VO – Voltage Optimization
Site-wide energy savings with
Voltage Optimization covers a cutting-edge technology which seek to stabilize, regulate and reduce voltage use at your site. Part of the best.energy commercial solution stack, it is now reducing energy consumption across the globe.
Stop Wasting Money on High Voltage
Your assets don’t need the voltage you’re giving them, so why pay for more than you need?
If your site is being supplied with electricity at a higher voltage level than you need, you could be wasting energy, wasting money and producing excessive carbon emissions. Voltage optimization can help.
Electrical equipment can sometimes consume more power at higher voltages. Voltage optimization reduces the voltage of the electricity supplied to equipment, minimizing consumption while remaining within the operating conditions specified by the equipment manufacturer.
How does it work?
The basic principal of all voltage optimization equipment is to reduce the voltage level from that of the incoming supply. To achieve this change in voltage level, an electrical transformer (static or electronic) is required.
The ratio of primary to secondary windings of these electrical transformers is set to provide the desired level of voltage reduction.
Automatic effect without human input
Up to 18% energy savings almost instantly
Fixed & Variable ratio options
Particularly effective on assets like lighting, refrigeration and motors
Up to 99.5% operating efficiency
Up to 1140V maximum supply voltage
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This provides a fixed reduction at all times and is suitable for supplies that remain within their nominal tolerance. I.e. +/-6%
If cost is the overriding factor, the voltage drop can be reduced so the voltage remains within an acceptable tolerance. However, energy savings will be reduced.
This provides a constant voltage, regardless of load conditions, through continuous adjustment.
This type of equipment is suitable for supplies that DO NOT remain within their nominal tolerance. I.e. +/-6%
Understanding Your Load
To determine whether voltage optimisation will reduce your energy consumption, you will need to understand what percentage of your load is ‘voltage dependent’.
A voltage dependent load is an electrical device whose power consumption varies with the voltage being supplied to it. For example:
- Incandescent lamps
- Fluorescent lamps (with inductive ballasts)
- Metal halide and sodium lamps
- Most motors (including refrigeration compressors)
Motors in particular are an excellent target. Most motors in use today are designed to operate at a wide voltage range considerably below their typical supply. Operating motors at higher than their voltage range simply causes unnecessary losses.
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