Energy Efficiency using Vaayu Hybrid Air Handling Units provides a convincing route towards rational sustainability. How? Check out the points below
Refrigerant-based (like an air conditioner) and evaporative (which uses water evaporation for cooling) cooling are combined in hybrid air chillers. This enables them to withstand intense heat using the refrigerant system and to be extremely effective in hot, dry conditions where evaporative cooling excels.
Vaayu Hybrid drastically cuts down on energy-intensive refrigerant-based cooling by efficiently using water evaporation to cool under the right circumstances. This results in reduced energy usage and operational expenses.
Reduced consumption of electricity against conventional air conditioners as well as reduced consumption of water against conventional evaporative air coolers, both these aspects together ensure a much lower Carbon footprint for Vaayu AHUs than all those conventional products. In addition to fighting climate change, this encourages environmental responsibility.
Vaayu Hybrid systems can be made to use as little water as possible use much lesser water as against conventional evaporative air coolers. Further, in very dry environments, conventional air conditioners need humidifiers too, thus, overall water consumption goes higher. Vaayu AHUs eliminate the need for the use of additional humidifiers.
Vaayu Hybrid AHUs perform exceptionally well in hot, dry climates where evaporative cooling works well. They provide a logical approach to sustainability by employing the climate-appropriate cooling technique that is most effective.
Lower energy usage results in lower electricity bill costs. A Vaayu hybrid AHU costs more upfront than an evaporative cooler, but because of the energy savings, you could get a faster return on your investment. The overall (lifetime) cost of acquisition for Vaayu AHUs is much lower.
Regular maintenance is necessary for both refrigerant-based and evaporative systems. All things considered, Vaayu offers a sensible and environmentally friendly method of space and spot/personal cooling, especially in hot, dry areas. They are an appealing option for people looking to reduce their energy expenses and environmental effects because of their energy efficiency and capacity to use evaporative cooling for large periods of the year.