Pilot test at Hamdan Bin Mohammed Smart University (HBMSU) drives initial 10% energy savings on its existing competitor building management system.

Improving building performance across the city could reduce greenhouse gas emissions by at least 11% and save at least $61.5 million in annual energy costs. New report helps establish baselines on performance, while checklist provides recommended next steps.

Dan McQuade of Global Infrastructure Solutions, Karen Weigert of Slipstream, Doug Woods of DPR Construction, and Lakisha Ann Woods of the National Institute of Building Sciences join the board of directors.

Measuring and verifying both the energy input and the system’s output is essential for data-based optimization, which delivers the biggest savings because varying the energy input of any piece of equipment will vary the total system output.

As health care companies seek to improve their sustainability and protect their power systems against risk, they are beginning to incorporate renewable energy into their distributed energy power systems.