How Does Voltage Optimisation Work?
Voltage optimisation works by reducing the voltage supplied to equipment to the minimum required level, without affecting the equipment’s performance.
In the UK, the standard voltage supplied to equipment is 230 volts. There is typically a tolerance of -6% and +10%.
Some equipment may only require a lower voltage to operate effectively. If that equipment is constantly exposed to a higher voltage it can result in damage. It also wastes a significant amount of energy over the lifespan of the equipment.
A voltage optimisation system will typically consist of a transformer and control unit.
The transformer reduces the incoming voltage to the required level. The control unit monitors the voltage and adjusts the transformer to maintain the stability of the voltage output
An electrical device may only require 200 volts to operate. A voltage optimisation system can reduce the voltage supplied to that device from 230 volts to 200 volts.
The system reduces energy consumption and helps to avoid over-voltage. This can cause damage to electrical equipment.
By reducing the voltage supplied to electrical equipment, voltage optimisation can benefit UK businesses.
Benefits include:
- Reduced energy costs
- Improved equipment lifespan
- Reduced carbon footprint
- Improved power quality
- Improved power factor
We will cover these benefits in more detail later in the article.
It’s important to note that the savings businesses can achieve through voltage optimisation may vary. This will depend on the equipment being used and the business’s energy usage patterns.
It’s important for businesses to work with a trusted and experienced provider. This will determine the best approach to voltage optimisation for their specific needs.
The supplier will help you make an informed decision on whether a voltage optimisation system will benefit your business.