Cost of Converting from Evaporative Cooling to Refrigerated AC

One of the most common inquiries from homeowners in Melbourne pertains to the transition from evaporative cooling. This traditional cooling method has long been a popular choice; however, it faces considerable challenges in humid conditions, requires open windows for optimal function, and does not provide necessary warmth during the chilly winter months in Melbourne.

Upgrading to a refrigerated reverse cycle ducted air conditioning system effectively addresses these limitations. With this advanced system, you can enjoy exceptional cooling even on the hottest and most humid summer days in Melbourne, efficient heating throughout winter, and the ability to fully seal your home for streamlined control of indoor temperatures—all managed through a single, integrated unit.

This comprehensive guide will clarify the transition process, expected costs, and key factors to consider before making your decision. Contact us today to discuss your evaporative changeover cost and discover your eligibility for the VEU rebate.

Discover the Key Steps Required for Transitioning from Evaporative Cooling to Refrigerated Air Conditioning

The transition from one cooling system to another can often be more complex than homeowners initially expect. Understanding the steps involved in this transition will empower you to make an informed decision regarding your home’s climate control options. This knowledge is essential for ensuring that you select a system that caters to the specific needs of your household.

Evaporative coolers are typically installed on the roof and use a distinctly different duct system than refrigerated air conditioning. The ducts currently used for evaporative cooling are larger and lack insulation, making them unsuitable for a new refrigerated setup. Therefore, the changeover process consists of several critical steps:

• Removing the existing evaporative unit from the roof and securely sealing the area to prevent leaks or damage.
• Taking out the current evaporative ductwork to make way for new installations.
• Installing new insulated ductwork specifically designed for refrigerated air conditioning systems, ensuring optimal efficiency.
• Positioning both the outdoor and indoor units required for the new reverse cycle system for effective air distribution.
• Completing all electrical work necessary to support the new setup and guarantee safe operation.

Generally, this entire operation takes a full day to complete; however, larger homes may require up to two days. The final outcome is a brand-new system, providing you with more than just a temporary fix on the previous infrastructure and ensuring long-term comfort and efficiency in your home.

What Are the Advantages of Combining Evaporative Cooling with Gas Heating Systems in Many Melbourne Homes?

Many homes in Melbourne have been designed with two distinct systems: gas ducted heating for the colder winter months and evaporative cooling for the warmer summer months. This dual-system approach has effectively addressed the unique demands of each season, ensuring that homeowners remain comfortable regardless of the weather conditions.

If your home fits this description, the good news is that you can replace both systems with a single, efficient reverse cycle ducted system in one installation process. Furthermore, by removing a gas heating appliance, you become eligible for the Victorian government’s VEU rebate. This rebate directly reduces your installation costs, streamlining the process without the burden of additional paperwork.

The pricing listed below reflects this scenario—replacing both your gas ducted heating and evaporative cooling systems with a new reverse cycle system, inclusive of the VEU rebate.

System Size	Up to	All-in price (incl. VEU rebate & ducting)
12.5KW	6 outlets	From $6,300
16–17KW	10 outlets	From $7,300

The prices mentioned are comprehensive and account for every cost—including GST, the VEU rebate, the removal of outdated systems, roof patching, and complete installation of new ductwork and grilles. Additionally, premium systems from renowned brands are available at higher price points. We will guide you through the available options during our thorough assessment of your home to ensure you receive the best solution tailored to your needs.

What Are the Alternatives If My Home Only Features Evaporative Cooling Without Gas Heating?

If your home relies solely on evaporative cooling and you wish to maintain that system, we can replace your current unit with a new evaporative system starting from ,400. It is important to note that no VEU rebate applies in this case since evaporative cooling operates on electricity, meaning no gas appliance is being removed during the process.

However, if you are considering an upgrade to a refrigerated reverse cycle system—which provides both heating and cooling year-round and operates effectively even on humid days—we are here to assist you. Reach out to us today, and we’ll explore both options tailored specifically to your home’s unique requirements and conditions.

Understanding the VEU Rebate: Enhancing the Affordability of Your Transition

The Victorian Energy Upgrades (VEU) programme offers a rebate when you replace a gas heating appliance with a qualifying premium reverse cycle electric system, whether it be a ducted or split system. This rebate is applied upfront, meaning the prices in the table above already reflect its deduction. You will not need to submit separate claims or wait for payment; we handle all necessary paperwork on your behalf, simplifying the process for you.

To qualify for this rebate, the new system must have a high energy efficiency rating. Rest assured that every system installed by Beyond meets this essential criterion, ensuring you benefit from both financial and environmental advantages.

For further information, please refer to the VEU rebate information page, which outlines eligibility and application details.

Why Is Evaporative Cooling Becoming Less Favoured Among Homes in Melbourne?

Initially, evaporative cooling systems were designed to excel in dry heat conditions. However, Melbourne’s summers have increasingly become more humid, rendering evaporative systems less effective when cooling is most needed. Furthermore, these systems require windows and doors to remain open, allowing dust, pollen, and outdoor air to enter your home, which significantly compromises indoor air quality and comfort.

In contrast, refrigerated reverse cycle air conditioning operates efficiently, irrespective of humidity levels. It allows you to keep your home sealed while maintaining a controlled indoor temperature and also provides heating during winter, making it a versatile solution. Many homeowners who transition to this system often express a desire that they had made the switch sooner after experiencing the enhanced comfort and efficiency of their new installation, which contributes to a more enjoyable living environment.

If you have solar panels installed, you can power your cooling system using solar energy during the summer months. In winter, this arrangement helps keep your home warm during the day when your solar panels generate the most electricity, optimising your energy usage and reducing costs.

Addressing Common Questions Regarding the Transition Process

Why can’t the existing evaporative ducts be utilised in the new system?

The existing evaporative ducts are designed to be larger and lack insulation; they are engineered to handle high volumes of air at low pressure. Conversely, refrigerated systems operate differently and require smaller, insulated ductwork to maintain optimal temperatures during the air distribution process. Reusing the old evaporative ducts would lead to inefficiencies and significant energy loss. Therefore, installing new ductwork is an essential aspect of the changeover, ensuring your new system functions at peak performance.

What happens to the roof opening once the evaporative unit is removed?

As part of the installation process, we will patch the roof opening. The old evaporative unit will be removed, and the roof opening will be sealed and weatherproofed to prevent any leaks. The outdoor unit of the new refrigerated system will be positioned either at ground level or mounted on a wall bracket, rather than remaining on the roof, thus enhancing both the aesthetics and functionality of your home’s exterior.

Does the new system provide both heating and cooling functionalities?

Absolutely. This dual functionality is one of the main reasons many homeowners in Melbourne choose this upgrade. A reverse cycle ducted system is capable of providing both heating and cooling from the same vents, effectively replacing both gas heating in winter and evaporative cooling in summer with one comprehensive solution, thus simplifying climate control in your home.

Am I eligible for the VEU rebate if my home only has evaporative cooling without gas heating?

No, the VEU rebate is specifically available for the removal of gas heating appliances. If your home is exclusively equipped with evaporative cooling and does not have gas ducted heating, you will not qualify for this rebate. However, we can still provide you with a competitive quote for the changeover—simply get in touch with us for more information, and we will ensure you receive the best value for your investment.

How long does the installation process typically require?

In most cases, the changeover process can be completed in a single day; however, larger homes or those with more intricate roof configurations might require an additional day for completion. We will provide you with an estimated timeline during our assessment of your home to ensure transparency and allow for proper planning.

Will the new system operate efficiently on humid days when evaporative cooling systems struggle?

Yes, indeed. Refrigerated air conditioning works by extracting heat from the air inside your home, and its efficiency remains unaffected by humidity levels. In fact, it often performs better on humid days compared to dry conditions, which sharply contrasts with the challenges faced by evaporative cooling systems during such weather. This reliability makes refrigerated air conditioning a preferred choice for many homeowners.

If I have solar panels, will that help lower my running costs?

Absolutely, and significantly so. Summer is the peak production period for solar panels, coinciding with the times when you will be operating your cooling system most heavily. Utilising solar energy to power your air conditioning during the day dramatically reduces your energy expenses. Be sure to inform us about your solar setup when requesting a quote, and we can discuss zoning options that maximise your solar benefits, ensuring that you get the most out of your investment in renewable energy.