RE Optimization Lab · Interactive Simulator
Renewable energy optimization
Wind · P = ½ρACₚv³ | Solar · P = G·A·η·cos(θ) | Wave · P = ρg²H²T/32π
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ZSK Solutions
Wind Turbine
Solar Panel
Wave Energy
Turbine view
Wind flow →
8.0
m/s
WIND SPEED
8.0
m/s
Rotor RPM
14.7
Wind speed control
8.0
m/s
0
5
10
15
20
25
Weak
Efficient
High
Danger
2 m/s
8 m/s
15 m/s
23 m/s
Output metrics
0.0
W
Power
0.0
kW
Output
0.0
rpm
RPM
0
%
Effic.
P = ½ρACₚv³
A =
12.57 m²
Cₚ =
0.40
=
0.0 W
Operational status
Efficient range
Optimal Betz operation. Rotor at rated Cₚ.
Structural load
32%
Aero efficiency
100%
Grid readiness
95%
Wind regime guide
0–3
m/s
Too weak
Below cut-in speed. Rotor stationary.
4–12
m/s
Efficient range
Rated operation. Max Betz efficiency.
13–20
m/s
High output
Monitor loads. Pitch regulation active.
21–25
m/s
Danger zone
Emergency brake. Shutdown sequence.
WEC buoy view
Wave power density
—
Wave energy converter control
2.5
m significant wave height
0
3
6
9
12
15m
Flat
Moderate
High
Storm
WAVE PERIOD
8s
CAPTURE WIDTH (WEC)
10m
Calm
Moderate
Energetic
Storm
Output metrics
0.0
W
Power
0.0
kW
Output
0.0
s
Period
0
%
Capture
P = ρg²H²T / (32π) × Cw
ρ=
1025 kg/m³
g=
9.81 m/s²
=
0.0 W
Operational status
Moderate seas
WEC operational. Steady energy extraction.
Structural load
17%
Mooring integrity
95%
Grid readiness
60%
Sea state regime guide
0–0.5
m Hs
Flat sea
Insufficient wave energy. Device at standby mode.
0.5–2
m Hs
Moderate seas
WEC operational. Steady energy extraction possible.
2–5
m Hs
High energy
Peak output window. Monitor structural loads carefully.
5–15
m Hs
Storm — survival
Exceeds rated conditions. Device enters survival mode.
Solar tracker view
Solar irradiance ☀
850
W/m²
IRRADIANCE
850
W/m²
Incidence angle
30°
Solar tracker control
850
W/m²
IRRADIANCE
0
250
500
750
1000
SUN ELEVATION
60°
0°
22°
45°
67°
90°
PANEL TILT
30°
0°
22°
45°
67°
90°
Dawn
Midday
Afternoon
Peak
Output metrics
0.0
W
Power
0.0
kW
Output
0
°inc
Incidence
0
%
Effic.
P = G · A · η · cos(θ)
A =
1.6 m²
η =
20%
=
0.0 W
Operational status
Good irradiance
Tracker aligned. Optimal energy harvest.
Irradiance level
85%
Angular efficiency
87%
Grid readiness
95%
Irradiance regime guide
0–100
W/m²
Too low
Night or heavily overcast. No output possible.
100–400
W/m²
Diffuse light
Overcast or dawn/dusk. Partial generation.
400–800
W/m²
Good irradiance
Partly cloudy. Tracker alignment critical.
800–1000
W/m²
Peak irradiance
Clear sky. Maximum energy harvest window.