Essential Engineering Tool

Energy Unit Converter

Convert between all common energy, power, and flow units instantly. Essential reference for engineers, analysts, and energy professionals. Bookmark this page for quick access.

Energy

3,412 BTU
1 kWh = 3,412.14 BTU
Quick Reference
1 kWh3,412 BTU
1 therm29.3 kWh
1 toe11,630 kWh

Power

1.341 hp
1 kW = 1.341 hp
Quick Reference
1 kW1.341 hp
1 ton3.517 kW
1 kW3,412 BTU/hr

Gas Volume

35.31 SCF
1 m³ ≈ 35.31 SCF
Quick Reference (Natural Gas)
1 m³~10.5 kWh
1 MCF1.027 MMBTU
1 therm100,000 BTU

Temperature

77 °F
25°C = 77°F
Key Points
0°C32°F / 273.15K
100°C212°F / 373.15K

Pressure

14.5 psi
1 bar ≈ 14.5 psi
Quick Reference
1 atm101.325 kPa
1 bar100 kPa

CO₂ Emissions

450 kg CO₂
Based on 0.45 kg/kWh grid factor
Emission Factors
Grid (avg)0.45 kg/kWh
Nat. gas5.3 kg/therm
Gasoline8.89 kg/gal
Diesel10.21 kg/gal

Complete Energy Conversion Reference

Unit kWh MJ BTU therm
1 kWh 1 3.6 3,412 0.0341
1 MJ 0.278 1 948 0.00948
1 therm 29.3 105.5 100,000 1
1 MMBTU 293 1,055 1,000,000 10
1 toe 11,630 41,868 39.68M 396.8
1 GJ 277.8 1,000 947,817 9.48

The Global Language of Energy Measurements

In the global energy sector, professionals must often navigate a complex landscape of different measurement systems. While the International System of Units (SI) uses Joules (J) and Watt-hours (Wh), the oil and gas industry often trades in British Thermal Units (BTU), Therms, or Tonnes of Oil Equivalent (toe). Our Energy Unit Converter bridges these gaps, ensuring engineers and analysts can communicate accurate data regardless of regional standards.

Common Energy Units Explained

Why Accuracy Matters

Small conversion errors can lead to massive financial discrepancies in energy trading or significant engineering failures in system sizing. Using a precise, digitally validated converter eliminates "rule of thumb" errors and ensures compliance with ISO and ASTM standards for energy reporting.