Innovations in Heating and Cooling
It’s not a secret that the engine in your car performs best when it is at a warmer temperature. But that heat needs to go somewhere. This is where the radiator comes in.
A cooling system makes use of fans, ductwork and refrigerant to distribute air. Heating systems use fuel sources such as oil or gasoline to warm the air.
Variable-Speed Technology
Variable speed technology is a significant innovation in heating and cooling. The motors that blow air in gas furnaces and air handlers utilize this technology to regulate the airflow in your home. This technology is designed to help remove hot and cold spots, as well as enhance dehumidification during those hot summer days.
The concept behind variable speed technology is to make sure that the system’s output is compatible to your home’s requirements for energy. For instance, the majority of people wouldn’t use their car with just one gear, but instead change gears to match the demands of driving the vehicle and the road conditions. The same principle applies to your home. Variable speed systems provide homeowners and contractors a vast array of benefits that include energy savings, less noise levels, better indoor air quality and potential for utility company rebates.
Variable-speed technology also allows your system to operate more efficiently during light loads. This is because traditional systems operate at a fixed point and then achieving the desired temperature and then shutting off. The system will return to the cycle when the temperature in your home is at the desired comfort level. The constant cycle uses up a lot 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 than full capacity for long durations and consumes less energy. Your system could save you up to 30% in energy costs.
The use of variable speed technology conjunction with other energy-saving upgrades, such as smart controls or zoning systems can improve the overall effectiveness and performance of your system. Contact our expert team to determine whether a system that has variable speed technology and Greenspeed Intelligence is the right option for your home.
We can help you make the right decision for your home by describing the benefits of a system with variable-speed technology, and how it can be combined with other energy-efficient products to deliver optimal results. Our licensed HVAC professionals have the expertise to guide you through the selection process. Call us today to find out more about our innovative Carrier-backed variable speed cooling and heating system.
Wi-Fi(r), Controls
Wireless smart thermostats allow homeowners to take greater control over their HVAC systems, while reducing energy costs and enhancing comfort. These thermostats use wireless communications to connect to smartphones or computers that allows users to monitor and alter the temperature of their home from afar. These devices also learn household habits and automatically change schedules, reducing energy consumption when no one is at home or increasing comfort when residents return.
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 bill. When you return to your home, they’ll change to ”Home” mode for the best comfort.
As compared to standard thermostats, the Wi-Fi(r) controls are more advanced and include additional features for convenience, such as email alerts remote system monitoring, a customizable Web portal that displays just as your thermostat, and the capability to manage multiple zones using a single device. They are the perfect solution for managing a vacation home or rental property from afar.
A thermometer that can be programmed can be programmed to alter temperatures at various times throughout the day to provide maximum comfort. This is perfect for homeowners and tenants. It can be difficult to keep up with the program of a programmable thermometer particularly with busy schedules and children’s activities. A smart thermostat that has sensors in it tracks occupancy in rooms temperature, indoor and outdoor temperatures, and humidity to monitor the current conditions. It also monitors energy consumption in order to determine whether cooling or heating is needed and makes the necessary adjustments.
Sensors and smart programming of the Wi-Fi(r) control can cut down your home’s energy consumption by as much as 10 percent. They will not only cut your energy bills, but they can aid in reducing your carbon footprint and contribute to a healthier environment.
Energy START(r) Certification
ENERGY STAR is one of the most well-known and easily recognized labels in the United States. It’s on your appliances, lighting bulbs, refrigerators and other appliances. You can be confident that the products with the ENERGY STAR label have been independently tested to ensure they comply with strict energy efficiency standards and reduce greenhouse gas emissions.
The same standards that apply to specific products can be applied to whole buildings. To be qualified for ENERGY STAR buildings must perform at minimum 15% better than the ASHRAE 90.10-2010 (or state building codes). The performance benchmark includes a range of factors that influence energy usage including the weather conditions, occupancy levels, and the size of the heating and cooling system and the type.
A building must be independently verified by a HERS Rater in order to qualify for the ENERGY STAR Certification. The HERS Rater inspects the insulation of the home, as well as the air barrier, and HVAC equipment to ensure that they’re installed and sized correctly. The Rater also conducts thorough inspections of ventilation and duct leakage.
Each of these steps is designed to help homeowners save money and energy while preserving their health and the environment. This makes the ENERGY STAR an excellent option to add value for any apartment or home. Research has shown that ENERGY STAR certified apartments and homes are typically sold or rented at higher prices than those without the certification.
ENERGY STAR-certified buildings are not just more energy efficient, but also have lower operating costs. They are also more comfortable to live in and consume less energy. This is why the EPA estimates that ENERGY homes with ENERGY STAR ratings can save Americans more than $39 billion in energy costs every year.
High-Efficiency Systems
A high-efficiency HVAC is more than a way to reduce your energy consumption. It also has the potential to improve the environment and reduce carbon emissions. High-efficiency systems can use up to one third less energy than older models, which means lower energy bills. Apart from reducing greenhouse gas emissions, high-efficiency systems use non-toxic refrigerants, which don’t harm the ozone layer.
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 over time in the form of lower cost of energy and maintenance. It will also increase the value of your home which makes it easier to sell.
High-efficiency systems provide a wide variety of benefits, including enhanced comfort, more peaceful operation, and better indoor air quality. For instance, advanced filters remove more harmful contaminants from the air. The systems can also improve occupant comfort by providing precise temperature control and removing hot or cold spots.
Heating and cooling consume 45percent of the electricity consumed by the average household. Installing a new HVAC system with a modern unit will begin saving money on energy bills from the first bill you receive. The annual fuel utilization efficiency rating (AFUE) will aid you in choosing the Carrier AC or furnace that will best meet your requirements. The higher the AFUE rating is, the more efficient the unit is.
Modern energy-efficient systems can reach up to 98% AFUE, converting all the heat energy generated by the source of fuel into warmth for your home. This is a major improvement over standard furnaces, which operate at 80percent AFUE and use 35% of their fuel.
High-efficiency units consume less energy and emit less greenhouse gases than earlier models, which helps to protect the planet. They also can use non-toxic refrigerants which eliminates the need to create chemicals that harm the ozone. By incorporating high-efficiency systems into green construction projects, builders, contractors and owners can help minimize environmental impact. These systems also aid in reducing construction costs which makes them a good investment for builders and occupants alike.
