Innovations in Heating and Cooling
It’s no secret that your car’s engine performs best when it is at a warmer temperature. However, that heat must go somewhere. This is where the radiator comes in.
A cooling system makes use of refrigerant, ductwork, and fans to distribute air. Heating systems use fuel sources such as oil or gasoline to warm the air.
Variable-Speed Technology
When it concerns cooling and heating variable speed technology, it is among the most important innovations in the last few years. The blower motors of gas furnaces and air handlers use this technology to regulate the airflow throughout your house. This technology is designed to ensure an uniform distribution of air throughout your home, while reducing hot and cold spots.
The concept behind variable-speed technology is to match the output of your system to the energy requirements of your home. The majority of people don’t drive their vehicle in only one gear. Instead, they would change gears according to the requirements of the vehicle or the road conditions. This concept works the same in your home. Variable speed systems offer 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.
The variable-speed technology lets your system operate more efficiently in light load situations. This is because traditional systems work on a set point and then reaching the desired temperature, and then turning off. The system will come back on when the temperature inside your home rises to the desired comfort level. This continuous cycle consumes much more energy since the system is constantly running at full capacity.
With a variable-speed system the compressor is operating at less than full capacity for extended periods of time and expends less energy. The result is that your system is able to save up to 30 percent on 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. Ask our professional team whether a system featuring variable speed technology and Greenspeed Intelligence is the right option for your home.
We can help you to make the right decision for your home. We will explain the benefits of a variable-speed system and how it works in conjunction with other energy-efficient products to provide the best results. Our certified HVAC professionals have the knowledge to guide you through the selection process. Contact us today to learn more about our line of innovative variable speed heating and cooling systems backed by Carrier.
Wi-Fi(r), Controls
Wireless smart thermostats give homeowners greater control over their HVAC system, while reducing energy costs and improving comfort. These models use wireless communication to connect with smartphones or computers that allows users to monitor and alter the temperature of their home remotely. Based on the model, these devices can also detect patterns in the household and automatically alter schedules to reduce energy consumption when no one is home or increase comfort when homeowners are home.
Smart thermostats allow you to monitor your system throughout the day. They can tell when you are away from home and switch to an energy-saving “Away” mode to reduce your electric bills. When you’re back home they will switch back to the regular home setting for maximum comfort.
In comparison to conventional thermostats, Wi-Fi(r) controls are more advanced and offer additional convenience features such as email alerts remote system monitoring, a customizable web portal that functions like your thermostat, and the capability to control multiple zones from a single device. These are ideal to manage a rental or holiday home from far away.
A programmable thermostat can be programmed to regulate the temperature in different periods of the day, ensuring optimal comfort for homeowners and renters. It can be challenging to keep up with the scheduling of a thermometer that is programmable, especially with busy schedules and kids’ activities. Smart thermostats that have sensors built-in monitor room occupancy, indoor temperatures and outdoor humidity to monitor real-time conditions. It also tracks your energy usage to determine if cooling or heating is required and adjusts accordingly.
The Wi-Fi(r) control’s sensors and smart programming could significantly reduce your home energy consumption by 10 percent or more. They not only help reduce your energy bills, but also reduce the carbon footprint of your home, and help to create a cleaner environmental footprint.
Energy START(r) Certification
ENERGY STAR is one of the most well-known and easily identified labels in the US. It’s 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 energy efficiency standards and reduce greenhouse gas emissions.
The same standards that apply to specific products can be applied to entire buildings. To obtain the ENERGY STAR certification buildings must show at least 15% better performance than ASHRAE 90.1-2010 (or the state building code under which it is permitted). The performance benchmark takes into account a number of factors that affect energy usage including the weather conditions, occupancy levels, and the size of the heating and cooling system and the type.
A home must be independently checked by a HERS Rater to be eligible for ENERGY STAR Certification. The HERS Rater checks the insulation of the home, as well as the air barrier and HVAC equipment to ensure that they are sized and installed correctly. The Rater performs thorough inspections on ventilation and duct leakage.
Each of these steps is designed to help homeowners save energy and money while preserving their health and the environment. This makes ENERGY STAR an excellent option to add value for any home or apartment. Studies have proven that the ENERGY STAR approved apartments and homes are usually sold or rented at higher rates than those without the certification.
The buildings that are ENERGY STAR certified are not just more energy efficient, they also have lower operating costs. They are also more comfortable to live in and consume less energy. This is why the EPA estimates that ENERGY homes that are ENERGY STAR certified can save Americans over $39 billion in energy costs each year.
High-Efficiency Systems
A high-efficiency HVAC is more than an opportunity to lower your energy consumption. It also has the potential to help the environment and reduce carbon emissions. High-efficiency systems consume up to a third less energy than older versions, which results in lower energy bills. High-efficiency systems lower greenhouse gas emissions and utilize low-ozone, non-toxic refrigerants.
It might cost more to install a brand new high-efficiency, energy-efficient system than a previous model. However it will pay for itself in the long run through lower costs for energy and maintenance. It could also boost the value of your home, making it easier to sell.
High-efficiency systems provide a variety of benefits like improved comfort, less noise and improved indoor air quality. Advanced filters, for instance can remove harmful contaminants. They also enhance the comfort of the occupants by offering precise temperature control and removing hot or cold spots.
Heating and cooling accounts for about 45% of the energy consumed by the average household. You’ll begin saving money on your energy bills as soon as you replace your old HVAC system with a more efficient unit. You can easily find an Air conditioner or AC that meets your requirements 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 are capable of converting up to 98% of the energy in the fuel source directly into heat for your home. This is a significant improvement over standard furnaces that run at 80% AFUE, wasting 35 percent of the fuel they burn.
High-efficiency units use less energy than older counterparts, resulting in less greenhouse gas emissions and assisting to conserve the environment. They also can use non-toxic refrigerants, which eliminate the need to create chemicals that harm the ozone layer. Builders and contractors can reduce environmental impact by incorporating high-efficiency systems into green construction projects. These systems also aid in reducing construction costs, making them a smart investment for builders and occupants alike.