MaximaLabs
All unit operations

Wind turbine simulation

source — no material stream; reports a power_w metric

Governing equations

The exact equations the solver works for a wind turbine — the same math shown in the app's "Theory" panel, not a black box.

P(v)=min ⁣(12ρACpv3,  Prated)(vciv<vco)P(v) = \min\!\left(\tfrac12\,\rho\,A\,C_p\,v^3,\;P_{rated}\right)\quad(v_{ci} \le v < v_{co})
vrated=(2PratedρACp)1/3v_{rated} = \left(\frac{2P_{rated}}{\rho A C_p}\right)^{1/3}
Cp1627(Betz limit)C_p \le \tfrac{16}{27}\quad(\text{Betz limit})
PP
turbine power output [W]
ρ\rho
air density [kg/m^3]
AA
rotor swept area = pi(D/2)^2 [m^2]
CpC_p
power coefficient [-]
vv
wind speed [m/s]
vciv_{ci}
cut-in speed [m/s]
vcov_{co}
cut-out speed [m/s]
PratedP_{rated}
rated (nameplate) power [W]
vratedv_{rated}
derived rated wind speed [m/s]

Parameters

rated_power_w [W], rotor_diameter_m [m], wind_speed_m_s [m/s]; optional power_coefficient [<= Betz 0.5926, default 0.40], air_density_kg_m3 [default 1.225], cut_in_speed_m_s [default 3.0], cut_out_speed_m_s [default 25.0]. No material stream — reports power_w.

Example flowsheets that use it

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