Air2O ’s cultivation line with dual heat pipe technology is based on a proprietary design that takes advantage of heat pipe technology. This innovative approach utilizes a wrap around coil not only for “free” energy transfer, but it also functions as a winter air-side economizer. This allows for 30% compressor size reduction and offers additional energy savings in the winter mode. The system is intended for commercial spaces with large airflow volume demands. This particular product model is available only as an outdoor packaged unit.
Dual Heat Pipe Unit for Indoor Cultivation
The DHP is a packaged climate unit for indoor cultivation that controls temperature and humidity independently, built to order from 2,500 to 100,000 CFM. One heat pipe wraps around the DX coil to remove moisture without overcooling the room. A second rejects room heat to outdoor air in winter, with no outdoor air entering the room.
A wrap-around heat pipe pre-cools air ahead of the DX coil and returns that heat downstream, with hot gas reheat bringing supply air to the design condition. Low-temperature DX operation and the optional desiccant reach conditions such as 66°F to 70°F at 30 to 40% RH in advanced flowering.
Basis: Room conditions are an example, and performance at the design criteria is confirmed on the design datasheet Air2O issues for each project.
The DHP uses up to 50% less electrical energy than conventional DX dehumidification with reheat. The wrap-around heat pipe transfers heat passively and allows a compressor about 30% smaller for the same load, and a second heat pipe provides indirect free cooling in winter.
Basis: Compared with a conventional DX dehumidification system with reheat and no heat pipe. Savings depend on room conditions, reheat source, and climate.
Each unit is engineered to the design criteria of its grow room and built as an outdoor packaged unit. Chilled water and hot water coils are optional for facilities with a chiller or boiler plant, and an optional desiccant extends moisture removal.
A native BACnet DDC controller manages room temperature and humidity independently through each stage of the grow cycle. The unit integrates with third-party cultivation control platforms and connects to the building management system over BACnet or Modbus without a gateway.
Supply air is delivered by a fan array, which gives even airflow distribution and keeps the unit running if a single fan stops. Access panels and the control panel are arranged so the unit is serviced where it stands, outside the grow room, once it is isolated.
We understand that no two data centers are the same. That's why we work closely with you to design and manufacture air handling units that perfectly align with your unique requirements, whether it's a small-scale operation or a massive cloud computing facility.
In a world that's increasingly conscious of its environmental impact, our units are designed with energy efficiency in mind. We help you reduce your carbon footprint while optimizing performance, thus saving on operational costs.
We use the highest quality materials and cutting-edge technology to build units that are not just efficient but also reliable. Trust in the durability of our systems to safeguard your data center's continuity.
With a team of experts in air handling and data center cooling, we stay at the forefront of industry developments, ensuring that your data center remains ahead of the curve.
