Innovations in Heating and Cooling
It’s not a secret that the engine in your car is most efficient when it’s warm. The heat must be able to travel somewhere. Radiators are the solution.
A cooling system makes use of refrigerant, ductwork, and fans to distribute air. A heating system uses an energy source like oil or gas to warm the air.
Variable-Speed Technology
When it concerns cooling and heating variable speed technology is among the most significant innovations of recent the past few years. It is used by the blower motors in gas furnaces as well as air handlers to operate at different speeds that regulate airflow throughout your home. This technology is designed to eliminate hot and cold spots, and also improve dehumidification during the hot southern summers.
The concept behind variable speed technology is to ensure that the system’s output is in line with your home’s needs for energy. The majority of people don’t drive their vehicle in only one gear. Instead, they would shift gears in accordance with the requirements of the vehicle or road conditions. The same concept applies in your home. Variable speed systems provide homeowners and contractors a vast variety of benefits, including energy savings, less noise levels, improved indoor air quality and the possibility for utility company rebates.
Variable-speed technology lets your system work more efficiently during light load conditions. This is because traditional systems use a setpoint, getting to the desired temperature before cycling off. When the home’s temperature rises it is then cycled on to bring it back to your comfort setting. This continuous cycle consumes a lot of energy, particularly when the system is operating at full capacity again.
With a variable-speed system, the compressor operates at less than full capacity for prolonged periods of time and expends less energy. Your system can save you up to 30% on energy costs.
The use of variable speed technology in conjunction with other energy-saving upgrades such as smart controls or zoning systems can improve 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 suitable for your home.
We can help you make the right choice for your home. We will explain the benefits of a variable-speed system and how it can work in conjunction with other energy-efficient products to produce the best results. Our certified HVAC professionals have the knowledge to assist you in the selection process. Call us now to learn more about our innovative Carrier-backed variable speed heating and cooling system.
Wi-Fi(r) Controls
Wireless smart thermostats give homeowners more control over their HVAC system, reducing the cost of energy and increasing comfort. These thermostats use wireless communications to connect to an app on a smartphone or computer giving users the ability to monitor and alter the temperature of their home from afar. Based on the model they can also learn household patterns and automatically change plans to cut down on energy use when nobody is home, or maximize comfort when residents are home.
Smart thermostats allow you to monitor your system throughout the day. They can detect when you are away from home and enter an energy-saving “Away” mode to reduce your electricity bills. When you return to your home, they will switch to ‘Home’ mode for maximum comfort.
As compared to standard thermostats, Wi-Fi(r) controls are more advanced and include additional convenience features such as email alerts remote system monitoring, a customizable web portal that behaves as your thermostat, and the ability to manage multiple zones using one device. These are great for managing a rental property or holiday home from far away.
A thermostat that is programmable can be programmed to regulate the temperature during different periods of the day to ensure optimal comfort for homeowners and renters. With busy schedules children’s activities, and work meetings, it can be difficult to keep up with the program of a thermostat. Smart thermostats with built-in sensors monitor the occupancy of rooms, indoor temperatures, and outdoor humidity to keep track of the current conditions. It also monitors the energy consumption of your home to determine whether cooling or heating is required and makes adjustments accordingly.
Sensors and smart programming of the Wi-Fi(r), control can cut down your home’s energy consumption by up to 10 percent. They’ll not only reduce your energy costs however, they help reduce your carbon footprint and help to improve the environment.
ENERGY STAR(r) Certification
ENERGY STAR has become one of the most well-known and easily recognized brands across the United States. You’ll find it on appliances, lighting bulbs, refrigerators and other appliances. You can be assured that the items bearing the ENERGY STAR label have been independently tested to make sure they meet strict energy efficiency standards and reduce greenhouse gas emissions.
The same standards that apply to individual products can also be applied to entire buildings. To be eligible for ENERGY STAR certification buildings must show at least 15% better performance than the ASHRAE 90.1-2010 (or the state building code that it is allowed). The performance goal is based on a number elements that affect energy usage such as the weather conditions and occupancy. It also takes into consideration the size and nature of cooling and heating systems.
A building must be independently verified by a HERS Rater to be eligible for Energy STAR Certification. The HERS Rater checks the insulation, air barrier, and HVAC equipment within a home to ensure they have been installed and sized correctly. The Rater performs detailed inspections on the ducts and ventilation.
All of these steps are designed to help homeowners save money and energy while preserving their health and the environment. This is what makes the ENERGY STAR certification an excellent way to add value to any apartment or home. Research has shown that ENERGY START-certified homes and apartments are more likely to be rented or sold at higher rates.
In addition to delivering long-term cost savings in the long run, ENERGY STAR certified buildings have also been shown to have lower operating costs than comparable non-certified buildings. They are also more comfortable to live in and use less energy. This is why the EPA estimates that ENERGY homes that are ENERGY STAR certified save Americans over $39 billion in energy costs each year.
High-Efficiency Systems
A high-efficiency HVAC is more than a way to reduce your energy consumption. It’s also a great method to reduce carbon emissions and also help the environment. High-efficiency systems consume as much as 33% less energy than older models, resulting in lower utility bills as well as significant energy savings. High-efficiency systems lower greenhouse gas emissions and use low-ozone, non-toxic refrigerants.
It may cost more to install a new high-efficiency, high-efficiency system than a previous model. However, it will pay for itself over time through lower cost of energy and maintenance. It can also increase the value of your home’s assets, making it easier to sell your home when the time comes.
High-efficiency systems provide a variety of benefits, including increased comfort, quieter operation, and improved indoor air quality. Advanced filters, for instance can remove harmful contaminants. These systems can enhance the comfort of occupants by providing precise temperature control, removing hot or cold patches.
Heating and cooling consume about 45% of the energy used in the average household. You will start saving money on your energy bills as soon as you replace your old HVAC system with a more efficient unit. The annual fuel utilization efficiency rating (AFUE) will assist you in locating the Carrier AC or furnace that will best meet your needs. The higher the AFUE rating, the greater the efficiency.
Modern energy-efficient systems can convert up to 98 percent of the energy from the fuel source directly into heat for your home. This is a significant improvement over conventional furnaces, which operate at an AFUE of 80% and waste 35 percent of their fuel.
High-efficiency units consume less energy than their earlier counterparts, which results in less greenhouse gas emissions and helping to preserve the environment. They can also use nontoxic refrigerants that eliminate the need for chemical products that harm the ozone. Building owners and contractors can reduce environmental impact by incorporating high-efficiency systems into green construction projects. These systems can also reduce construction costs and make it a wise investment both for builders and the building’s owners.