Integrated Energy Efficiency

Using electricity efficiently is a key component to bringing down the costs of your energy bill. This can require investment in new technology or it can be as simple as changing simple daily behaviour. We provide energy efficiency site assessments to reduce your energy usage.


Lighting Upgrades

Old fashioned lighting appliances are inefficient and cost a lot of money to run. Leading Edge Energy offers comprehensive advice on the different types of lighting solutions including Halogen, LED and compact fluorescent lamps which will save you money from day one.

Depending on the nature of your business, lighting costs account for an average of 20% of an energy bill and switching to energy-efficient lighting will reduce your lighting costs by up to 90%.

We will assess your business lighting needs and recommend the right type of bulbs which will give the biggest cost benefit over time in terms of consumption as well as lifespan.

We will identify how many hours a particular bulb will be on for and find the most cost-effective solution in terms of replacement costs against energy use.

We also take into account factors such as ambient lighting and lighting which may be required for specific tasks and dimmable bulbs. This means that we can recommend different types of bulbs which give off brighter or dimmer light so you can make big savings on your energy bill. We also recommend dimmer switches which allow you to adjust the brightness of light according to your needs.


Heating and Cooling Upgrades

A huge chunk of electricity costs stem from heating or cooling systems. Whether you are an office based business or are involved in food processing, a lot of your energy costs are attributed to air conditioning, heating and refrigeration systems.

Leading Edge constantly evaluates the market for the best and most efficient natural refrigerant based systems on the market which we recommend. Using hydrocarbon refrigerants blends rather than synthetic refrigerants can result in savings of between 17 and 38% on energy.

When it comes to air conditioning units, we can audit your business space and recommend the optimal heating and cooling output. Over laboured systems work harder and therefore consume more energy in the process while under utilised power results in poor efficiency as well as a bigger capital expenditure.

We will identify the ideal system for your business to save you money on the spot and in the long term. We also recommend innovative upgrades to air conditioning and HVAC units which can reduce consumption by 20 to 60%.

We also recommend upgrades to refrigeration systems such as variable-speed drives to control compressor and fan motors to run at a lower frequency in quiet periods.

We also offer expert advice on maintenance of units as well as simple tips to improve efficiency and extend the lifespan of the devices.


Power Quality Upgrades
Voltage optimisation

Australia’s power supply fluctuates and varies in voltage due to the long distances covered by poles and wires and old distribution networks designed to operate at a higher voltage. This situation is compounded by the widespread intensive use of air conditioning units. Often the voltage supplied is much higher than what is required – often up to 255V or more per phase. By correcting the voltage we can lower the amount of energy consumed by electric motors including air conditioning and refrigeration by up to 10%.

If a site is being supplied at a higher voltage than necessary it will result in wasted energy, higher electricity bills, power quality issues and increased wear and reduced lifespan of electrical equipment.

Voltage optimisation technologies are installed in series between the distribution transformer and the main low voltage distribution board, allowing all of the consumer’s electrical equipment to benefit from an optimised power supply.

Power factor correction

Power factor is the difference between real power and apparent power. Apparent power is the power the network sees and real power is the power used on site. By correcting the power factor we can reduce demand/capacity charges by up to 10%. We do this by working out the difference between the real power and apparent power and installing capacitors to correct the demand to what is actually needed to operate various appliances.

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