Balance the Environment: Our Commitment to Sustainability

Our Commitment to Sustainability

In a world where digital infrastructure is expanding faster than ever before, cooling systems must do more than deliver performance; they must deliver it sustainably.

AIRSYS prioritizes ultra-efficient sustainable cooling solutions that reduce energy use, water consumption, and greenhouse gas emissions. We power the cooling performance our customers need while protecting the resources we all share.

We are Sustainable by Design.

From material selection and system design to real-world energy and water use, we aim to strike the right balance, delivering the cooling performance our customers need while protecting the resources we all share.

Built-In Water Conservation

Our units maintain low Water Usage Effectiveness (WUE), with many systems requiring no to minimal water while maximizing thermal efficiency.

Ultra-low
PUE

Our solutions consistently deliver industry-leading <1.0 PUE, dramatically reducing energy consumption without sacrificing uptime.

Streamlined Serviceability

Our systems are built for easy access and streamlined maintenance, minimizing part replacements and cutting down on material waste.

Intelligent, Adaptive Cooling

AIRSYS systems are built to respond dynamically to real-world conditions, optimizing every facet of performance:

Multi-Mode Cooling Capabilities

Our systems adapt to existing infrastructure and new installations, selecting the most efficient cooling mode in any situation, regardless of traditional cooling methods or hybrid modalities.

Remote Control & Sensor Automation

Smart sensors constantly monitor environmental conditions to fine-tune cooling output in real time and eliminate energy waste.

Smart Components, Smarter Operation

Smart Components, Smarter Operation Features like variable-speed compressors and advanced free cooling use ambient conditions to drive down resource use and increase system longevity.

Economic Sustainability

Our environmental sustainability mindset translates directly into economic sustainability for our customers.

By reducing energy and water use, simplifying maintenance activities, and extending equipment life, we help facilities get more from every investment. This approach supports long-term business viability and empowers customers to meet performance and budget goals without compromise.

Global demand for data center capacity could more than triple by 2030.

105M

U.S. data centers emitted more than 105 million tons of CO2e between September 2023 - August 2024, accounting for 2.18% of total U.S. emissions.

50M

Individual hyperscale facilities require over 50 million gallons of water per year.

Top 10

Data centers rank among the top 10 industrial water consumers in the U.S.

The Balance Between
Performance & Responsibility

By intentionally engineering sustainability into our cooling solutions, we deliver reliability and efficiency that advance environmental goals and operational performance.

This commitment carries through every design decision, where we strive to strike the right balance between high-impact outcomes and optimized resource use. The result is a responsible approach that supports our customers and the communities they serve.

According to the International Energy Agency, data centers are expected to drive 10% of global electricity demand growth through 2030.

Air-based cooling systems can consume up to 40% of a facility’s total electricity.

A mid-sized data center consumes around 300,000 gallons of water a day, roughly equivalent to the daily use of 1,000 households.

Sustainability Insights from the AIRSYS Blog

April 22, 2025

Balance the Environment