Focus: Energy Efficiency

Calibrated performance model created for hospital building

Model helps Barts Health NHS Trust assess proposed energy-conservation measures


To help Barts Health NHS Trust assess proposed energy-conservation measures for part of the Royal London Hospital, enhanced energy modelling and BMS data analysis was done, according to an article on the Modern Building Services website.

The program for the Alex Wing of the dental teaching hospital was created to take advantage of the existing BMS and extensive sub-metering infrastructure.

Using a combination of building data and advanced computer modelling, a virtual benchmark of the building was created that comfortably meets the calibration thresholds for ASHRAE Guidance 14.

Energy-conservation measures that have been identified show a 22.5% reduction in gas energy demand and a 30% reduction in electricity energy demand are possible. Those savings would amount to a 28% reduction in energy spend.

Read the article.

 



September 19, 2017


Topic Area: Energy and Power


Recent Posts

Contaminants Under Foot: A Closer Look at Patient Room Floors

So-called dust bunnies on hospital room floors contain dust particles that turn out to be the major source of the bacteria humans breathe.


Power Outages Largely Driven by Extreme Weather Events

Almost half of power outages in the United States were caused by extreme weather events.


Nemours Children's Health Opens New Moseley Foundation Institute Hospital


Code Compliance Isn't Enough for Healthcare Resilience

Intensifying climate risks are pushing hospitals to think beyond code requirements and toward long-term resilience.


Ribbon Cutting Marks First Phase Completion for New Montefiore Einstein Facility

The second phase is expected to be completed in the second half of 2027.


 
 


FREE Newsletter Signup Form

News & Updates | Webcast Alerts
Building Technologies | & More!

 
 
 


All fields are required. This site is protected by reCAPTCHA and the Google Privacy Policy and Terms of Service apply.