Solar Power Equation:
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Solar power kWh calculation estimates the energy output of a solar panel system based on system size, hours of sunlight, and system efficiency. This helps determine the potential electricity generation for residential or commercial solar installations in Canada.
The calculator uses the solar power equation:
Where:
Explanation: The equation calculates the daily energy production by multiplying system capacity by available sunlight hours and adjusting for system efficiency losses.
Details: Accurate solar power calculation is essential for sizing solar systems, estimating energy production, calculating return on investment, and planning for energy needs in Canadian climate conditions.
Tips: Enter system size in kW, average daily sun hours for your location in Canada, and system efficiency as a decimal (e.g., 0.18 for 18% efficiency). All values must be positive numbers.
Q1: What is a typical system size for Canadian homes?
A: Most Canadian residential systems range from 5-10 kW, depending on energy needs and available roof space.
Q2: How many sun hours can I expect in Canada?
A: Canada averages 3-5 peak sun hours daily, varying by season and region (higher in summer, southern regions).
Q3: What is typical solar system efficiency?
A: Most modern solar systems operate at 15-22% efficiency, accounting for panel efficiency and system losses.
Q4: Does this calculator account for seasonal variations?
A: This provides a daily average. For accurate annual estimates, use monthly average sun hours and calculate separately for each month.
Q5: Are there Canadian incentives for solar installation?
A: Yes, Canada offers various federal and provincial incentives, grants, and net metering programs for solar installations.