Innovations in Heating and Cooling
It’s not a secret that your car’s engine performs best when it is at a warmer temperature. But that heat has to go somewhere. Radiators are the solution.
A cooling system uses refrigerant, ductwork, and fans to distribute air. Heating systems use an energy source like gas or oil to warm the air.
Variable-Speed Technology
Variable speed technology is an important breakthrough in heating and cooling. This technology is used by the blower motors in gas furnaces and air handlers to operate at various speeds to regulate airflow in your home. This technology is designed for an even distribution of air throughout your home, which reduces hot and cold spots.
The idea behind variable speed technology is to match the system’s output with your home’s needs for energy. Most people would not drive their vehicle in one gear. Instead, they’d shift gears based on the driving demands of the vehicle or the road conditions. The same principle applies to your home. Variable speed systems provide homeowners and contractors a vast range of benefits including energy savings, lower noise levels, improved indoor air quality, and the potential for utility company rebates.
The variable-speed technology allows your system to operate more efficiently in low load conditions. This is because traditional systems use a setpoint, reaching the desired temperature before turning off. If the temperature of your home rises then the system turns on again to reach your desired temperature. This constant cycling expends lots of energy, particularly since the unit is starting up at full capacity again.
With a variable speed system, the compressor is operating at a lower capacity for prolonged periods of time and expends less energy. The result is that your system can save up to 30 percent on energy costs.
The use of variable speed technology combination with other energy-saving upgrades like zoning systems or smart controls, can increase the overall efficiency and performance of your system. Ask our team of experts whether a system that utilizes Greenspeed Intelligence and variable speed technology is right for your home.
We can help you make the best decision for your home, by explaining the advantages of a system with variable-speed technology, and how it can be used with other energy efficient products to provide the best results. Our licensed HVAC professionals have the expertise to assist you in the selection process. Call us now to learn more about our innovative Carrier-backed variable speed cooling and heating system.
Wi-Fi(r), Controls
Wireless smart thermostats let homeowners to have greater control over their HVAC systems while reducing energy costs and increasing comfort. These thermostats utilize wireless technology to communicate with a smartphone application or a computer, allowing users to monitor and control the temperature of their home remotely. Depending on the model the devices are able to detect patterns in the household and automatically alter schedules to reduce energy consumption when nobody is home, or to maximize comfort when the residents are at home.
Smart thermostats are simple to use and let you check on your system at any time. They can tell when you are away from home and enter an energy-saving “Away” mode to save on your electric bills. Once you’re back at home the system will go back to your regular home setting for maximum comfort.
The Wi-Fi(r), controls are more advanced than conventional thermostats and include additional features for convenience like email notifications remote system monitoring, and a personalised web portal that acts as your thermostat. They also let you control multiple zones from the same device. They are the ideal choice for managing a home vacation or rental property from afar.
A thermostat that is programmable can be programmed to regulate the temperature in different periods of the day to ensure optimal comfort for homeowners and renters. It can be difficult to keep up with the program of a thermometer programmable particularly when you have a busy schedule and kids’ activities. Smart thermostats equipped with sensors monitor room occupancy, indoor temperatures and outdoor humidity to track the conditions in real-time. It also monitors energy use to determine if cooling or heating is needed and makes the necessary adjustments.
Sensors and smart programming of the Wi-Fi(r) control system can reduce your home’s energy consumption by as much as 10 percent. They will not only lower your energy bills, but also lower your carbon footprint and help to create a cleaner environmental footprint.
ENERGY START(r) Certification
ENERGY STAR has become one of the most recognized and easily recognized labels across the United States. It’s that blue label you see on your fridge, light bulbs and other appliances. You can be sure that products bearing the ENERGY STAR label have been independently tested to ensure they adhere to strict standards for energy efficiency and reduce greenhouse gas emission.
The same standards that are in place to specific products can be applied to the entire building. To obtain the ENERGY STAR certification buildings must show at least 15% higher performance than the ASHRAE 90.1-2010 (or the state building code that it is permitted). The performance target includes a range of factors that affect the energy use of buildings, such as conditions of the weather, occupancy, the size of the heating and cooling system and the type.
A building must be independently checked by a HERS Rater to qualify for ENERGY STAR Certification. The HERS Rater examines the insulation, air barrier, and HVAC equipment in a house to make sure they are installed and sized properly. The Rater also performs detailed inspections of duct and ventilation leakage.
All of these steps are designed to help homeowners save energy and money while preserving their health and the environment. This is what makes ENERGY STAR certification an excellent way to increase the value of any home or apartment building. Research shows that ENERGY STAR certified homes and apartments tend to be sold or rented at higher rates.
In addition to providing long-term cost savings In addition to delivering long-term cost savings, ENERGY STAR certified buildings have also been found to have lower operating costs than comparable buildings. They also feel more comfortable and consume less electricity. The EPA estimates that ENERGY STAR-certified homes are able to save Americans $39 billion a year in energy costs.
High-Efficiency Systems
A high-efficiency HVAC system is more than just a way to save money on energy bills. It also has the potential to aid the environment and cut down on carbon emissions. High-efficiency systems consume up to one third less energy than older versions, which results in lower energy bills. High-efficiency systems lower greenhouse gas emissions and use low-ozone, non-toxic refrigerants.
It might cost more to install a brand new high-efficiency, energy-efficient system than a more traditional model. However, it will pay for itself in the long run through lower cost of energy and maintenance. It can also increase the value of your home’s equity, making it easier to sell when the time comes.
High-efficiency systems can provide a broad range of benefits, including increased comfort, a more quiet operation, and better indoor air quality. For instance, advanced filtration systems remove more harmful contaminants from the air. The systems can improve the comfort of the occupants as they provide precise temperature control, eliminating cold or hot patches.
Heating and cooling accounts for 45% of the electricity used in the average household. You will start saving money on your energy bills when you replace your old HVAC system with an energy-efficient unit. You can easily locate an Air conditioner or AC that meets your requirements by looking for the annual fuel utilization efficiency (AFUE) rating. The higher the AFUE rating, the higher the efficiency.
New energy-efficient furnaces can achieve up to 98% AFUE and convert all the heat energy generated by the fuel source into warmth for your home. This is a huge improvement over conventional furnaces that operate at only 80% AFUE, wasting 35 percent of the fuel they consume.
High-efficiency units use less energy and emit less greenhouse gases than earlier models, which helps to conserve the earth. They also can use non-toxic refrigerants, which eliminates the need to make chemicals that harm the ozone. Builders and contractors can reduce the environmental impact of their projects by incorporating high-efficiency system into green construction projects. These systems can also reduce construction costs, making them a smart investment for both occupants and builders alike.
