Renewable Energy Simulators

Betz Limit Simulator — Theoretical Maximum Wind Turbine Efficiency compares how nearby design assumptions and key metrics shifts as the main assumptions change.

Calculate biomass energy efficiency: HHV/LHV, moisture, biogas yield, CO2 balance. For wood chips, residues. Compare emissions to oil.

Concentrated Photovoltaic (CPV) Simulator focuses on nearby design assumptions and key metrics, giving a compact read on the current case and the trend that matters next.

A focused entry point for flow rate, pressure loss, and hydraulic margin, useful before selecting the next tool in the same cluster.

Kaplan Turbine Simulator focuses on flow rate, pressure loss, and hydraulic margin, giving a compact read on the current case and the trend that matters next.

Use this page to relate representative assumptions to heat transfer, temperature difference, and cooling margin before moving into the adjacent engineering checks.

Offshore Floating Wind Turbine (Spar/Semi-Sub) Stability Simulator compares how nearby design assumptions and key metrics shifts as the main assumptions change.

A focused entry point for heat transfer, temperature difference, and cooling margin, useful before selecting the next tool in the same cluster.

A focused entry point for flow rate, pressure loss, and hydraulic margin, useful before selecting the next tool in the same cluster.

Photovoltaic Cell I-V Characteristics Simulator compares how nearby design assumptions and key metrics shifts as the main assumptions change.

Simulate solar panel I-V/P-V curves in real-time. See irradiance & temperature effects, track MPP, and estimate monthly energy yield.

Calculate solar altitude and beam irradiance instantly with our free solar radiation calculator. Perfect for PV design and building planning.

Calculate solar panel tilt, irradiance, and position with our free tool. Input location data for instant, accurate solar energy optimization.

Simulate solar thermal collector performance. Adjust area, irradiance, and temperatures to compute heat output and daily energy yield. Optimize your system design.

Calculate tidal turbine & barrage power in real-time. Compute Betz limit, AEP, LCOE, and energy output with our advanced tidal energy calculator.

Tidal Stream Turbine Cp & TSR Simulator focuses on nearby design assumptions and key metrics, giving a compact read on the current case and the trend that matters next.

Vertical Axis Wind Turbine (VAWT) Cp Design Simulator compares how vibration or acoustic response and frequency behavior shifts as the main assumptions change.

Wave Energy Converter (WEC) Power Simulator compares how electromagnetic, circuit, and transmission conditions shifts as the main assumptions change.

Wave Energy Converter (WEC) Power Estimation Simulator compares how electromagnetic, circuit, and transmission conditions shifts as the main assumptions change.

A focused entry point for flow rate, pressure loss, and hydraulic margin, useful before selecting the next tool in the same cluster.

Apply Blade Element Momentum (BEM) theory to optimize wind turbine blade design, calculating chord, twist, and power coefficient to approach the Betz limit.

Use this page to relate representative assumptions to heat transfer, temperature difference, and cooling margin before moving into the adjacent engineering checks.

Simulate wind turbine power output. Adjust rotor size, Cp, and wind stats. Learn the Betz limit (59.3%) and calculate Annual Energy Production (AEP).

Calculate wind turbine energy output with real-time power curves, Cp-TSR data, and Betz limit. Explore rotor swept area and Weibull distribution.