AI reduces hospital’s energy use by 20 percent

A system of multi-variant sensing for predictive controls of air-conditioning was used


University students in Singapore who were participating in an innovation challenge were given eight months special access to a local hospital to solve challenges around energy efficiency and smart buildings, according to an article on the FutureIoT website.

The winning team used a system of multi-variant sensing for predictive controls of the air-conditioning system. They achieved more than 20 percent energy savings and improved comfort through machine learning of room occupancy and air quality metrics. 

Their prototype enabled the air-conditioning system to be controlled by artificial intelligence.

Besides the AI software, the smart control solution also uses sensors to measure humidity, carbon dioxide and other room conditions. 

Read the article.

 

 



July 13, 2020


Topic Area: HVAC


Recent Posts

Designing a Home Away from Home

Ronald McDonald House Atlanta balances the familiarity of home with the demands of a high-use facility serving families of children receiving medical care.


Stephens County Hospital Becoming Part of Wellstar Health System

The transaction is expected to be completed toward the end of 2026, pending the conclusion of regulatory approvals.


Grafton City Hospital Joins Vandalia Health

The transition follows approval from the West Virginia Health Care Authority and continues a longstanding partnership between the organizations.


Protecting Patients from C. auris Through Bed and Mattress Safety

Managers face an urgent question: What happens when a colonized patient returns to a contaminated mattress?


Geisinger Wyoming Valley Medical Center Tops Off New Acute Care Tower

The new acute care tower, designed by FCA, will enhance the hospital’s ability to serve patients by incorporating facilities and expanding its range of services.


 
 


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.