There is no single “average home” in watts—climate, home size, heating fuel, and EVs can move monthly kWh by multiples. This page is the hub for our series: each country article interprets public statistics (often EIA-style for the US) and local utility reality so you are not limited to a one-number blog answer.
Tools: How to Calculate kWh from Watts and Hours · How to Calculate Electricity Bill from kWh · WattSizing Calculator
What to do first
- Read your own utility bill in kWh (import energy), not a generic national figure.
- Separate baseload (always-on) from seasonal heating/cooling.
- If you are sizing solar, backup, or a generator, build a load list from real appliances, not the national average alone.
Country and region guides
- Average home power usage in the United States
- Average home power usage in Canada
- Average home power usage in the United Kingdom
- Average home power usage in Ireland
- Average home power usage in Australia
- Average home power usage in New Zealand
- Average home power usage in India
- Average home power usage in Pakistan
- Average home power usage in Bangladesh
- Average home power usage in Sri Lanka
- Average home power usage in Nepal
- Average home power usage in Singapore
- Average home power usage in Malaysia
- Average home power usage in Indonesia
- Average home power usage in the Philippines
- Average home power usage in Vietnam
- Average home power usage in Thailand
- Average home power usage in the UAE
- Average home power usage in Saudi Arabia
- Average home power usage in Turkey
- Average home power usage in South Africa
- Average home power usage in Nigeria
- Average home power usage in Kenya
- Average home power usage in Mexico
- Average home power usage in Brazil
Each guide focuses on that market’s data sources and the usual “what search results skip” (tariff design, weather, and electrification), without copying one template across countries.
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Model real loads, not a generic average: WattSizing Calculator.
