Industrial Blog

Cloud computing keeps expanding at lightning speed, but the growth isn’t free. 

Data centers power everything from online shopping and streaming to AI tools, and in the process, they consume huge amounts of electricity (up to 6.7% – 12% of U.S. by 2028) and water (up to 5 million gallons per day). With sustainability key performance indicators (KPIs) now part of most corporate strategies, operators are under pressure to shrink their carbon footprint without compromising uptime or performance.

Data centers are the engines of the digital age, powering everything from e-commerce to telemedicine and entertainment.

These massive facilities handle immense data volumes, but their operational demands come with significant environmental and energy costs. Addressing these challenges requires adhering to data center design standards — frameworks that ensure safety, reliability, and sustainability.

Think of your backyard garden for a moment. 

The virtual clouds we use for data storage and processing have a physical presence on Earth.

Whether it's because of energy use concerns, government mandate, or just technology advancing, the way we heat spaces is changing.

When it comes to advanced sensor technology, the biggest question we ask is, "What's not to love?"

It’s no secret the world has only become more connected 

Carbon dioxide is an inescapable part of our lives.

For most people, an HVAC system has one primary function: keeping indoor climates at a comfortable temperature. 

It doesn't matter if the system is doing other important work in climate control – say, keeping humidity at the right level or monitoring for pollutants. If the temperature inside a space is too hot or too cold, people notice and aren’t bashful about saying so.