Innovations in Heating and Cooling
It’s no secret that the engine in your car works best when it’s warm. This heat must go somewhere. Radiators are the answer.
A cooling system uses refrigerant, ductwork and fans to distribute air. A heating system makes use of an energy source like oil or gas to warm the air.
Variable-Speed Technology
Variable speed technology is a significant breakthrough in heating and cooling. The blower motors of gas furnaces and air handlers use this technology to control the airflow in your home. This technology is designed to remove hot and cold spots, as well as improve dehumidification during the hot summer months in the south.
The concept behind variable-speed technology is to match the output of your system to your home’s energy needs. For instance, the majority of people wouldn’t use their car with just one gear, instead opting to change gears to match the requirements of their vehicle and the road conditions. The same principle applies in your home. Variable speed systems provide homeowners and contractors with a range of benefits, including energy savings, reduced sound levels, better indoor air quality, and the possibility for utility company rebates.
Variable-speed technology allows your system to operate more efficiently in light loads. This is because traditional systems operate at a fixed point that is reached, which means achieving the desired temperature and then shutting off. The system will come back on when the temperature in your home rises to the desired comfort level. This continuous cycling uses a lot more energy since the unit is constantly running at full capacity.
A variable-speed system allows the compressor to operate at a lower level for longer periods of time, while using less energy. Your system could save you up to 30% on energy costs.
The use of variable speed technology combination with other energy-saving improvements such as 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 to make the right decision for your home. We will discuss the benefits of a variable-speed system and how it can be used together with other energy-efficient products to produce the best results. Our licensed HVAC specialists can help you navigate the process of selecting the right system. Contact us today to find out more about our selection of high-tech variable speed heating and cooling systems, backed by Carrier.
Wi-Fi(r), Controls
Wireless smart thermostats let homeowners to have more control over their HVAC systems while also reducing energy costs and increasing comfort. They make use of wireless technology to connect with a smartphone application or computer, allowing users to control and regulate their home’s temperature remotely. Based on the model they can also detect patterns in the household and automatically alter plans to cut down on energy use when nobody is home, or maximize comfort when residents are at home.
Smart thermostats let you monitor your system throughout the day. They can tell when you are away from your home and go into an energy-saving “Away” mode to help you save money on your electricity bills. When you return home, they will switch to the ‘Home’ mode for maximum comfort.
In comparison to conventional thermostats, the Wi-Fi(r) controls are more sophisticated and provide additional features that make life easier, like email alerts, remote monitoring of the system, a custom Web portal that displays just like your thermostat, and the ability to manage multiple zones using one device. These are great for managing a rental property or holiday home from far away.
A thermostat that is programmable can be programmed to alter the temperature during different periods of the day, ensuring optimal comfort for homeowners and renters. With busy schedules with kids’ activities, work meetings, it can be difficult to keep up with the program of a thermostat. A smart thermostat that has an inbuilt sensor monitors the occupancy of rooms as well as outdoor and indoor temperatures and humidity to track the current conditions. It also monitors energy consumption to determine if cooling or heating is needed and makes the necessary adjustments.
Sensors and intelligent programming of the Wi-Fi(r), control can reduce your home’s energy consumption by up to 10 percent. They’ll not only reduce your energy costs however, they also help to lower your carbon footprint and contribute to a healthier environment.
ENERGY START(r) Certification
ENERGY STAR has become one of the most recognizable and easily recognized labels across the United America. It’s the little blue label you find on your fridge, light bulbs and other appliances. When you purchase items bearing the ENERGY STAR logo, you know they’re independently tested and verified to meet the strict energy efficiency standards and reduce greenhouse gas emissions.
The same standards that are applicable to individual products can also be applied to whole buildings. To obtain ENERGY STAR certification, buildings must demonstrate at least 15% more performance than the ASHRAE 90.1-2010 (or the state building code under which it is permitted). The performance benchmark is based on a variety of factors that affect energy consumption, including the weather conditions and occupancy. It also considers the size and type of heating and cooling systems.
A home must be independently checked by a HERS Rater before it can qualify for ENERGY STAR Certification. The HERS Rater inspects the insulation of the home, as well as the air barrier and HVAC equipment to make sure that they’re installed and sized correctly. The Rater also conducts thorough inspections of ventilation and duct leakage.
These steps will help homeowners save energy and money while safeguarding their health and the environment. This makes the ENERGY STAR a great way to increase the value of any home or apartment. Research has shown that ENERGY STAR approved apartments and homes are typically sold or rented for higher prices than those without the certification.
In addition to delivering cost savings over the long term in the long run, as well as a long-term savings, ENERGY STAR certified buildings have been shown to have lower operating costs than comparable non-certified buildings. They are also more comfortable to live in and consume less energy. In turn, the EPA estimates that ENERGY STAR homes can save Americans over $39 billion in energy costs each year.
High-Efficiency Systems
A high-efficiency HVAC system is more than an option to save money on energy bills. It’s also a great method to reduce carbon emissions and improve the environment. High-efficiency systems use up to one third less energy than earlier versions, which results in lower utility bills. Besides reducing greenhouse gas emissions, high-efficiency systems use non-toxic refrigerants, which don’t harm the Ozone layer.
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 in the form of lower costs for energy and maintenance. 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 peaceful operation, and better indoor air quality. For example, advanced filtration systems remove more harmful contaminants from the air. They can also improve the comfort of the occupants as they provide precise temperature control, eliminating cold or hot patches.
Heating and cooling use the most energy in the average home and account for 45% of household energy use. The replacement of your old HVAC system with a modern unit will start saving you energy costs from the first bill you receive. It is easy to find a Carrier furnace or AC that meets your needs by looking up the annual fuel utilization efficiency (AFUE) rating. The higher the AFUE rating, the greater the efficiency.
New energy-efficient systems can achieve up to 98% AFUE, converting all the heating energy from the fuel source into warmth for your home. This is a major improvement over conventional furnaces, which operate at 80percent AFUE and use 35 percent of their fuel.
High-efficiency units use less energy than older counterparts, which results in less greenhouse gas emissions, and also helping to protect the environment. They also can 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 system into green construction projects. These systems can also help reduce the costs of construction which makes it a good investment both for builders and building occupants.