VRF Technology air conditioning installation in Queens and Manhattan

Most people are hardly familiar with the mechanism of the air conditioning system. The term zoning is alien to many. However, hot and cold spots are one of the major problems faced by many homeowners. Many complain of draftiness and exorbitant energy costs during the summer and winter. Luckily, all these can be resolved with a heating and cooling solution. Reach out to an expert for ductless air conditioning installation in Manhattan.

Today, developers and owners of both residential and commercial projects are increasingly choosing Variable Refrigerant Flow (VRF) technology to meet comfort and efficiency requirements. Why? Zoning capability.

Today, VRF technology is being used in many commercial and residential projects, including condominiums, office buildings, schools, hospitals, hotels, and more. VRF technology is a combination of variable refrigerant flow and variable air volume. The goal of this technology is to reduce energy consumption, whilst increasing comfort and efficiency. The reason this technology to become so popular is due to the zoning capability it provides.

VRF technology vs Conventional Systems:

Effective zoning is the key mechanism of VRF technology. These systems are able to regulate the flow of refrigerant, which in turn regulates the temperature of the building. Upon dividing the building into zones, VRF technology serves to fulfill the comfort and efficiency needs of each zone. The cycling of the refrigerant between an outdoor unit and an indoor unit is controlled by a special controller. The technology uses the least amount of energy to meet the desired zone temperatures and comfort levels. For ducted configurations, the ductwork is designed to be able to accommodate VRF flow, while the rest of the ductwork is responsible for conventional flow.

On the other hand, traditional systems, such as a centralized system, use an air handler to control the flow of air throughout the building. The extensive duct lines used in traditional systems are responsible for the majority of the energy consumption. These systems distribute forced air throughout the building, causing tremendous waste of energy. With such a configuration, issues are bound to arise. Long-distance air travel leads to increased energy consumption. Moreover, rooms furthest from the air handler have the least amount of comfort. With the introduction of VRF technology, these issues are eliminated.

Variable Refrigerant Flow VRF technology

Conventional HVAC systems work on energy-intensive on/off cycles. How does this work? The system remains active as long as the thermostat is set to the desired temperature. When the thermostat is turned off, the system shuts off and goes into standby mode. This mode of operation wastes energy and is not environmentally friendly. With VRF technology, the system turns off and on as needed to maintain the desired temperature. Moreover, they are able to match the desired load and run the system at peak efficiency, keeping indoor temperatures at a comfortable level. Needless to say, this method is more efficient than conventional systems. Besides, it saves you a lot of money, whilst enabling you to maintain high-quality indoor air quality. Call upon experts for ductless air conditioning installation in Queens.

Enter Heat Recovery:

P-Series, single-zone, variable-capacity heat pumps are perfect for a one-room home. Most VRF systems are designed for multi-zone use and come with a built-in heat pump or heat recovery ventilator.

Simultaneous heating and cooling are possible with either type of heat pump. Waste heat from one zone in cooling mode can be used to heat another zone in heating mode. This seamless operation boosts efficiency and saves energy, while also ensuring multiple zones have a consistent temperature. In addition, the heat recovery ventilator can be used as a backup system if the heat pump fails.

Flexible Operation:

Another major advantage of zoning systems is the ability to adjust the system and its components to suit the needs of the individual homeowner. For example, the system can be adjusted to suit the number of occupants, the time of year, and the size of the home.