Align wind, solar and load sequences, check battery and source-control limits, then inspect unmet energy, recovery and required wind diversion.
Record the loads and their chronological operation, including conversion and auxiliary demand. Define essential service, acceptable interruption and fallback supply. Choose a common DC-bus boundary for the hybrid model and preserve how wind, solar and AC-load quantities were converted to it.
Obtain wind and solar output sequences for the same timestamps and operating seasons. Use the actual turbine curve and a supported PV model with losses on their stated boundaries. Retain calm, cloudy and missing intervals; do not assume opposite seasonal peaks guarantee useful complementarity.
Record the actual available battery capacity, initial/minimum/maximum SOC and separate charge/discharge efficiencies. Obtain the documented bus-power and inverter requirements and the approved battery arrangement. Keep nominal capacity, available capacity, stored energy and delivered load energy distinct.
Document each source path, the battery/BMS interface and the approved controller response when charging is restricted or the battery disconnects. Determine maximum wind current requiring diversion and the exact required allowance. Check resistance and controller limits over the complete regulation-voltage range.
Simulate matching wind, solar and load intervals from the selected initial SOC. Inspect unmet load, charge/discharge limits, curtailed PV, required wind diversion and recovery after deficits. Include full-battery windy periods and prolonged resource shortages, then refine intervals where transitions or peaks matter.
Save the aligned profile, source models, accepted control design and the reason for the chosen battery and equipment. After commissioning, reconcile measured source, load and battery records on the same boundary. Preserve revisions when seasons, loads, limits or equipment change so cases remain comparable.
Build a chronological common-bus wind, solar and load profile. · Size a stated lull deficit and enter actual chronological battery limits. · Follow the hybrid sequence with an exact energy account and explicit required/handled/unhandled wind diversion. · Save measured hybrid dispatch cases with actual initial SOC and power limits.
Check a separate PV/DC-bus load and recharge case with the same boundary. · Retain a comparable solar-only dispatch case to examine the actual contribution of wind.
Check wind curve/bin energy for the stated resource period.
Integrate documented PV AC intervals where that output boundary applies.
Reconcile wind period energy or inspect a justified distribution fit.
Record the usable SOC window and charge-throughput basis. · Track SOC and throughput with a consistent capacity reference.
Find feasible whole diversion-element counts or retain an explicit no-feasible result.
Keep the turbine operating and shutdown thresholds with its actual control documentation.
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Distribution summaries can estimate energy but do not recover the time order needed for storage dispatch.
The wind-source control arrangement must remain appropriate when the storage path is restricted.
Hybrid design depends on the actual site, equipment and service requirements.
A windy interval after an outage cannot serve the load that was missed earlier.
The calculator gives wind priority for load and charging; retain that policy when comparing cases.