When Darryl’s home in the west needed reliable heating and cooling, he turned to En3rgy Solutions for a modern upgrade. We supplied and installed a 16kW Mitsubishi Electric Inverter Technology ducted reverse cycle system. Designed for larger homes, this advanced system delivers efficient, year-round comfort for the entire two-storey home.

Smarter Zoning for Greater Efficiency

To give the family complete flexibility, the installation included an Airtouch 5 zone control system. This smart controller allows different areas of the home to be heated or cooled only when needed. With its WiFi compatibility, Darryl can also adjust the temperature remotely from his smartphone, making energy savings effortless.

Energy Savings Without Compromise

Older air conditioning systems often run inefficiently, leading to higher power bills. By upgrading to a new ducted inverter technology reverse cycle system, Darryl can now enjoy the perfect temperature in every season — while keeping running costs down. Mitsubishi’s advanced technology and efficient R32 refrigerant mean the system uses less energy without compromising on performance.

Tailored for Adelaide Homes

Every installation is carefully planned to suit the home’s layout. For Darryl’s two-storey property, the system was designed with multiple outlets, a larger than normal return air grille, and new ducting to suit. With nine operational zones, the family can choose comfort where they need it most — from bedrooms to living spaces.

Installation You Can Trust

At En3rgy Solutions, our experienced, brand-trained, in-house technicians carried out the full installation. From ductwork to a dedicated power supply, they ensure everything is set up for long-term efficiency and comfort, giving you peace of mind knowing the installation is completed to Australian standards and backed by guarantees.

The Customer’s Verdict

Darryl was so impressed with his new system that he left En3rgy Solutions a 5-star Google Review. Another Adelaide home now enjoys year-round comfort with reduced energy costs.