Author name: ActronAir Team

Navigating the landscape of air conditioning can be daunting, particularly when understanding the energy consumption of various systems. Ducted air conditioning, while providing superior comfort, often raises eyebrows due to concerns about energy usage.  ActronAir is committed to energy efficiency and high-performance cooling solutions. Let’s jump into the energy consumption of ducted air conditioning and offer practical ways to enhance its efficiency. How Much Energy Does Ducted Air Conditioning Use? A typical ducted air conditioning system can be a substantial energy guzzler. But the exact consumption depends on several factors, such as its size, efficiency, how often it’s used, and your local climate. The Energy Consumption Spectrum To give a ballpark figure, a medium-sized system (around 10kW capacity) operating for 8 hours a day can consume around 20-30kWh of electricity. But remember, your mileage may vary! Factors Affecting Energy Use Factors like the thermostat setting, home or building insulation quality, and even the amount of sunlight hitting your property can all significantly impact how much energy your ducted air conditioning system uses. Decoding the Energy Efficiency Ratio (EER) The EER of an air conditioner is a crucial factor influencing its energy consumption. It’s the ratio of cooling or heating capacity to power input, and naturally, higher ratios signify better efficiency. Understanding the EER Simply put, the EER gives you the bang for your buck. An air conditioner with a higher EER will provide more cooling or heating for each unit of energy it consumes. EER and Its Effect on Energy Consumption A ducted air conditioning system with a high EER can consume considerably less energy than a low EER unit, even when providing the same amount of cooling.  Is Ducted Air Conditioning More Energy-Efficient? Ducted air conditioning systems are often seen as energy hogs, but are they less efficient than

Navigating the world of air conditioning systems can be complex, especially with the variety of options available in the market. One system that stands out due to its sophistication and individualised climate control capabilities is the multi-split air conditioning system.  At ActronAir, we understand the importance of finding a system that meets your needs and aligns with your energy efficiency goals and aesthetic preferences. Let’s shed light on what a multi-split air conditioning system is, how it works, its pros and cons, and some tips to keep it functioning optimally. What Is a Multi Split Air Conditioning System A multi-split air conditioning system is an advanced cooling system that allows you to independently control the temperature of different rooms or zones within your house. It comprises one outdoor unit and multiple indoor units installed in a separate room or space. Understanding the Functioning of Multi Split Air Conditioning System The beauty of the multi-split system is in its ability to cool different rooms and change over to heat different rooms when required. Each indoor unit is connected to the outdoor unit via a piping system, which transports refrigerant to create the desired temperatures. Key Components of Multi Split Air Conditioning System Outdoor Unit: The outdoor unit is the heart of the system, housing the compressor that pumps refrigerant through the system. Indoor Units: These are installed in individual rooms or zones and can be controlled separately. Piping System: A network of pipes connects all the indoor units to the outdoor unit, allowing refrigerant to flow between them. Advantages of Multi Split Air Conditioning System Energy Efficiency: Multi-split systems are typically more energy-efficient than traditional systems because they allow for individual room control. Design Flexibility: The system offers more design options as the indoor units come in various types and sizes

Understanding the principles of commercial air conditioning may seem like a complex task, primarily due to the sophisticated technology involved. However, comprehending its basic functionality and significance can be helpful for anyone dealing with such systems, whether you’re a business owner, property manager, or even a curious employee.  In this article, we demystify how commercial air conditioning works, delving into its components, operation, types, and importance of regular maintenance. The Basics of Commercial Air Conditioning Commercial air conditioning is more than just a luxury—it’s a critical element that impacts your business’ productivity, customer comfort, and energy costs. It involves cooling, heating, air cleaning, and circulation in buildings to create a comfortable indoor environment. Key Components of a Commercial Air Conditioning System A commercial air conditioning system consists of several key components, including a compressor, condenser, evaporator, and fan. Each plays a unique role in maintaining your building’s comfort. The Working of Commercial Air Conditioning The Cooling Process The magic begins with the compressor, the heart of any air conditioning system. It compresses the refrigerant, heating it up. As the hot gas cools down in the condenser, it transforms into a high-pressure liquid. The liquid refrigerant enters the evaporator coil, where it evaporates, absorbing heat and cooling the surrounding air.  Reverse cycle systems reverse the process to heat the air providing comfort inside when needed. The Air Distribution Process After cooling or heating the air, the air is directed to the various parts of the building delivering the air right where it is needed. The Dehumidification Process In addition to cooling, air conditioning systems also dehumidify the air. As the air passes over the cold evaporator coil, moisture is removed, creating a more comfortable indoor climate. The Importance of Regular Maintenance Regular maintenance is vital for a commercial air conditioning system’s

Air conditioning units are pivotal in maintaining a healthy, comfortable indoor environment. Yet, an often-overlooked aspect of air conditioner maintenance is the regular replacement of air conditioning filters.  This article will shed light on the integral role of air conditioning filters. We will delve into the lifespan of filters, the factors that can impact this lifespan, and the implications of failing to replace these crucial components.  Understanding Your Air Conditioning Filters Air conditioning filters are crucial components of your air conditioner. They’re essentially barriers that filter out dust, allergens, and other pollutants from the air. Why are they important? They keep your indoor air clean, providing you with a healthier environment. Plus, they prevent these particles from damaging the internal components of your AC system. Without a functioning filter, your air conditioning system would be exposed to debris that could impair its operation. The Lifespan of an Air Conditioning Filter A typical air conditioning filter lasts between 60 to 90 days when they are either replaced or cleaned. Factors Affecting Lifespan Your filter’s lifespan will depend on the filter type, air quality, usage, and pets. If you live in a polluted location or your pet sheds, you may need to change your filter more often. How Often Should You Change Your Filter? As a general rule, most experts recommend changing your air conditioning filter every 60 to 90 days. This guideline is applicable for a typical suburban home with no pets. Specific Situations Your filter might need to be changed more frequently if you have pets or someone in your home has allergies. If you’re using your AC more heavily, like in the peak of summer, it’s advisable to check the filter every month. How to Change Your Air Conditioning Filter Changing an air conditioning filter is a simple task.

Does the thought of solving problems and working with your hands excite you? If so, a career as an air conditioning technician may be just the ticket. In a country as climatically diverse as Australia, this trade profession is not just necessary—it’s indispensable. Let’s explore how you can steer your career towards this rewarding path. Understanding the Job Role What Does an Air Conditioning Technician Do? Air conditioning technicians install, maintain, and repair air conditioning systems in homes, businesses, and industries. Their job involves understanding complex technical drawings and diagnosing and fixing issues ranging from simple leaks to serious mechanical failures. They ensure comfort in the scorching summers and cosy winters. Why Become an Air Conditioning Technician? Apart from the satisfaction of providing comfort, the role of an AC technician brings stability and a good income. With the constant need for climate control solutions, you’ll enjoy a steady workflow. Educational Requirements High School Preparation While still in high school, students interested in this field should focus on subjects such as physics, mathematics, and technical drawing. These provide a solid foundation for future specialised training. Vocational Training and Courses Following high school, vocational training is the next step. Many institutions in Australia offer courses in air conditioning and refrigeration. These provide essential theoretical knowledge and hands-on skills. Certifications and Licencing Certificates in Air Conditioning and Refrigeration Earning certificates like Certificate III in Air-conditioning and Refrigeration from an accredited Australian institution will be a significant stepping stone on your path. Getting Licence in Australia To legally work as an AC technician in Australia, you must be licenced by the Australian Refrigeration Council (ARC). This involves passing an examination demonstrating your competence. Also, you will be required to hold a state licence to perform contracting work. Practical Experience and Apprenticeships Value of an