Today, the world runs on critical infrastructure and technology. Planes, Hospitals, Factories, Data centers, Vehicles, The electrical grid, These are things people depend on every day, And the companies behind them depend on us to help solve some of the toughest power management challenges on the planet. At EATON, we’re dedicated to improving people’s lives and the environment with power management technologies that are more reliable, efficient, safe and sustainable.
We are a power management company made up of approximately 85,000 employees, doing business in more than 175 countries. Our energy-efficient products and services help our customers effectively manage electrical, hydraulic and mechanical power more reliably, efficiently, safely and sustainably. By giving people tools to use power more efficiently. Helping companies do business more sustainably. And by encouraging each and every employee at Eaton to think differently about our business, our communities—and the positive impact we can have on the world.
Eaton Solution for the 9 Power Problems
1. Power failure
Also known as a blackout, this complete interruption of the electrical supply can be sparked by a variety of sources including utility equipment failures, storms, objects striking lines or poles, fire and human error. Equipment damage and data loss are common consequences.
2. Power sags
This sudden drop in the normal voltage level often results in serious equipment malfunctions and is usually caused by faults on the transmission or distribution network, connection of heavy loads or start-up of large motors.
3. Power surges
These very fast voltage variations are triggered by lightning, line or capacitor switching and disconnection of heavy loads. They destroy electronic components and lead to data processing errors, data loss and electromagnetic interference.
4. Undervoltage
Also termed a brownout, this voltage drop typically lasts from a few minutes to a few hours and is usually caused by overdemand or intentional “throttling” of electricity during peak demand. It can ruin computers and other electronic devices.
5. Overvoltage
Data loss, flickering of screens, and equipment damage are among the consequences of these momentary voltage increases generally caused by starting/stopping of heavy loads, poorly dimensioned power sources, and poorly regulated transformers.
6. Line noise
Electromagnetic interference or improper grounding most often produce these superimposed high frequency signals on the waveform, resulting in disturbances to sensitive electronic equipment, data loss and data processing errors.
7. Frequency variation
The loss of stability in a power supply’s normal frequency of 50 Hz or 60 Hz most often results from heavily loaded generators. The problem can cause motors to run faster or slower, leading to inefficiency, excess heat and degradation.
8. Switching transients
These momentary changes in voltage or current that can damage equipment stem from lightning, switching of loads and capacitor banks, opening and closing of disconnects on energized lines, re-closure operations and tap changing on transformers.
9. Harmonic distortion
This distortion of the normal power wave is generally transmitted by unequal loads and can result in resonance, overload, and overheating of cables and equipment, among other problems.
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