Property Report
This bungalow, located at 35, Russell Avenue, New Balderton, NG24 3BT, in Newark, has a floor area of 61 square metres and was built between 1950-1966. It is a detached property with mostly double glazing, and has an energy rating of E. The current energy consumption is 477 units, and the estimated potential energy consumption is 276 units. The property has mains gas for heating, with a boiler and radiators. The estimated potential energy efficiency is 70, with a potential energy rating value of C. The property is not considered to be at risk of flooding. It is not currently let, and its running costs are £1335 per year.
35, Russell Avenue, New Balderton
City of NEWARK
Bungalow
Built in 1950-1966
Official EPC Reports
Sale History
£120K
Sold 28 th January 2011
Property Maintenance Budget
* This home's yearly maintenance budget is calculated using valuation and build date data.
Move the sliding scale to update valuation and budget estimates.
Discover This Area
Here are the recent sale price for homes near this property - View All Sales
20 RUSSELL AVENUE, NG24 3BT
£180K
Sold 30 th October 2020
8 RUSSELL AVENUE, NG24 3BT
£160K
Sold 17 th December 2020
51 RUSSELL AVENUE, NG24 3BT
£183K
Sold 29 th October 2021
Flood Risk
Crime
Get to Know This Property
Running Costs
Heating Costs
Current Heating Costs
£1744
Potential Heating Costs
£1282
Potential Savings
£462
Hot Water Costs
Current Hot Water Costs
£701
Potential Hot Water Costs
£276
Potential Savings
£425
Lighting Costs
Current Lighting Costs
£138
Potential Lighting Costs
£68
Potential Savings
£70
Heating System
CO2 Emission
Average UK household produces 6 tonnes of carbon dioxide every year.
4.9
tonnes/year
Current Emissions
2.8
tonnes/year
Potential Emissions
*Estimated CO2 Emissions produced by the Property in a 12 month period.
Energy Consumption
Value is Kilowatt Hours per Square Metre (kWh/m²)
Current Estimated Total
Energy Consumption
477
kWh/m2
Estimated Potential Total
Energy Consumption
276
kWh/m2
*Estimated values for your home in a 12 month period.