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Energy Proof Your Home
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2 The Lane, Fordcombe, Tunbridge Wells, Kent, TN3 0RP
Date of EPC: 23rd November 2021
Semi-Detached House
Boiler and radiators, mains gas
Boiler and radiators, mains gas
Total floor area
57m2
57m2
Energy Efficiency Performance
Feature | Description | Rating |
---|---|---|
Walls | Solid brick, as built, no insulation (assumed) | Very Poor |
Roof | Pitched, 75 mm loft insulation | Average |
Windows | Mostly double glazing | Average |
Main Heating | Boiler and radiators, mains gas | Good |
Main Heating Control | Programmer, room thermostat and TRVs | Good |
Hot Water | From main system | Good |
Lighting | No low energy lighting | Very Poor |
Floor | Suspended, no insulation (assumed) | N/A |
Secondary Heating | Room heaters, wood logs | N/A |
EPC Energy Ratings
Score | Energy Rating | Current | Potential |
---|---|---|---|
92+ | |||
81-91 | 85 | B |
||
69-80 | |||
55-68 | |||
39-54 | 53 | E |
||
21-38 | |||
1-20 |
Recommendations
Improvement | Indicative Cost (Nov 2021) | Inflation Adjusted Cost† |
---|---|---|
50 mm internal or external wall insulation | £4,000 – £14,000 | £4,534 – £15,870 |
Suspended floor insulation | £800 – £1,200 | £907 – £1,360 |
Add additional 80 mm jacket to hot water cylinder | £15 – £30 | £17 – £34 |
Low energy lighting for all fixed outlets | £60 | £68 |
Solar water heating | £4,000 – £6,000 | £4,534 – £6,801 |
Solar photovoltaic panels, 2.5 kWp | £3,500 – £5,500 | £3,967 – £6,234 |
†figures are adjusted for inflation using Bank of England calculation
Potential Yearly Savings with Upgrades
Lighting
Nov '21* | Now† | Saving | |
---|---|---|---|
Current Cost | £99 | £112 | £49 (49%) |
Potential Cost | £50 | £57 |
Heating
Nov '21* | Now† | Saving | |
---|---|---|---|
Current Cost | £607 | £688 | £247 (41%) |
Potential Cost | £360 | £408 |
Hot Water
Nov '21* | Now† | Saving | |
---|---|---|---|
Current Cost | £131 | £148 | £62 (47%) |
Potential Cost | £69 | £78 |
*based on average energy costs when the EPC was created (23rd November 2021)
†figures are adjusted for inflation using Bank of England calculation
†figures are adjusted for inflation using Bank of England calculation
Home Electrical Improvements
Appliances
Least Efficient | Most Efficient | Yearly Saving* | |
---|---|---|---|
Annual Running Costs | £432 | £143 | £289 (67%) |
Least Efficient | Most Efficient | Yearly Saving* | ||
---|---|---|---|---|
Washing Machines | Russell Hobbs RH612W110B | LG F4X7011TSB | £56 73% | View |
Tumble Dryers | Montpellier MTD30P | Samsung DV16T8520BV | £93 77% | View |
Dishwashers | Candy CF 6F52LNB-80 | Fisher & Paykel DD60DTX6HI1 | £45 55% | View |
American Style Fridge Freezers | Hisense RQ5X560SFLES | Samsung RB53DG706AS9 | £49 60% | View |
Single Ovens | Hoover HOAZ7801IN | AEG BSE782380M | £17 44% | View |
Cooker Hoods | Rangemaster RMHDT90SS/ | Russell Hobbs RHICH904DB | £29 88% | View |
Technology
Least Efficient | Most Efficient | Yearly Saving* | |
---|---|---|---|
Annual Running Costs | £140 | £37 | £103 (74%) |
*saving is the yearly difference between the running costs of the most and least energy efficient models of a typical range of products found in the home
Electric vs Petrol Vehicle
Vehicle Running Costs
Petrol | Electric | Yearly Saving* | |
---|---|---|---|
Saloon | £1,020 | £102 | £918 90% |
Hatchback | £728 | £90 | £638 88% |
SUV | £835 | £102 | £733 88% |
Estate | £857 | £125 | £732 85% |
*saving is the yearly difference in running costs between an electric and a petrol version of a comparable vehicle over 7500 miles. Costs are calculated using a petrol price of £1.34/litre, a diesel price of £1.40/litre and an electricity price of £0.060/kWh (EV tariff - assumes all charging is completed during off-peak night-time hours.)
Primary Energy Use
Current Cost | 21147 kWh per annum* |
---|---|
Potential Cost | 4845 kWh per annum† |
Decrease | 77% decrease |
*based on the primary energy use per square metre (kWh/m2).
†includes energy generated by carrying out the recommendations above
Primary Energy Use is a measure of the energy required for lighting, heating and hot water in a property. The calculation includes:
- the efficiency of the property’s heating system
- power station efficiency for electricity
- the energy used to produce the fuel and deliver it to the property