There are THREE solution sets available for Power Optimization:

♦  Voltage Optimization
♦  Power Factor Correction
♦  Power Quality

The average voltage supplied in the U.S. is 493 volts – but most motors and equipment are optimized at 460 volts. So when the power company sends electricity to your client’s building, they have no idea what they are actually doing with it or how much they actually need – they just receive the same basic supply every day and try to figure out what to do with it.

And that supply is almost always more than what they need – but the electric company still charges them for the entire supply they send to their building, even though they only use a portion of it.

Giving their building, facility or property more voltage than it needs wastes not just electrical energy, but also money – and a lot of it – adding as much as 20% or more to your client’s electricity bill. Plus, ‘overvoltage’ can dramatically shorten the life expectancy of all the equipment trying to handle the excess voltage (higher voltage is usually transformed into heat).

What your clients need is power optimization.

♦  By making sure your client’s building is only paying for the electricity it actually uses – and nothing more – they can see their electric costs drop an average of 5-15% (in some cases, we have seen this to be as high as 21%), and the savings are guaranteed.

♦  Voltage-sensitive equipment – such as induction motors found in HVAC systems, pumps, exhaust fans, and even some types of older lighting such as halogens and incandescents – are very susceptible to sudden changes in electrical voltage.

Higher voltages can overburden electrical equipment, causing repeated stress and heat which ultimately can reduce their life expectancy.

With power optimization, equipment lasts significantly longer.That means lower replacement and maintenance costs – your client’s equipment will operate as efficiently as possible at all times, while the long-term usability of that equipment will be maximized.