Voltage Stabilisation

In Australia and other countries, voltage levels provided by power companies are not typically matched to the optimum level for most electrical equipment (typically 220v). One of the reasons voltage stabilisation is so effective is because the optimal voltage for most businesses is less than the average voltage supplied from the Australian national grid at 242volts (which can vary between 216volts and 253) whereas the nominal Australian voltage is 230volts. So why pay more than you need?
Voltage Stabilsation

For example

if your incoming power is 245volts but the optimal voltage for your business is 225volts, you are paying for 20 volts more than you need. By installing voltage stabilisation to achieve your optimum voltage you will also benefit from greatly reduced maintenance costs as electric motors and lights will last longer and computerised equipment will run without a glitch. This is all because the equipment is now running at the lower voltages that it was designed to run at.

For every 5 volts over the appliance's recommended voltage, its lifespan will be reduced by 56%.

Voltage Stabilisation sees:

Reduce Energy Bills

In Australia and other countries, voltage levels provided by power companies are not typically matched to the optimum level for most electrical equipment (typically 220v). In order to reduce energy bills up to 25%, companies have been aided by the advanced technology of PowerSave Voltage Stabilisation which diminishes wasted power and reduces a company’s carbon footprint while contributing towards their Carbon Reduction Commitments. It does all of this by lowering the mains voltage to the level which is needed by electrical equipment (normally considered lower than the standard 240V).

One of the reasons voltage stabilization is so effective is due to the fact that the optimal voltage for most businesses is less than the average voltage supplied from the Australian national grid at 242volts (which can vary between 216volts and 253) whereas the nominal Australian voltage is 230volts. So why pay more than you actually need? For example, if your incoming power is 245volts but the optimal voltage for your business is 225volts, you are paying for 20 volts more than you need. In actual fact, by installing voltage stabilisation to achieve your optimum voltage you will also benefit from greatly reduced maintenance costs as electric motors and lights will last longer and computerised equipment will run without a glitch. This is all because the equipment is now running at the lower voltages that it was designed to run at.

For every 5 volts over the appliances recommended voltage its lifespan will be reduced by 56%

iVolt

Our iVolt Voltage unit is a state-of-the-art variable voltage optimisation unit that reduces your energy consumption and can cut your electricity bill by up to 25%. The iVolt is based on the Sollatek AVR (Automatic Voltage Regulator) which has been in use for the last 30 years with over 1 million Sollatek units installed worldwide.

Our iVolt Units have an expected service life of over 50 years and comes with Warranty of 15 years (parts and labour) on all transformer windings and electronic control boards.

The iVolt® maximises energy savings by using unique microprocessor, thyristor and transformer technology to ensure that the output power to your facilities is stable and optimised for maximum energy savings.

The iVolt Units have Unique IRT Energy Monitor technology which Measures and reports energy savings so that you can track your ongoing energy savings accurately. An optional iVolt® communications module allows data from the IRT Energy Monitor® to be transmitted to a secure web based portal, so you can check your savings online.

You can read more on the iVolt website
You can read more on the iVolt website
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