VRV systems have been available as a temperature-controlling solution for commercial spaces since the early 1980’s and have undergone many improvements since that time as technology has improved.
This technology utilizes the minimum amount of refrigerant required at any given time to maintain a temperature consistency within a specific “zone”.
The actual name “VRV” is derived from the term “Variable Refrigerant Volume” – a reference to the ability of the technology to only use the amount of coolant required at a given time.
VRV Systems offer many benefits to the temperature moderation of a commercial space. These include Energy savings, flexibility of control, flexibility of layout and an adaptable design to suit a particular space.
Individual controls combined with inverter technology help to limit energy consumption on an ongoing basis which over the lifetime of a unit can represent a significant cost-saving.
Each zone, or area, can be individually controlled with a remote control setting allowing for different areas of a commercial space to be individually set to a predetermined temperature to maximise comfort.
Up to 64 indoor units can be controlled by a single outdoor unit, allowing for a tremendous amount of flexibility in the overall design layout of the entire system.
There are many VRV Systems on the market, and these systems can be configured to suit a specific need based on the size, type and purpose of a commercial space. Systems can be designed to be multi-split, offering heating and cooling solutions, or one or the other
A standard solution for a multi split requirement
Technology enables this type of unit to provide heating and cooling for an individual room(s)
Designed for areas that experience extreme temperatures, such as the Middle East, these units exhibit great technological innovations to deliver cool air flow in spite of the very hot ambient temperatures
Conversely to the previous example, this unit can provide heating solutions when ambient temperatures are as low as -25 degrees Celsius.
A compact version of the VRV System boasts all the technology that a commercial unit does but can meet the heating and cooling requirements of smaller offices and homes.
This unit utilizes water as the source of its heat. Temperatures range from 10 degrees to 45 degrees Celsius and the performance is not affected by the external ambient temperature. Its compact size makes it an ideal solution for smaller rooms. Units are installed and configured by our friendly, expert staff here at Tailored Heating and Cooling solutions. The units themselves are controlled remotely with an intuitive display and easy-to-understand menu.
A VRV (Variable Refrigerant Volume) system uses refrigerant to provide heating and cooling by adjusting its flow based on the area’s demand, which ensures high efficiency and precise temperature control.
In contrast, an evaporative cooling system cools air through the evaporation of water, which is highly energy-efficient in arid climates but less effective and efficient in humid environments because of its reliance on water evaporation.
The installation cost of a VRV system can vary significantly depending on factors such as the size of the area, the complexity of the installation, and the specific requirements of the property.
Typically, VRV systems are more costly than conventional systems due to their advanced technology, efficiency, and the flexibility they offer in multi-zone control.
While VRV systems are highly efficient and flexible, they come with higher initial costs and complexity in installation compared to traditional systems.
They require more space for installation, particularly for the outdoor units, and may necessitate specialised maintenance and repairs, which can be more expensive and require trained technicians.
A typical VRV installation involves several key steps: initial site assessment and design planning, installation of refrigerant lines and electrical connections, placement and setup of both indoor and outdoor units, and a thorough commissioning process to ensure the system operates efficiently.
Each step must be executed with precision to achieve the optimal functioning of a VRV system.
Generally, a VRV system is expected to last between 15 to 20 years. The longevity of the system can be significantly enhanced with regular maintenance, which includes checking refrigerant levels, cleaning filters, and ensuring that all components are functioning correctly.
Proper upkeep helps maintain the system’s efficiency and reliability over its lifespan.
Keeping You in the Loop: Our Latest News, Direct to Your Inbox!
At Tailored Solutions, we’re a bunch of forward-thinkers, innovators, and, admittedly, coffee enthusiasts, who believe that a comfortable home is the cornerstone of a happy life
