Enter a value in any field to convert between all units
Visual representation of power magnitude
Note: The visualization shows relative magnitude on a logarithmic scale.
Compare different power magnitudes across common applications
| Power Range | Example Applications | Typical Units |
|---|---|---|
| 1 pW - 1 nW | Ultra-low power sensors, quantum computing components | pW |
| 1 nW - 1 μW | RFID tags, energy harvesting devices, low-power sensors | nW |
| 1 μW - 1 mW | Bluetooth Low Energy devices, hearing aids, wearable sensors | μW |
| 1 mW - 1 W | LEDs, small electronic circuits, IoT devices | mW |
| 1 W - 1 kW | Smartphones, laptops, small appliances | W |
| 1 kW - 1 MW | Household appliances, electric vehicles, small buildings | kW |
| 1 MW - 1 GW | Small power plants, large industrial facilities, city districts | MW |
| 1 GW - 1 TW | Large power plants, regional power grids | GW |
| 1 TW - 1 PW | National power grids, global energy consumption | TW |
Understanding power units in various fields and industries
In electronics, power is typically measured in microwatts (μW) to watts (W). For example:
Understanding power consumption is essential for battery life calculations, thermal management, and energy efficiency design.
Industrial settings often deal with much larger power levels, measured in kilowatts (kW) to megawatts (MW):
Power calculations are critical for sizing equipment, designing electrical distribution systems, and energy management.
Power generation facilities produce enormous amounts of power:
Power units help engineers design and manage generation facilities to meet demand while maintaining grid stability.
Household power usage is typically measured in watts (W) to kilowatts (kW):
Understanding power consumption helps homeowners manage energy costs and size renewable energy systems appropriately.
Power is the rate at which energy is transferred, used, or transformed. The SI unit of power is the watt (W), which equals one joule per second (J/s).
Power units follow the standard SI prefixes: