If you’re looking to maximize the efficiency of your waste chill air-conditioning system, there are a few steps you can take to ensure that you get the most out of your system. Firstly, it’s important to ensure that your system is installed correctly and is regularly serviced. This means that any problems can be avoided and your system will always run at peak efficiency.
The next step is to install a heat and chill recovery system. This type of system captures energy from the heated air leaving the building and uses it to pre-heat incoming fresh air, while also cooling down air inside the building in a process known as “free cooling”. This process can save up to 80% of energy costs associated with heating and cooling, meaning that your bills will be significantly reduced with this one simple step.
Euroheat Australia are experienced engineers and installers based in Perth who have been designing and constructing hydronic heating & cooling systems for over 30 years. They offer design and installation services for waste chill air-conditioning systems, so if you’re looking for an experienced team who can maximize the efficiency of your system then Euroheat Australia could be just what you need.
Finally, if you want to further reduce energy costs then consider investing in a variable speed drive (VSD). VSDs regulate motor speed by constantly monitoring pressure or temperature levels within the system, ensuring that only as much energy is used as necessary. This can result in up to 35% savings on energy costs compared to a standard motor setup – so it’s definitely worth considering!
Overall, if you follow these steps then you should be able to maximize the efficiency of your waste chill air-conditioning system – leading to significant savings on energy costs and improved comfort levels inside your home or business premises. With Euroheat Australia’s expertise in designing & constructing hydronic heating & cooling systems, you can rest assured knowing that your new waste chill air conditioning installation will be done right!
