Innovations in Heating and Cooling
It’s not a secret that your car’s engine is most effective when it operates at a warm temperature. But that heat needs to go somewhere. This is the reason why radiators are in.
A cooling system uses fans, ductwork and refrigerant 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. The motors that blow air in gas furnaces and air handlers use this technology to control the airflow in your home. This technology is designed to allow for a more even distribution of air throughout your home, which reduces hot and cold spots.
The concept behind variable speed technology is to ensure that the system’s output is in line to your home’s requirements for energy. For instance, the majority of people don’t want to drive with a single gear, but instead shift gears in accordance with the requirements of their vehicle and the road conditions. This concept works the same in your home. Variable speed systems offer homeowners and contractors with a myriad of advantages, such as energy savings, reduced sound levels, better indoor air quality, and the possibility for utility company rebates.
Variable-speed technology also allows your system to work more efficiently in light loads. This is because traditional systems work on a set point and then achieving the desired temperature and then cycling off. The system will come back on when the temperature of your home is at the desired temperature. This constant cycling expends an enormous amount of energy, particularly when the system is running at full capacity again.
A variable-speed system permits the compressor to run at a lower rate for longer periods of time, consuming less energy. This means that your system can save up to 30 percent off energy costs.
Variable speed technology can be utilized in combination with other energy efficiency improvements like zoning systems or smart controls to boost your system’s overall efficiency and performance. Ask our team of experts to determine if a system using 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 advantages of a variable speed system and how it works together with other energy-efficient products to provide the best results. Our licensed HVAC experts can guide you through the process of choosing the best system for your home. Contact 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 more control over their HVAC systems while also reducing energy costs and enhancing comfort. These thermostats use wireless communications to communicate with a computer or smartphone app that allows users to monitor and alter the temperature of their home from afar. These devices can also recognize household habits and automatically adjust routines, reducing energy use when no one is at home or increasing comfort when residents return.
Smart thermostats are easy to use and let you check on your system at any time. They will detect when you are away from home and switch to an energy-saving “Away” mode to save on your electric bill. When you return home, they’ll switch to ‘Home’ mode for maximum comfort.
The Wi-Fi(r) controls are more advanced than conventional thermostats and offer added convenience features such as email notifications remote system monitoring and a customizable web-based portal that functions as your thermostat. They also allow you to manage multiple zones from a single device. These are great for managing a rental or holiday home from afar.
A thermometer that can be programmed can be programmed to alter temperature at different times during the day for maximum comfort. This is ideal for homeowners as well as tenants. But with busy lifestyles children’s activities, and work meetings it can be a challenge to keep track of a programmable thermostat’s scheduling. A smart thermostat that has an inbuilt sensor monitors the occupancy of rooms as well as outdoor and indoor temperatures, and humidity to monitor the current conditions. It also tracks your energy consumption to determine if cooling or heating are required and makes adjustments accordingly.
The Wi-Fi(r) control’s sensors and smart programming can significantly reduce your home energy consumption by 10 percent or more. They’ll not only reduce your energy bills however, they also help to lower your carbon footprint and contribute to a healthier environment.
ENERGY STAR(r) Certification
ENERGY STAR is one of the most well-known and recognized labels in the country. It’s that little blue label you see on your refrigerator, light bulbs and other appliances. You can be assured that products bearing the ENERGY STAR label have been independently tested to ensure that they comply with strict energy efficiency standards and reduce greenhouse gas emission.
The same standards that are applicable to individual products can also be applied to entire buildings. To be eligible for ENERGY STAR buildings must be at minimum 15% higher than ASHRAE 90.10-2010 (or state building codes). The performance target is based on a number factors that affect energy consumption in relation to weather conditions and occupancy. It also takes into consideration the size and type of cooling and heating systems.
A home must be independently checked by a HERS Rater in order to qualify for Energy STAR Certification. The HERS Rater examines the insulation, 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 the homeowner save money and energy while protecting their health and the environment. This makes ENERGY STAR certification an excellent way to add value to any home or apartment building. Studies show that ENERGY STAR-certified properties and homes 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 shown to have lower operating costs than comparable non-certified buildings. They are also more comfortable to live in and consume less energy. 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 an opportunity to save money on energy bills. It’s also a great way to reduce carbon emissions and improve the environment. High-efficiency systems consume up to 33% less energy than older models, which results in lower utility bills and significant energy savings. High-efficiency systems cut greenhouse gas emissions and use low-ozone, non-toxic refrigerants.
It could cost more to install a brand new, high-efficiency system than a previous model. However, it will pay for itself in the long run through lower costs for energy and maintenance. It will also increase the value of your home’s assets, making it easier to sell at the right time.
High-efficiency systems offer a wide variety of benefits, including increased comfort, a more peaceful operation, and better indoor air quality. Advanced filtration systems, for example are able to remove more harmful pollutants. They also enhance occupant comfort by providing precise temperature control, and eliminate hot or cold spots.
Heating and cooling account for about 45% of the energy consumed by the average household. You will start saving on your energy costs when you replace your old HVAC system with a more energy-efficient unit. The annual fuel utilization efficiency rating (AFUE) will aid you in choosing the Carrier AC or furnace that is best suited to your needs. The higher the AFUE rating, the more efficient the unit is.
The latest energy-efficient models are capable of converting up to 98 percent of the energy from the fuel source directly into heat for your home. This is a significant improvement over standard furnaces that operate at only 20% AFUE and waste 35% of the fuel they burn.
High-efficiency units consume less energy and emit less greenhouse gases than earlier models, helping to conserve the earth. They can also use non-toxic refrigerants, which eliminate the need to manufacture chemical products that harm the ozone layer. Building owners and contractors can minimize environmental impact by incorporating high-efficiency systems into green construction projects. These systems can also help reduce the costs of construction which makes it a good investment for builders as well as building owners.
