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Saving Energy Has Never Been Easier

You can expect up to 40% energy saving on your air-conditioning and up to 30% on your refrigeration without your cooling output being affected with PlasmaGuard Energy Saver™.

1

Air Conditioning

  • Commercial split type air-conditioners

  • Packaged based and double expansions DX units up to the largest sizes

  • Ducted air-conditioners with AHUs

  • Inverter based VRV and VRF air-conditioners

2

Refrigeration

  • Industrial refrigerators used in the manufacturing sector

  • Walk-in refrigerators

  • Retail refrigerators

3

Cooling

  • Data Centers

  • Comms Rooms

  • Server Rooms

Applications

Frequently Asked Questions

How does it work? 

In most air- conditioning applications, a lot of energy is wasted because the unit’s compressor (the main running cost component) runs much longer than is needed. Using our patented process called Optimized Refrigerant Supply (ORS ) the advanced PlasmaGuard Energy Saver™ control device reduces the run-time of the cooling system compressor, therefore, reducing electricity consumption even in the most demanding high and humid environments.

Does it affect the air-conditioner?

PlasmaGuard Energy Saver™ does not affect the air-conditioner unit as it is installed inline with the thermostat and provides more accurate temperature control. 

How does it provide more accurate temperature control?

The PlasmaGuard Energy Saver™ ORS technology uses two temperature sensors in an algorithmic energy trading control arrangement to monitor the thermodynamic (room or space temperature) and the hydraulic (refrigerant supply) performance of the connected air-conditioning or refrigeration system. 

 

In operation, this algorithmic energy trading approach first uses the room or space temperature sensor to ensure that a required setpoint has been achieved. Subsequently, this temperature sensor ensures that the space is maintained within +/-0.5°C (+/-0.9°F) of the required setpoint. Meanwhile, a second temperature sensor connected to the indoor evaporator coil is used to identify when the compressor has done its useful hydraulic work in producing a supply of high-pressure liquid refrigerant. Using the built-in algorithmic energy trading control, the PlasmaGuard Energy Saver™ ORS advanced system then starts and stops the compressor at appropriate times to optimize running costs.

Can I view my power consumption and savings data?

PlasmaGuard™ provides customers with an IoT user-interface that can be accessed via an Android smart phone app or over the internet. Users can access power consumption and savings data (kWh/ CO2). The interactive graphs show PlasmaGuard Energy Saver™ data from the installation date to granular data i.e. performance today.

Who Has Already Been Saving

We help businesses to make big energy and carbon savings without changing cooling needs so that your building users are kept comfortable, equipment stays cool and your produce remains chilled.

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Meet PlasmaGuard Energy Saver™

How does it work?

In most air-conditioning applications, a lot of energy is wasted because the unit’s compressor (the main running cost component) runs much longer than is needed. Using our patented process called Optimized Refrigerant Supply (ORS ) the advanced PlasmaGuard Energy Saver™ control device reduces the run-time of the cooling system compressor, therefore, reducing electricity consumption even in the most demanding high and humid environments. This leads to less energy usages, reducing your carbon footprint while saving you money.

Quotation mark

“I am very happy with the substantial energy savings that your system has provided on our air conditioning and I am keen to keep working with you on installing more units.”

Tariq   |  Director, SUBWAY

Buy PlasmaGuard Energy Saver™ Today