Off-Grid Wind Service and Storage Planning

Size battery energy for a supplied lull, or follow chronological wind, solar and load with SOC limits, unmet demand and required wind diversion.

Size whole PV modules for a daily load and recharge target, then track chronological battery SOC, unmet load and curtailed energy within operating limits.

Calculate wind energy over explicit period hours from capacity factor, or integrate speed-duration bins with an actual curve and documented losses.

Calculate shaft and electrical wind power from explicit conditions, or interpolate an actual turbine curve with documented cut-in and cut-out limits.

Estimate instantaneous PV power from operating conditions or integrate actual AC intervals; keep module temperature, inverter clipping and energy separate.

Calculate charge used between states of charge and record equivalent full discharges from measured throughput; keep capacity basis and limits explicit.

Calculate resistive load power at actual voltage, then find whole parallel-element counts meeting source absorption, controller and thermal limits.

Compare actual wind speed with documented cut-in, rated and cut-out thresholds, preserving stopped states and the need for a real electrical curve.

Calculate observed capacity factor over exact period hours, or integrate a Weibull wind distribution with an actual curve and explicit losses.

Adjust wind speed with a neutral log profile and valid roughness limits, or derive measured shear from comparable observations at two heights.

Calculate gust factor and turbulence intensity from defined measurements, or explore an entered gust-factor case with explicit averaging durations.

Group actual wind-direction observations into compass sectors, preserving calm hours, missing coverage and duration-weighted kinetic resource shares.

Compare wind speed and kinetic flux at two heights using entered shear, then calculate energy changes from the same resource bins and turbine curve.

Fit whole turbines in explicit rectangular grid families, then compare supplied layout energy and loss estimates without inventing wake performance.

Calculate whole turbine counts, center spans and rotor-envelope dimensions from actual row counts, spacing and boundary clearance without fake wake losses.