EnergyAce Voltage Optimisation

EnergyAce PDFpdf file, 1,085 KB

What is the EnergyAce - Voltage Optimisation

EnergyAce is manufactured in the UK and is a highly efficient power optimiser installed in series with the main incoming supply usually connected via a circuit breaker and bypass switch arrangement.

EnergyAce works by carefully controlling the voltage and reducing the overall energy consumption of a site by reducing kw/h consumption without detriment to plant and operations.

EnergyAce works by carefully controlling the voltage and reducing the kw/h consumption of a site without detriment to plant and operations.

EnergyAce is supplied as standard with web enabled monitoring software, you can monitor a sites power usage form anywhere in the world via an internet connection

EnergyAce is available with additional bolt on benefits to improve the electrical efficiency to around 99%

EnergyAce is available with additional bolt on benefits of Active Harmonic Filtering to ensure a sites compliance with the latest Electricity Councils recommendations regarding harmonic distortion

EnergyAce Benefits and Savings

• Reduces energy consumption by up to 20%
• Reduces carbon emissions (see latest CRC legislation)
• Reduces circuit currents
• Reduces harmonic distortion
• Reduced Maximum Demand & Capacity Charges
• Improves electrical efficiency (power factor)
• Improves plant utilisation
• Extends life of electronic components and plant
• Protects form Transients Spikes & Surges  

For specific energy saving on lighting circuits only, please refer to EnergyAce Light

EnergyAce Light

EnergyAce Light technology reduces energy across a number of disciplines although in some applications like Storage Facilities, Parking Facilities and Operations that rely on a high degree of lighting, the main reduction in energy may be gained form optimising the lighting circuits alone to maximise a return on the investment by targeting the areas that benefit the most.

EnergyAce technology does not work as effectively on some types of load, maximum savings are usually gained on the more common inductive and lighting loads generated within an industrial or commercial environment and are less likely to return substantial savings on resistive and VSD loads, it is therefore important to understand the load profile of each individual site to ensure the predicted guaranteed savings are realised.

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