Solar planning tools

Panel · AC · Jam

Estimate the daily solar energy available for air conditioning.

Data Anda

Contoh yang dapat diubah

Perkiraan Anda

Live calculation

AC · Jam

11.43 Jam

AC · Energi

12 kWh

AC · Daya

1,050 W

Planning estimates, not equipment approval. Review the assumptions below before choosing a system.

No location or tariff is detected automatically. All results use the values you enter.

This guide is available in English and Urdu. English is shown below.

What is this tool used for?

Use this tool to estimate how many equivalent hours of air-conditioning your daily solar energy could cover after other electricity use.

How to use this calculator

Enter array capacity, peak sun hours, losses, other daily consumption, the AC's electrical input watts and its duty cycle. Use electrical input, not cooling capacity or AC tonnage.

Understanding your results

The result is an energy-equivalent runtime capped at 24 hours. It does not mean the AC can run at every moment of daylight. Instantaneous solar output and inverter power still matter, and nighttime operation needs grid supply or storage.

Cara menghitung

Solar energy = array kWp × peak sun hours × (1 − losses). Available energy = max(0, solar energy − other usage). Equivalent runtime = available kWh ÷ (AC watts × duty fraction / 1,000), capped at 24 hours.

Metodologi →

Sebelum menggunakan hasil

This is an energy-equivalent runtime, not guaranteed daytime operation. Solar output varies through the day. Check simultaneous power, starting surge and inverter limits; nighttime use needs storage or grid supply. Use electrical input watts, not cooling watts or tonnage.

What should I check before using this estimate?

Lanjutkan perencanaan

Semua kalkulator →

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Separate continuous power, apparent power and short starting surges.

Perkiraan Anda