Air2O

Air2O

Extreme Low Humidity (ELH) Product2

Product Hero — Air2O

ELH

DHU's for the Lithium Ion Industry (Giga Factories)

CRAH product

Neutralizes up to 99.99% of tested viruses and bacteria from indoor air and surfaces

Delivering the World’s Most Energy Efficient and Sustainable Thermal Management Solutions

Download Our ELH Brochure

Applications range from -40°F(-40°C) to -76°F(-60°C)

Consistent performance even in the most demanding environments

Quality Construction, maintenance accessibility, critical spares strategy, outstanding warranty

High-moisture removal rate with reduced energy costs

Constant duty cycle operation

Fan array redundancy diagram

Air2O's Extreme Low Humidity (ELH) solutions are specifically engineered to meet the stringent low dew point requirements of the lithium-ion battery industry. We understand the critical need for maintaining ultra-low humidity conditions to preserve material integrity and optimize battery performance. With our ELH systems, we provide unparalleled environmental control precision, achieving dew points as low as -60°F. Preserving material integrity is of utmost importance in the lithium-ion battery industry, as any water contamination or premature chemical reactions can have serious consequences on battery safety and efficacy. Our ELH solutions are designed to prevent such issues, ensuring that your batteries operate at their highest level of performance.

By meticulously maintaining ultra-low humidity conditions, Air2O's ELH systems enable you to protect the integrity and lifespan of your battery materials. Our precise environmental control prevents the intrusion of moisture, which can lead to degradation and impede the battery's overall performance and reliability. With our state-of-the-art ELH solutions, you can trust that your lithium-ion batteries are in capable hands. Our engineering expertise and attention to detail allow us to deliver the precise control and stability necessary for optimal battery performance. You can rely on our systems to maintain the strict environmental conditions required for your operations. Whether you need to prevent water contamination, mitigate the risk of premature chemical reactions, or optimize battery safety and efficacy, Air2O's ELH systems provide the ideal solution. Our commitment to delivering the highest level of performance and reliability ensures that your lithium-ion batteries are protected and perform at their best.

Fan array redundancy diagram

The schematic represents comprehensive design for a moisture adsorption unit with purge feature, designed to efficiently eliminate excess moisture from your indoor environment.combines the principles of moisture adsorption and targeted purging to deliver optimal dehumidification performance, ensuring a comfortable and healthy indoor space.

1Direct Gas Heater (Burner) powered by Natural Gas (N.G)
2Post-Cooling Coil
3Desiccant Wheel
4Burge Damper
5Pre-Cooling Coil
6MERV 14 Filter
7Supply Fan
8Backdraft Damper
9Return Air Damper
10Secondary Desiccant Wheel
11Reactivation Fan
12OA-Cooling Coil
13OA-Heating Coil
14MERV 8 Filter
15Outside Air Damper
16Exhaust Damper
17OA-Auxiliary Reactivation Damper