DC array capacity
Array and resource · kW
Allowed range: 0.001 to 1000000
Solar Generation Estimator
Estimate AC energy after separate DC losses and inverter efficiency.
Open this toolSolar nameplate capacity becomes usable AC energy only after the entered production and loss assumptions are applied.
Set sun hours, DC losses and inverter efficiency separately. Check whether an existing yield factor already includes one of those losses.
Inputs and controls
Peak sun hours
Array and resource · hours/day
Allowed range: 0.01 to 24
Period length
Array and resource · days
Allowed range: 1 to 366
DC side loss allowance
Loss model · %
Allowed range: 0 to 99.9
Inverter conversion efficiency
Loss model · %
Allowed range: 0.01 to 100
How to use
- Enter DC array capacity, peak sun hours and period length.
- Enter DC side loss allowance and inverter conversion efficiency.
- Select Calculate result. Read the returned values alongside the assumptions below before copying, exporting or acting on the result.
Why use this tool
Separate stages make the estimated output easier to trace and reduce accidental double deductions.
Before relying on the result
DC losses and inverter efficiency are multiplied separately. Do not enter a combined AC loss here and deduct inverter losses twice. No weather or city data is fetched.
Tool limitations
DC losses and inverter efficiency are multiplied separately. Do not enter a combined AC loss here and deduct inverter losses twice. No weather or city data is fetched.
Questions
Does the tool fetch city weather?
No. Sun hours are entered by you. Use a suitable source or measured record for the planning location and period.
What should I check before using Solar Generation Estimator?
Check DC array capacity, Peak sun hours, Period length and DC side loss allowance. Use the exact units shown beside the controls and replace any example values with your own inputs.
Source page last modified: 2026-10-01T18:56:35+00:00. This profile describes the tool; use its page to run it.
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