As market demand for computing power increases (partly fueled by the virality of generative artificial intelligence), engineers are required to rethink data center design.

Danfoss and Google today announced a strategic partnership to make use of the latest advances in artificial intelligence (AI) and promote energy efficient solutions in data centers.

While hydrogen does present challenges, they are within the capabilities of the vendor community.

Data centers and high-performance computing centers always require cooling and constantly reject heat. When built as stand-alone facilities, this heat is rejected, and any opportunity to recover it is lost.

Waste heat recovery (WHR) is a “low hanging fruit,” which only has one disadvantage: It presents a longer return on investment (ROI) than is usually acceptable to plants.

The board members of the Albert Einstein Academy charter middle school in San Diego, California had a vision. 

Jasper® Engines needed to replace an aging hydronic HVAC system in their office building in Indiana. This project came with an array of challenges. It’s an older building with three floors, a floor under ground and a glass façade. 

Using both the refrigeration and utility systems to recover heat can lower energy consumption and its associated costs.