Wind Energy vs Building Energy Upgrade
(BER G -> B3)
Enter average wind speed
(See SEAI chart below)
-- Select Range --
Force 0
m/s
0
km/h
0
mph
0
Knots
0
Turbine
Cut-In
Output
(kWh/h)
% Cap
Annual
Infrastructure Competition: Physical vs Virtual
Turbine CAPEX (€/MW)
(Source)
Decomm Cost (€/Turbine)
[Sources]
Turbine Life (Years)
Replacement Cycles
Retrofit Cost (€/House)
Total Analysis Time
60 Years
The Physical Turbine
1 Unit (
1.0
MW)
€0 M
⚠ Grid Stress: High (Requires Upgrades)
Cost to build, run & decommission
4
times over 60 years.
The 'Virtual' Turbine
0
Units (Homes)
€0 M
✓ Grid Relief: High (Reduces Load)
Aggregate savings of retrofitting
0
homes (G to B3 rating).
Calculating Winner...
Comparing lifecycle costs
Wind Farm Sizing
Number of Turbines
Rotor Diameter
60
m
Spacing Rule
Tight (5D x 3D)
Standard (7D x 4D)
Conservative (10D x 5D)
Land Area
0.00
km²
(
0
Hectares)
Annual Yield Density
0
MWh/km²
1 MW
2.5 MW
5 MW
Land Efficiency:
0
Retrofits / km²
0
retrofits preserves 1 km² of unspoilt
countryside
.
1 Turbine (at selected speed) =
0
Retrofits
SEAI Wind Atlas
Select Height above Ground (m) to get SEAI average wind speed (m/s) colour mapping
50m
100m
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