$v_{m}$	Mean wind speed [m⁄s]	$v_{i}$	Wind speed [m⁄s]
$k_{10}$	Shape parameter at 10 m height agl [-]	N	Number of wind speed data
$k_{z}$	Shape parameter at z meters height agl [-]	v	Wind speed [m⁄s]
$σ$	Standard deviation of the mean wind speed [m⁄s]	n	Power law exponent [-]
n	Useful lifetime of WT in years (20 years) [year]	$v_{c}$	Cut-in wind speed [m⁄s]
$F_{w}$	Water pumping capacity rate [m⁴⁄h]	$v_{R}$	Rated wind speed [m⁄s]
$v_{m G}$	Measured wind speed [m⁄s]	$v_{F}$	Cut-off wind speed [m⁄s]
$σ_{G}$	Standard deviation of the mean measured WS [m⁄s]	$P_{e R}$	Rated electrical power [kW]
$v_{m S}$	Satellite-derived wind speed [m⁄s]	$P_{e, a v e}$	Average power output [kW]
$σ_{S}$	Standard deviation of the mean satellite-derived WS [m⁄s]	$Q_{w}$	Volumetric flow rate (m³⁄day)
$f (v)$	Probability of observing wind speed v	$ρ_{w}$	Water density [kg⁄m³]
g	Acceleration due to gravity[m⁄s²]	$\bar{S a t_{i}}$	Mean value of $S a t_{i}$
C	Weibull scale parameter [m⁄s]	H	Pump head [m]
k	Weibull shape parameter [-]	$η$	System efficiency [-]
$E_{p f}$	Energy pattern factor [-]	PVC	Present value of costs [XAF]
MBE	Mean Bias Error [-]	$η_{P U M P}$	Efficiency of the pump [-]
RRMSE	Relative root mean square error [%]	$P_{o u t}$	Net hydraulic power output [kW]
R²	Coefficient of determination [-]	I	Investment cost [XAF]
$G r_{i}$	i^thCFD of ground (measured) wind speeds	i_o	Nominal interest rate [%]
$S a t_{i}$	i^thCFD of satellite-derived wind speeds	S	Scrap value [%]
$C_{o m}$	Operation and maintenance costs [%]	I	Inflation rate [%]
N	Number of non-zero wind speed data points	r	Discount rate [%]
$C_{10}$	Scale parameter at 10 m height agl [m⁄s]	COE	Cost of energy [XAF/kWh]
$C_{z}$	Scale parameter at z meters height agl [m⁄s]	COW	Cost of water [XAF/m³]
$E_{W T}$	Total energy output over the WT lifetime [kWh]	IOA	Index of Agreement
$V_{w}$	Annual volume of water [m³/year]	RMSE	Root mean square error [-]