Sustainability is leading the conversation in most industries today. As with the majority of sectors in the construction and maintenance industry, the Heating, Ventilation, and Air Conditioning (HVAC) market is under pressure to go greener. Sustainable HVAC systems are an important innovation for both the industry and our planet. Homeowners and technical workers can benefit from new technologies that reduce the environmental impact of HVAC systems while maintaining their design integrity.
Students training for a career within the HVAC industry will study the installation and maintenance of different HVAC systems in residential and commercial environments. Gas codes and regulations are other important features of HVAC training. To get to grips with the evolving trends of the industry, read on for an overview of the benefits and concepts behind sustainable solutions in HVAC design.
The Benefits of Sustainable HVAC Systems
The drive to reduce energy consumption, greenhouse gases, and the use of fossil fuels are top concerns when it comes to sustainable design initiatives. Delivering hot water and heating to buildings produces a significant greenhouse gas footprint. Sustainable HVAC systems offer a solution to the environmental expense of traditional heating and cooling methods. HVAC systems such as heat pumps work by transferring heat between indoor and outdoor spaces to regulate the temperature of the building. In that sense, they are sustainable alternatives to boilers or furnaces that rely on fossil fuels.
Students in HVAC school might be interested to know that sustainable HVAC systems save both energy and costs in the long run. Up to 30 percent of the energy generated for use in commercial buildings is wasted. On average, HVAC systems last up to 15 years–a long time to endure high energy expenses and greenhouse gas emissions. Both workers and homeowners can benefit from the reduced cost of climate control over the building’s life cycle. It’s important for construction and maintenance technicians to know which sustainable technologies provide the best return over time.
Sustainable HVAC Solutions
There are numerous ways to achieve sustainability in HVAC systems. Thermal air conditioning is a great way to conserve energy without sacrificing power and comfort. Instead of relying on electricity, these units use solar panels to draw energy from their surroundings–an efficient and cost-effective solution.
Duct wrap is another staple of the HVAC industry that is used to reduce energy loss that can occur in air ducts. Unlike regular duct wrap, quiet duct wrap is made from recycled denim reduced from landfills. Quiet duct wraps also prevent irritants or other organic compounds from reducing indoor air quality.
The dual-fuel heat pump is a great solution that uses a combination of fuel types. The dual-fuel heat pump uses both electricity and gas to generate efficient heating and cooling. For homeowners who are concerned about the reliability and power of sustainable systems, the dual-fuel heat pump is one to count on. The pump uses electricity above 1.67 degrees Celsius, but if the temperature drops lower, the pump resorts to gas to heat the home. In that way, sustainable systems provide powerful solutions without compromising energy-efficient efforts.
The Future of Sustainability for Those in HVAC College
Students in HVAC technician courses will work with numerous types of equipment to construct and maintain HVAC systems–including: measurement gauges, refrigerant lines, and air ducts. Voltmeters, thermometers, pressure gauges, and other testing devices are used to check airflow, refrigerant pressure, electrical circuits, and other components. Knowing how to apply these tools and materials to sustainable solutions is valuable to stay ahead of the industry. To become more sustainable, construction technicians should consider the bigger picture and think in terms of building integration. By choosing the right products, materials, and building designs, technicians can push for a more sustainable future for the construction industry.
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