Innovations in Heating and Cooling
It’s no secret that the engine of your car is most efficient when it’s warm. However, that heat must go somewhere. That’s where the radiator comes in.
A cooling system uses refrigerant, ductwork, and fans to distribute air. A heating system uses an energy source such as oil or gas to warm the air.
Variable-Speed Technology
Variable speed technology is an important advancement in the field of heating and cooling. This technology is used by the blower motor in gas furnaces as well as air handlers to operate at different speeds to regulate airflow in your home. This technology is designed for an uniform distribution of air throughout your home, reducing hot and cold areas.
The concept behind variable-speed technology is to match the output of your system to your home’s energy needs. Most people wouldn’t drive their vehicle in one gear. Instead, they would change gears according to the demands of driving the vehicle or the road conditions. The same principle applies to your home. Variable speed systems provide homeowners and contractors a broad range of benefits including energy savings, less noise levels, improved indoor air quality and potential for utility company rebates.
Variable-speed technology lets your system work more efficiently during light load conditions. This is because the traditional systems use a setpoint, getting to the desired temperature before shutting off. If the temperature in your home increases, the system cycles back on to bring it back to the desired temperature. This constant cycling consumes much more energy since the system is running at its maximum capacity.
A variable-speed system permits the compressor to operate at a lower level for longer periods of time, while using less energy. This means that your system can save up to 30% on energy costs.
The use of variable speed technology in combination with other energy-saving upgrades such as zoning systems or smart controls, can increase the efficiency and performance of your system. Contact our team of experts to determine if a system using Greenspeed Intelligence and variable speed technology is right for your home.
We can assist you in making the right choice for your home by explaining the advantages of a system that uses variable-speed technology, and how it can be paired with other energy efficient products to deliver optimal results. Our certified HVAC specialists can assist you in the process of selecting the best system for your home. Contact us today to learn more about our innovative Carrier-backed variable speed heating and cooling system.
Wi-Fi(r) Controls
Wireless smart thermostats let homeowners to have greater control over their HVAC systems, while also reducing energy costs and increasing comfort. They make use of wireless technology to communicate with a smartphone app or computer, allowing users to monitor and control the temperature of their home remotely. They can also learn household habits and automatically alter the schedules, which can reduce energy consumption when no one is at home or enhancing comfort when residents return.
Smart thermostats allow you to monitor your system at all times. They will detect when you are away from your home and go into an energy-saving “Away” mode to reduce your electric bill. Once you’re back in the house they will switch back to the normal Home setting to ensure optimal comfort.
In comparison to conventional thermostats, the Wi-Fi(r) controls are more sophisticated and provide additional convenience features such as email alerts, remote monitoring of the system, a custom Web portal that displays just as your thermostat, and the capability to manage multiple zones using the use of a single device. They are the ideal solution to manage a vacation home or rental property from afar.
A thermostat that can be programmed can be programmed to regulate the temperature in different periods of the day to provide optimal comfort for homeowners and renters. It can be hard to keep track of the scheduling of a thermometer that is programmable, especially with busy schedules and children’s activities. A smart thermostat with sensors in it tracks room occupancy, indoor and outdoor temperatures, and humidity to monitor real-time conditions. It also monitors the energy consumption of your home to determine whether heating or cooling is needed and adjusts accordingly.
Sensors and smart programming of the Wi-Fi(r), control can reduce your home’s power consumption by as much as 10 percent. They will not only cut your energy costs however, they also help to lower your carbon footprint and contribute to a better environment.
Energy STAR(r) Certification
ENERGY STAR has become one of the most well-known and easily recognized labels across the United States. It’s the little blue label you find on your refrigerator, light bulbs and other appliances. You can be sure that products bearing the ENERGY STAR label have been independently tested to ensure that they adhere to strict standards for energy efficiency and help reduce greenhouse gas emissions.
The same standards that apply to individual products can also be applied to entire buildings. To earn ENERGY STAR certification, buildings must demonstrate at least 15% more performance than the ASHRAE 90.1-2010 (or the state building code under which it is permitted). The performance benchmark is determined by a variety of elements that affect energy usage such as weather conditions and occupancy. It also considers the size and type of heating and cooling systems.
A home 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 make sure that they are sized and installed correctly. The Rater also conducts thorough inspections of duct and ventilation leakage.
All of these steps will aid homeowners in saving money and energy while protecting their health and environment. This makes ENERGY STAR a great way to add value for any apartment or home. Studies have shown that the ENERGY STAR approved apartments and homes are usually sold or rented at higher prices than those without the certification.
The buildings that are ENERGY STAR certified are not only more energy efficient, but they also have lower operating costs. They are also more comfortable to live in and consume less energy. The EPA estimates that ENERGY certified homes can are able to save Americans $39 billion annually in energy costs.
High-Efficiency Systems
A high-efficiency HVAC system is more than an opportunity to save money on energy bills. It is also a great method to reduce carbon emissions and also help the environment. High-efficiency systems use up to a third less energy than previous versions, which results in lower energy bills. High-efficiency systems lower greenhouse gas emissions and also use non-toxic, ozone-friendly refrigerants.
It may cost more to install a new high-efficiency, energy-efficient system than an older model. However it will be able to pay for itself over time through lower costs for energy and maintenance. It could also boost your home’s property value and make it easier to sell your home when the time comes.
High-efficiency systems provide a variety of benefits including improved comfort, quieter operation and improved indoor air quality. Advanced filters, for instance can remove harmful contaminants. The systems can also improve the comfort of occupants by providing precise temperature control and removing hot or cold spots.
Heating and cooling use the most energy in an average home, accounting for 45percent of the household’s electricity use. Replacing your outdated HVAC system with a more efficient unit will begin saving you energy costs from the first bill you receive. The annual fuel utilization efficiency rating (AFUE) will help you find the Carrier AC or furnace that best suits your needs. The higher the AFUE rating, the more efficient the unit is.
New energy-efficient furnaces can achieve up to 98% AFUE, converting all the energy used to heat the source of fuel into warmth for your home. This is a huge improvement over standard furnaces, which operate at 80percent AFUE and use 35% of their fuel.
High-efficiency units use less energy than their older counterparts, which results in less greenhouse gas emissions, and also helping to conserve the environment. They can also use non-toxic refrigerants that eliminate the need to manufacture chemicals that harm the ozone layer. By incorporating high-efficiency systems into green construction projects, builders and contractors owners can help minimize environmental impact. These systems can also reduce construction costs, making them a smart investment for both occupants and builders alike.
