Best Melbourne-based gas ducted heating & cooling service
Why it is used?
- Free Home Inspection
- Measure and quote based on house plans or on-site
- Quick and easy turnaround time
- High-quality materials were used
- Care plan for scheduled maintenance
When you’re searching for “gas ducted heating service near me” for your home, we at Ellwood air conditioning are here to help. We have extensive industry experience and enjoy a great reputation for customer service excellence from the thousands of satisfied Melbourne customers we’ve helped in over two decades in business. It also provides both heating and cooling, so you can try out the benefits of each system throughout the year – if one doesn’t suit your needs, you can switch to the other!
Get the best air conditioning service across Melbourne that can withstand the harsh Australian climate.
FAQ about Evaporative Cooling?
As the name implies, it effectively functions as a gas heater that warms your house through vertical ducting. Through a system of vents scattered throughout your rooms, the heat is forced out to you after travelling through the network of ducts. Depending on available space, some homes have these vents put at ceiling height while others have them in the floor.
Not every home is a good fit for these systems. If the heater is put in the ceiling, you'll need a Natural Gas connection (not LPG), room for ducting in the ceiling or beneath the floor, enough room for maintenance and changing parts, and in the case of double-story homes, a hollow to send ducting below.
Your heater's energy efficiency is indicated by its star rating, which ranges from three stars for the least efficient models to six stars for the most cost-effective versions.
Not without first speaking with your salesperson. In order to function properly, you're heating or cooling system need a particular volume of air to be pushed out. If you restrict the air flow, the system may shut down.
It cannot be. Unfortunately, this is not practical since the ducts for evaporative cooling are significantly larger because it requires a higher volume of air.
