Property Report
This detached house in Lindfield, Haywards Heath, has a floor area of 135 square meters and was built between 1983-1990. It features fully double-glazed windows and a pitched roof with 100mm loft insulation. The property has a current energy rating of 'E' and a potential energy rating value of 'C'. The main heating system is a boiler and radiators, powered by mains gas. The property has a current energy consumption of 317 units per year and a potential energy consumption of 153 units per year. It was last sold in 2022 for £850,000. - Based on our analysis, this property has a HomeScore of 626 out of 999.
Sans Souci, Snowdrop Lane, Lindfield, RH16 2QE
City of HAYWARDS HEATH
House
Built in 1983-1990
Official EPC Reports
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
LONG VIEW HOUSE SNOWDROP LANE, RH16 2QE
£2.04M
Sold 04 th September 2020
LONG VIEW HOUSE SNOWDROP LANE, RH16 2QE
£2.18M
Sold 16 th August 2021
CHESTNUT CORNER SNOWDROP LANE, RH16 2QE
£827K
Sold 23 th November 2021
Flood Risk
Crime
Get to Know This Property
Running Costs
Heating Costs
Current Heating Costs
£3328
Potential Heating Costs
£2311
Potential Savings
£1017
Hot Water Costs
Current Hot Water Costs
£513
Potential Hot Water Costs
£213
Potential Savings
£300
Lighting Costs
Current Lighting Costs
£367
Potential Lighting Costs
£239
Potential Savings
£128
Heating System
CO2 Emission
Average UK household produces 6 tonnes of carbon dioxide every year.
7.5
tonnes/year
Current Emissions
3.7
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
317
kWh/m²
Estimated Potential Total
Energy Consumption
153
kWh/m²
*Estimated values for your home in a 12 month period.