Networked lighting systems can unlock a healthcare facilities connectivity

The systems' capabilities include occupancy and vacancy sensing, flexible programming, task tuning and daylight harvesting


Networked lighting systems are unlocking the Internet of Things for healthcare facilities, offering capabilities that include occupancy and vacancy sensing, flexible programming, task tuning and daylight harvesting, according to an article on the FacilityCare website.

Networked lighting systems allow healthcare facilities to increase energy savings and light quality and collect data on energy usage, customer tracking and space utilization.                                  

The system can also connect and communicate with other building systems — such as HVAC, demand response systems, security, safety as well as other space management applications. 

This connectivity among key healthcare facility systems can enable a new level of control that benefits the bottom line.

Read the article.

 



September 9, 2015


Topic Area: Information Technology


Recent Posts

A Shift in Healthcare Facilities Management

Healthcare facilities leaders who embrace a mindset change will be better prepared for the future.


Trauma-Informed Design Transforms Boston Homeless Shelter

Case study: A comprehensive renovation of St. Francis House makes use of trauma-informed design, infrastructure upgrades and operational improvements.


Inside One of Healthcare's Most Ambitious Hospital Projects 

When someone faces a serious medical condition, having access to world-class care close to home can make all the difference. 


Disinfectant Contact Time: The Case for Biofilm Disruption

Contact time, while essential for compliance, does not reliably predict microbial reduction on actual healthcare surfaces.


Texas HHSC Reaches Construction Milestone for Panhandle State Hospital in Amarillo

Construction is expected to be completed in fall 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.