes, a business can apply for a second EEF if the project improvements supported by the first grant has been completed, and the second grant will support further additional carbon reduction.
I have had previous grants/funding from the council/government, will this impact my eligibility for this fund?
No, this will not impact your eligibility to apply.
What is the minimum amount of funding I can receive from this fund?
The minimum grant that businesses can receive is £1,000 (requires eligible expenditure of £1,330).
What is the maximum amount of funding I can receive from this fund?
The maximum amount you can apply for is £25,000.
The amount I require is above the maximum grant support, am I still eligible?
The maximum amount you can apply for is £25,000, if eligible expenditure exceeds 75% (ie £33,333) of this you can still apply; however, the fund will only cover up to £25,000 of these costs.
Can I claim for VAT costs?
No, the funding only includes costs excluding VAT. When submitting your application, include the costs before VAT is applied.
Are you able to recommend renewable installers?
No we cannot recommend a particular supplier; however, the Energy Savings Trust have a useful renewables installer finder tool on their website.
I am struggling with my calculations for CO2e savings from installing an air source heat pump, where can I get help?
You should be able to get information from the companies providing quotes on how efficient the heat pump is. For example, they may be able to give you an idea of how much electricity may be used. The CO2e savings from heat pumps is slightly more complicated to calculate so we have provided some information below.
There will be two elements to your calculation for heat pumps you will need to show your electricity and heating source ie, gas baseline. It may be the case you are heating your premises using electricity and therefore only need to provide one baseline.
For the project scenario emissions again, you will need to calculate this for electricity and heating source (only electricity if your premises is heated this way). If the installer expects the heat pump to use an extra 15% in electricity, then you apply this to your baseline usage. For example, your baseline electricity is 20,000 kWh your project scenario electricity usage will be 23,000 kWh.
If your heating source is gas or oil, then your project scenario kWh usage will be zero as you are removing this heating source. Therefore, in this case your savings for this will be the emissions you stated for the baseline.
If you are heating your premises using electricity, then the heat pump will likely be more efficient than your current electrical heating source. The companies providing quotes should be able to provide more information on this.
Example
A worked example is included below to give you a better idea of how to complete the calculation.
CO2e savings = baseline minus (-) projected
Baseline
Total baseline CO2e emissions = Gas baseline (+) plus Electricity baseline
Gas
30,000 kWh consumed – 30,000 x 0.18316 kg CO2e/kWh (the BEIS emissions factor for 2021) = 5,490 kg CO2e divide by 1000 to get tonnes CO2e so 5.49 tCO2e.
Electricity
20,000 kWh consumed – 20,000 x 0.21233 kg CO2e/kWh (BEIS emissions factor for 2021) = 4,246.6 kg CO2e/1000 = 4.25 tCO2e.
Total baseline CO2e emissions: 5.49 + 4.25 = 10.74 tCO2e
Project scenario
Total project scenario emissions = Gas projection plus (+) electricity projection
Gas
0 kWh
Electricity
Expecting 15% increase with heat pump so 23,000 kWh x 0.21233 kg CO2e/kWh = 4,883.59 kg CO2e/1000 = 4.88 tCO2e
Total project scenario emissions: 0 + 4.88 = 4.88 tCO2e
Project savings
This is your baseline minus your project scenario: 10.74 - 4.88 = 5.86 tCO2e
Please contact climatechange@falkirk.gov.uk if you need further support on this.