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Calcimator

Wind-Solar Hybrid Calculator

Size a complementary wind and solar system for reliable power.

Inputs

kW
kW
%
%
kWh
$/kW
$/kW

Results

Total Annual Production

28,908 kWh

≈ 3 homes' yearly electricity

Self-Sufficiency

100%

Solar Share55%
Wind Share45%
Total System Cost$40,000.00
Blended LCOE$0.07/kWh
How to Use This Calculator
  1. Enter the solar array capacity in kW and expected annual output in kWh.
  2. Input the wind turbine capacity in kW and expected annual output in kWh.
  3. Set the battery storage capacity in kWh.
  4. Review the combined annual generation, self-sufficiency rate, and estimated system cost.
  5. Hybrid systems reduce storage requirements by leveraging complementary generation profiles.

How the result changes with Solar Capacity

Solar CapacityTotal Annual ProductionSelf-Sufficiency
5091,980 kWh100%
175289,080 kWh100%
325525,600 kWh100%
450722,700 kWh100%

What each input means

Solar Capacity
Solar array size in kilowatts.
Wind Capacity
Wind turbine rated capacity in kilowatts.
Solar Capacity Factor
Average solar capacity factor for your location.
Wind Capacity Factor
Average wind capacity factor for your location.
Daily Load
Average daily electricity consumption.
Solar Cost
Installed cost per kW of solar.
Wind Cost
Installed cost per kW of wind.

How this is calculated

Worked example, using the default values

  1. Identify Input Parameters
    4 parameters
    Solar Capacity = 10, Wind Capacity = 5, Solar Capacity Factor = 18, Wind Capacity Factor = 30 = 7 input(s) provided
  2. Calculate Total Annual Production
    Total Annual Production
    28908 = 28908
  3. Calculate Self-Sufficiency
    Self-Sufficiency
    100 = 100
  4. Calculate Solar Share
    Solar Share
    55 = 55
  5. Calculate Wind Share
    Wind Share
    45 = 45

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