Innovations in Heating and Cooling

It’s not a secret that the engine of your car works best when it’s warm. However, that heat must go somewhere. That’s where the radiator comes in.

A cooling system uses refrigerant, fans and ductwork to distribute air. A heating system uses an energy source such as gas or oil to warm the air.

Variable-Speed Technology

Variable speed technology is a significant advancement in the field of heating and cooling. It is used by the blower motor in both gas furnaces and air handlers to operate at different speeds that control airflow throughout your home. This technology is designed for a more uniform distribution of air throughout your home, which reduces hot and cold areas.

The idea behind variable-speed technology is to match the output of your system to your home’s energy needs. For example, most people wouldn’t use their car with only a single gear, instead opting to shift gears according to the demands of driving the vehicle and the road conditions. The same concept applies in your home. Variable speed systems provide homeowners and contractors with a range of advantages, including savings on energy costs, lower noise levels, better indoor air quality, and the possibility for utility company rebates.

Variable-speed technology lets your system work more efficiently during light load situations. This is because traditional systems work on a set point that is reached, which means achieving the desired temperature and then shutting off. When the home’s temperature rises it is then cycled on to bring it back to the desired temperature. This continuous cycle consumes much more energy since the unit is constantly running at full capacity.

With a variable-speed system, the compressor is operating at a lower than full capacity for long durations and consumes less energy. The system could save you up to 30% in energy costs.

Variable speed technology can be used in conjunction with other energy efficiency improvements like zoning systems or smart controls to boost your system’s overall efficiency and performance. Contact our expert team to determine if a system with variable speed technology and Greenspeed Intelligence is the right option for your home.

We can assist you in making the right choice for your home by describing the advantages of a system that uses variable-speed technology and how it can be used with other energy-efficient products to give you the best results. Our licensed HVAC specialists can assist you in the process of selecting the right system. Contact us today for more about our range of innovative variable speed cooling and heating systems, backed by Carrier.

Wi-Fi(r) Controls

Smart thermostats that are wireless give homeowners more control over their HVAC system, reducing the cost of energy and increasing comfort. These thermostats use wireless communications to connect with smartphones or computers, allowing users the ability to monitor and adjust the temperature of their home from afar. Depending on the model, these devices can also detect patterns in the household and automatically adjust plans to cut down on energy use when no one is home or to maximize comfort when the homeowners are home.

Smart thermostats are simple to use and allow you to monitor your system at any time. They can tell when you are away from your home and go into an energy-saving “Away” mode to reduce your electric bill. When you return home, they will switch to the ”Home” mode for the best comfort.

The Wi-Fi(r) controls are more advanced than standard programmable thermostats and include additional features for convenience like emails remote system monitoring and a customizable web portal that acts as your thermostat. They can also be used to manage multiple zones from one device. These are ideal to manage a rental or holiday home from distance.

A thermostat that is programmable can be programmed to adjust the temperature in different periods of the day to ensure the best comfort for homeowners as well as renters. With busy schedules children’s activities, and work meetings it can be a challenge to keep up with a programmable thermostat’s scheduling. A smart thermostat that has a built-in sensor tracks the occupancy of rooms as well as outdoor and indoor temperatures and humidity to track the current conditions. It also monitors the energy consumption of your home to determine if cooling or heating is required and makes adjustments accordingly.

Sensors and smart programming of the Wi-Fi(r) control system can cut down your home’s energy consumption by as much as 10%. They won’t just cut your energy costs but aid in reducing your carbon footprint and contribute to a healthier environment.

Energy START(r) Certification

ENERGY STAR has become one of the most recognized and easily recognized labels across the United States. It’s the little blue label you see on your light bulbs, refrigerators and other appliances. If you purchase products bearing the ENERGY STAR logo, you are assured that they’ve been independently tested and verified to meet the strict specifications for energy efficiency and reduce greenhouse gas emissions.

The same guidelines that apply for individual products can also be applied to entire building. To be eligible for ENERGY STAR buildings must be at minimum 15% higher than the ASHRAE 90.10-2010 (or state building codes). The performance goal is based on a variety of factors that affect energy consumption such as weather conditions and occupancy. It also considers the size and the type of heating and cooling systems.

A building must be independently verified by a HERS Rater in order to be eligible for Energy STAR Certification. The HERS Rater examines the insulation, air barrier and HVAC equipment in a house to make sure they have been installed and sized appropriately. The Rater performs thorough inspections on the ducts and ventilation.

All of these actions will aid homeowners in saving energy and money while protecting their health and environment. This makes ENERGY STAR an excellent option to add value for any home or apartment. Studies show that ENERGY STAR-certified homes and apartments are more likely to be sold or rented at higher costs.

ENERGY STAR-certified buildings are not just more energy efficient, but they also have lower operating costs. They are also more comfortable to live in and use less energy. The EPA estimates that ENERGY 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 fantastic way to reduce carbon emissions and also help the environment. High-efficiency systems consume up to a third less energy than older models, resulting in lower utility bills as well as significant energy savings. In addition to decreasing greenhouse gas emissions high-efficiency systems are made of non-toxic refrigerants that don’t damage the Ozone layer.

A high-efficiency model may cost more upfront than a previous model, but it will pay for itself in energy bill savings and maintenance costs over the life of the unit. It could also boost the value of your home which makes it easier to resell.

High-efficiency systems offer a range of benefits, including increased comfort, quieter operation, and improved indoor air quality. For example, advanced filtration systems remove more harmful pollutants from the air. The systems can also improve the comfort of the occupants by offering precise temperature control and removing hot or cold spots.

Heating and cooling consume the most energy in the average home accounting for 45% of household energy use. You can begin saving money on your energy bills as soon as you replace your old HVAC system with an energy-efficient unit. You can easily find a Carrier furnace or AC that meets your needs by determining the annual fuel utilization efficiency (AFUE) rating. The greater the AFUE, the higher the efficiency.

Modern energy-efficient systems can reach up to 98% AFUE and convert all the heat energy generated by the fuel source into warmth for your home. This is a major improvement over standard furnaces, which operate at 80% AFUE and waste 35% of their fuel.

High-efficiency units consume less energy than their older counterparts, causing fewer greenhouse gas emissions and helping to conserve the environment. They can also use nontoxic refrigerants, which eliminates the need to make chemicals that harm the ozone. Contractors and building owners can minimize environmental impact by incorporating high-efficiency systems into green construction projects. These systems also aid in reducing construction costs which makes them a good investment for builders and occupants alike.