Innovations in Heating and Cooling
It’s not a secret that the engine of your car works best when it’s warm. The heat has to go somewhere. This is where the radiator comes in.
A cooling system makes use of refrigerant, ductwork and fans to distribute air. Heating systems make use of fuel sources such as gasoline or oil to warm the air.
Variable-Speed Technology
When it comes to heating and cooling, variable speed technology is one of the most significant innovations of recent years. The blower motors of gas furnaces and air handlers use this technology to regulate airflow through your home. This technology is designed for an evenly distributed air throughout your home, which reduces hot and cold spots.
The idea behind variable speed technology is to make sure that the system’s output is compatible with your home’s needs for energy. Most people would not drive their car in only one gear. Instead, they would change gears according to the driving demands of the vehicle or the road conditions. This is also true for your home. Variable speed systems provide homeowners and contractors a wide array of benefits that include energy savings, reduced noise levels, enhanced indoor air quality and potential for utility company rebates.
The variable-speed technology allows your system to operate more efficiently in light load conditions. This is because traditional systems use a setpoint at the desired temperature, before cycling off. The system will return to the cycle when the temperature of your home reaches the desired temperature. This constant cycling consumes much more energy since the unit is running at its maximum capacity.
With a variable speed system, the compressor runs at a lower capacity for extended periods of time and expends much less energy. The result is your system is able to save up to 30% on energy costs.
Variable speed technology can be used in combination with other energy efficiency improvements like zoning systems or smart controls to improve the efficiency of your system and performance. Ask our team of professionals whether a system that utilizes Greenspeed Intelligence and variable speed technology is the best option for your home.
We can help you to make the best choice for your home. We will explain the advantages of a variable-speed system and how it can be used in conjunction with other energy efficient products to produce the best results. Our certified HVAC professionals have the expertise to assist you in the selection process. Contact us today for more about our line of innovative variable speed cooling and heating systems that are backed by Carrier.
Wi-Fi(r) Controls
Smart thermostats that are wireless allow homeowners to have more control over their HVAC systems, while also reducing energy costs and enhancing comfort. These thermostats use wireless communications to connect to a computer or smartphone app, allowing users the ability to monitor and alter the temperature of their home from afar. These devices can also learn the habits of households and automatically alter the schedules, which can reduce energy consumption when no one is at home or increasing comfort when residents return.
Smart thermostats let you monitor your system throughout the day. They can detect when you are away from your home and go into an energy-saving “Away” mode to help you save money on your electric bills. Once you return home, they’ll switch to the ”Home” mode for the best comfort.
In comparison to conventional thermostats, the Wi-Fi(r) controls are more sophisticated and provide additional features for convenience, such as email alerts, remote monitoring of the system, a customized web portal that behaves like your thermostat, and the capability to manage multiple zones using the use of a single device. These are great for managing a rental property or vacation home from far away.
A thermostat that is programmable can be programmed to regulate the temperature in different times of the day, ensuring optimal comfort for homeowners and renters. However, with hectic schedules with kids’ activities, work schedules, it can be difficult to keep track of a programmable thermostat’s scheduling. A smart thermostat with an inbuilt sensor monitors room occupancy temperature, indoor and outdoor temperatures and humidity to track real-time conditions. It also monitors your energy usage to determine whether cooling or heating is required and adjusts accordingly.
Sensors and intelligent programming of the Wi-Fi(r) control can cut down your home’s energy consumption by up to 10%. They won’t just cut your energy bills but help reduce your carbon footprint and contribute to a better environment.
ENERGY START(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 light bulbs, refrigerators and other appliances. When you buy products with the ENERGY STAR logo, you know they’re independently tested and verified to meet the strict specifications for energy efficiency and reduce greenhouse gas emissions.
The same standards that apply to specific products can be applied to whole buildings. To be eligible 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 heating and cooling system size and type.
A building must be independently verified by a HERS Rater in order to be eligible for ENERGY STAR Certification. The HERS Rater inspects the insulation, air barrier and HVAC equipment in a house to make sure they are installed and sized properly. The Rater conducts thorough inspections of the ducts and ventilation.
Each of these steps is designed to help homeowners save energy and money while also protecting their health and the environment. This makes the ENERGY STAR a great way to add value to any apartment or home. Research has shown that ENERGY START-certified properties and homes tend to be rented or sold at higher costs.
In addition to providing long-term cost savings, in addition to delivering long-term cost savings, STAR certified buildings have been proven to have lower operating costs than comparable non-certified buildings. They also have a better temperature and consume less electricity. The EPA estimates that ENERGY STAR-certified homes are able to save Americans $39 billion per year in energy costs.
High-Efficiency Systems
A high-efficiency HVAC system is more than just an opportunity to lower your energy consumption. It’s also a great way to reduce carbon emissions and improve the environment. High-efficiency systems use up to a third less energy than earlier models, which means lower costs for utilities. In addition to reducing greenhouse gas emissions, high-efficiency systems are made of non-toxic refrigerants that won’t harm the ozone layer.
A new high-efficiency system might cost more upfront than a previous model however it will pay for itself through energy savings and maintenance costs over the course of the life of the unit. It can also increase the value of your home, making it easier to sell.
High-efficiency systems provide a wide array of benefits, such as increased comfort, a more quiet operation, and better indoor air quality. For instance, the latest filtering systems eliminate more harmful pollutants from the air. They also enhance the comfort of the occupants by offering precise temperature control and removing hot or cold spots.
Heating and cooling consume the most energy in an average home accounting for 45percent of the household’s electricity use. You will start saving money on your energy bills once you replace your old HVAC system with a more energy-efficient unit. You can easily locate an Carrier furnace or AC that meets your needs by determining the annual fuel utilization efficiency (AFUE) rating. The higher the AFUE rating is, the more efficient the unit is.
The latest energy-efficient models can convert up to 98 percent of the energy from the fuel source directly into heat for your home. This is a huge improvement over conventional furnaces that operate at only 80percent AFUE, and wasting 35 percent of the fuel they consume.
High-efficiency units use less energy and emit less greenhouse gases than previous models, which helps to conserve the earth. They can also use non-toxic refrigerants, which eliminate the need to create chemical products that harm the ozone layer. Builders and contractors can reduce environmental impact by incorporating high-efficiency systems into green construction projects. These systems can also lower construction costs, making it a smart investment for builders as well as building occupants.