Neighbourhood Wilde Veenen
Neighbourhood in district Moerkapelle · municipality Zuidplas · Zuid-Holland
- 194 homes
- 205 inhabitants
- avg. year of construction 2010
Map
Homes in Wilde Veenen
- Homes
- 194 addresses with residential function (BAG)
- Average build year
- 2010
- Average living area
- 71 m²
- Housing stock (CBS)
- 125 2025
Home type
Energy label
Building period
Residents
- Residents
- 205 January 1, 2025
- Households
- 55 avg. 1,5 people
- One-person households
- 64%
- Households with children
- 9%
- Population density
- 6.056 inhabitants per km²
- Area
- 0,0 km²
Age distribution
Housing and value
- Owner-occupied homes
- 12%
- Rental homes
- 88% 30% housing association
- Single-family homes
- 15% 85% multi-family
- Built in the last 10 years
- 12%
- Unoccupied properties
- 31%
- New build in the year
- 0 delivered homes
The WOZ value is the average of all homes in the area (valuation date January 1 of the previous year), not the market value of a specific property.
Energy
- Avg. electricity consumption
- 1.410 kWh per dwelling per year
- Avg. feed-in
- 110 kWh solar power per home
- Avg. gas consumption
- 520 m³ per dwelling per year
- Homes with solar panels
- 5%
- Gas-free
- 0%
- Mainly electrically heated
- 0%
- Heat network in development
- Pijnacker-Nootdorp, Lansingerland, Waddinxveen, Zuidplas, Zo Ontwikkelfase, MT-net met MT-bron
- Heating (WarmteAtlas)
- 42% central heating, 50% block, 7% electric 2022
- Geothermal potential
- 30-50%kans >5MWth Slochteren formation
Consumption is the average of all homes with a connection in the area (CBS); the label distribution is shown under "Woningen".
Amenities and accessibility
- Large supermarket
- 800 m avg. distance
- General practice
- 600 m avg. distance
- Primary school
- 800 m avg. distance
- Daycare
- 1,3 km avg. distance
- Schools within 3 km
- 2
- Urbanity
- Non-urban 469 addresses per km²
- Cars per household
- 0,6 32 passenger cars
- Company locations
- 5
Road distances, averaged for all residents of the area (CBS).
Living environment: noise, water, air, light and green
- Average noise level (Lden)
- 53 dB municipality 53 dB
- Homes with road traffic above 55 dB
- 2% municipality 14%
- Homes with rail traffic above 55 dB
- 0% municipality 4%
- Homes with air traffic above 48 dB
- 0% municipality 1%
- Homes with wind turbine noise above 40 dB
- 0% municipality 0%
- 's nachts wegverkeer boven 50 dB
- 0% municipality 5%
Noise level of the 194 homes
Flooding
- Homes that may flood
- 100% municipality 93%
- Of which more than 0.5 m water
- 100%
- Of which more than 2 m water
- 63%
- Maximum water depth
- 2,2 m average 2,0 m where it floods
Air, light and green
- NO₂
- 13,7 µg/m³ 100% above WHO advice (10)
- PM2,5
- 8,2 µg/m³ 100% above WHO recommendation (5)
- PM10
- 14,6 µg/m³ 0% above WHO advice (15)
- Night lighting
- Very bright municipality: clear
- Green within 500 m
- 66% municipality 57%
Noise: RIVM noise maps (road and rail 2020, aviation 2022, wind turbines 2024), annual average Lden per 10 m, sampled at each address. Flooding: LIWO (Rijkswaterstaat), map of maximum water depth; depth says nothing about probability. Air: RIVM annual average concentrations at 25 m. Light: RIVM light emission map 2023. Green: RIVM green map 2022, share of green within 500 m. Turn the noise map on in the map above.
Climate and safety
- Apparent temperature on a hot day
- 46 °C extreme heat stress
- Homes with extreme heat stress (41 °C or higher)
- 100% municipality 97%
- Urban heat island effect
- 0,6–0,8 °C on average warmer than the surrounding area
- Homes with a cool spot within 300 m
- 99% municipality 70%
- Homes with moderate or high flood risk
- 0% municipality 6%
- Dry floor at the most severe flood
- 84%
- Homes with increased risk of groundwater nuisance in 2050
- 57% municipality 34%
- Homes with a stormwater channel alongside the house
- 14% municipality 11%
- Homes in the magnetic field zone of a high-voltage line
- 0% municipality 0%
- Homes within 1 km of a wind turbine
- 0% municipality 0%
Climate Impact Atlas 2026 (CC BY 4.0): perceived temperature and heat island 2022, cool spots, location-specific flood probability (at least 20 cm water), dry floors, risk of groundwater nuisance 2050 (high scenario), flow paths at 70 mm precipitation per hour; sampled per dwelling. High-voltage lines: RIVM Netkaart with calculation distances. Wind turbines: RIVM. Turn on the heat map on the map above.
Liveability
More than sufficient Liveability meter 2024
very insufficientexcellent
- Liveability
- More than sufficient class 6 of 9, measurement 2024
- Score
- 4,05 −0,05 vs. the national average
- Since the previous measurement
- −0,02 measurement 2022: More than sufficient
- Municipality
- More than sufficient score 4,11
Five dimensions, deviation from the national average
- Physical environment green, water, buildings, noise −0,01 sufficient
- Housing stock type, construction year, ownership +0,02 sufficient
- Amenities shops, schools, healthcare, public transport −0,11 insufficient
- Social cohesion population composition, relocations −0,02 sufficient
- Nuisance and insecurity crime and nuisance +0,06 more than sufficient
Source: Leefbaarometer 3.0 (Ministry of the Interior and Kingdom Relations, CC0), biennial estimate based on over a hundred characteristics; the score expresses how residents rate livability on average. Negative = below the national average.
Soil and foundation
- Soil subsidence (total)
- −0,5 mm per year municipality −1,5 mm
- Soil subsidence (shallow)
- +0,2 mm per year peat and clay that subside
- Expected decrease until 2050
- 2 cm high scenario
- Homes at risk of pile rot
- 0,0% zeer laag, municipality 0,7%
- Pile rot in 2050
- 0,0% high scenario, drier summers
- Difference projection in 2050
- 0,0% houses on pile with risk
Source: Klimaateffectatlas 2026 (CC BY 4.0): subsidence from satellite measurements (Bodemdalingskaart), foundation risk per neighbourhood (Deltares/KCAF, share of homes with wooden piles or on slab at risk). A neighbourhood average, not a statement about a single property.