Reliable power for a sustainable world

 

Call: +91-783 855 2211 
Email: marketing@riello-power.com
Medical

Medical and healthcare services now generally rely on micro-processor based technologies. Due to the critical nature of these systems, the uninterrupted and quality power infrastructure must be designed to ensure maximum reliability and operability.

 

Safety

Medical equipment such as MRIs must adhere to stringent safety standards. The UPS must input isolation to those critical loads to sure uninterrupted power during operation, along with:
IP protection, input/output electrical isolation,  and monitoring.  

 

Hospital Power backup system 

Riello UPS responds to these needs with UPS systems that meet all power and safety requirements.

 

Reliability

In a medical environment, reliable power distribution is critical.  During an outage, transfer from utility to generator via Automatic Transfer Switch at the service entrance would cause a transient that can cause interruption of all critical loads.  Riello UPS offers systems that enables the load to maintain operation seamlessly during this transfer.
Electrical continuity cannot be guaranteed unless it is supported by suitable monitoring and control systems, which can speak the various protocols installed in healthcare infrastructures - Modbus, Bacnet, SNMP, HTTP. Riello UPS develops interfaces and software for monitoring and control designed for such continuity.

Characteristic
  • Extreme protection for critical applications
  • High resilience
  • Compliant with specific standards
Applications
  • Quality power to critical laboratory and patient care equipment
  • Operating environment
  • Hospital IT Services
References

Australia
Knox Hospital

Denmark
Aalborg University Hospital

Germany
Universitätklinikum RWTH, Aachen
Max Plank Institut

International
Philiphs

Italy
Alba Hospital
Ferrara Hospital
Military Hospital Celio, Roma

Korea
E-Hwa University Hospital, Seoul

Spain
G. Maranon Hospital, Madrid
P.R.B.B.

Saudi Arabia
Medical Cities Program