Innovations in Heating and Cooling
It’s no secret that the engine of your car performs best when it is at a warmer temperature. But that heat has to go somewhere. Radiators are the solution.
A cooling system utilizes fans, ductwork and refrigerant to distribute air. Heating systems use fuel sources like oil or gasoline to heat the air.
Variable-Speed Technology
When it comes to heating and cooling, variable speed technology is among the most important innovations in the past few years. The motors that blow air in gas furnaces and air handlers make use of this technology to control the airflow throughout your house. This technology is designed for an evenly distributed air throughout your home, which reduces hot and cold areas.
The concept behind variable speed technology is to make sure that the system’s output is compatible with your home’s needs for energy. Most people wouldn’t drive their car in only one gear. Instead, they’d change gears according to the requirements of the vehicle or road conditions. This concept also works in your home. Variable speed systems offer homeowners and contractors with a myriad of advantages, including energy savings, reduced sound levels, improved indoor air quality, and the possibility for utility company rebates.
The variable-speed technology lets your system operate more efficiently in low load conditions. This is because traditional systems operate with a set temperature, achieving the desired temperature and then shutting off. The system will come back on when the temperature of your home rises to the desired temperature. This continuous cycling uses lots of energy, since the unit is running at its maximum capacity.
With a variable speed system, the compressor is operating at a lower than full capacity for extended time periods and uses less energy. Your system could save you up to 30% in energy costs.
The use of variable speed technology in conjunction with other energy-saving upgrades like smart controls or zoning systems can improve the overall effectiveness and performance of your system. Contact our team of experts if a system that uses Greenspeed Intelligence and variable speed technology is right for your home.
We can help you make the right choice for your home. We will discuss the advantages of a variable speed system and how it works in conjunction with other energy-efficient products to provide the best results. Our certified HVAC experts have the experience to guide you through 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 allow homeowners to take greater control over their HVAC systems while reducing energy costs and increasing comfort. These models utilize wireless technology to communicate via a smartphone app or computer, allowing homeowners to monitor and adjust the temperature of their home remotely. Depending on the model, these devices can also learn household patterns and automatically change schedules to reduce energy consumption when nobody is home, or increase comfort when homeowners are home.
Smart thermostats allow you to monitor your system throughout the day. They will even know when you’re not at home and switch to an energy-saving ‘Away’ mode to help reduce your power bills. Once you’re back in the house the system will go back to the regular Home setting to ensure optimal comfort.
The Wi-Fi(r), controls are more sophisticated than standard programmable thermostats and come with additional convenience features, such as emails, remote system monitoring and a personalised web portal that acts as your thermostat. They also allow you to control multiple zones from a single device. They are perfect for managing a rental property or vacation home from far away.
A programmable thermostat can be programmed to regulate the temperature during different periods of the day to ensure the best comfort for homeowners as well as renters. It can be challenging to keep track of the schedule of a thermometer programmable, especially with busy schedules and children’s activities. Smart thermostats with built-in sensors monitor the occupancy of rooms as well as outdoor temperatures and indoor humidity to monitor real-time conditions. It also monitors your energy usage to determine whether cooling or heating is required and adjusts accordingly.
The Wi-Fi(r) control’s sensors and intelligent programming can drastically reduce your home’s energy consumption by 10 percent or more. They will not only lower your energy bills, but also reduce your carbon footprint, and contribute to a healthier environment.
Energy START(r) Certification
ENERGY STAR is one of the most well-known and identified labels in the US. You’ll see it on your refrigerators, light bulbs and other appliances. You can be sure that the products with the ENERGY STAR label have been independently tested to ensure they meet strict energy efficiency standards and help reduce greenhouse gas emissions.
The same standards that are applicable to individual products can also be applied to whole buildings. To be qualified for ENERGY STAR buildings must perform at minimum 15% higher than ASHRAE 90.10-2010 (or state building codes). The performance benchmark is determined by a variety of factors that influence energy usage such as weather conditions and occupancy. It also considers the size and the type of cooling and heating systems.
To be eligible to be eligible for the ENERGY STAR certification, a home must be verified by an HERS Rater. The HERS Rater checks the insulation, air barrier and HVAC equipment in a home to ensure they are installed and sized properly. The Rater also performs detailed inspections of duct and ventilation leakage.
All of these actions will aid homeowners in saving money and energy while safeguarding their health and the environment. This makes the ENERGY STAR certification a great way to increase the value of any home or apartment building. Studies have shown that the ENERGY STAR certified apartments and homes are usually sold or rented for higher prices than those that don’t have the certification.
In addition to providing long-term cost savings, in addition to delivering long-term cost savings, STAR certified buildings have also 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 certified homes can save Americans $39 billion a year in energy costs.
High-Efficiency Systems
A high-efficiency HVAC system is more than just a way to save money on energy bills. It’s also a fantastic option to cut carbon emissions and improve the environment. High-efficiency systems use up to a third less energy than older versions, resulting in lower costs for utilities. High-efficiency systems cut greenhouse gas emissions and utilize low-ozone, non-toxic refrigerants.
A high-efficiency model may cost more upfront than a previous model but it will pay for itself in energy savings and maintenance costs over the lifetime of the system. It will also increase the value of your home, making it easier to sell.
High-efficiency systems can provide a broad array of benefits, such as enhanced comfort, more quiet operation, and better indoor air quality. Advanced filtering systems, for instance are able to remove more harmful pollutants. 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 the average home, accounting for 45% of household electricity use. The replacement of your old HVAC system with a high-efficiency unit will start saving you money on energy bills as soon as the first bill you receive. You can easily locate an Carrier furnace or AC that meets your requirements by looking up the annual fuel utilization efficiency (AFUE) rating. The higher the AFUE rating is, the more efficient the unit is.
New energy-efficient systems can achieve up to 98% AFUE, converting all the heating energy from the source of fuel into warmth for your home. This is a major improvement over traditional furnaces which operate at 80percent AFUE and use 35% of their fuel.
High-efficiency units consume less energy than older counterparts, which results in less greenhouse gas emissions, and also helping to preserve the environment. They can also use nontoxic refrigerants which eliminates the need for chemical products that harm ozone. By incorporating high-efficiency systems into green construction projects, builders and contractors owners can reduce their environmental impact. These systems can also lower construction costs and make it a wise investment both for builders and the building’s owners.