Hospitals are at the top of the list regarding critical facilities. That's because we need health care services 24/7. Anything interrupting its availability can impact entire communities, even putting lives at risk.
To achieve a hospital's energy, operational, financial, and patient satisfaction targets, a reliable healthcare facility must depend on resilient solutions, and an Automatic Transfer Switch (ATS) can help healthcare facilities from all over the globe face unprecedented challenges. Here are some of the benefits of using a reliable Automatic Transfer Switch for healthcare facilities:
Ensure Power Availability: One of the primary advantages of Automatic Transfer Switches is to ensure the power supply for vital systems in healthcare facilities. ATS automatically detects any power outage or voltage fluctuations and swiftly transfers the load from the primary power source to an alternate source, such as a backup generator. This seamless transition prevents any disruption in vital medical equipment, lighting, HVAC systems, and other critical infrastructure, guaranteeing that healthcare services remain always available.
Increase Reliability: Reliability is paramount in healthcare settings, where even a minor interruption in power can have serious consequences. Automatic Transfer Switches provide an added layer of reliability by eliminating the risk of human error in manually switching power sources during an outage. With ATS, power transfer happens automatically, reducing downtime and ensuring continuous operation of essential medical equipment and life support systems.
Simplify Testing & Maintenance: Regular testing and maintenance of power systems are essential in healthcare facilities to identify and address potential issues. ATS simplifies this process by allowing seamless switching between primary and backup power sources during routine maintenance or testing. Additionally, some ATS models come equipped with a bypass switch isolation feature. This feature enables facility managers to isolate the ATS from the power path, directing power directly to critical loads without passing through the ATS, and allows ATS maintenance, repairs, or replacements without disrupting the power supply to critical loads. It enhances maintenance flexibility, minimizes downtime, and increases the overall reliability of the power system in healthcare facilities.
Enhance Safety & Sustain Operations: Automatic Transfer Switches are crucial in enhancing patient safety and staff in healthcare facilities. By ensuring an uninterrupted power supply, ATS enables the proper functioning of life-saving equipment, critical lighting, and emergency systems. When natural disasters or other emergencies cause power outages, ATS enables healthcare facilities to sustain operations and provide essential care without interruption.
FMIDC believes that power reliability and quality are vital to maintaining the infrastructure and operations of a healthcare facility. Both medical and nonmedical critical processes rely upon a stable power system to serve patients without fail. Integrating the most suitable Automatic Transfer Switch solutions, including those with bypass switch isolation features, for healthcare facilities can help achieve their objectives for a safe environment for patients and staff, superior patient care and satisfaction, positive financial performance, and long-term productivity.
To learn more about how FMIDC can help you with the right solutions you need to support healthcare facilities better, you can contact us at firstname.lastname@example.org. We're happy to assist you with the most reliable power transfer switch for any application.
Sources: Resilient hospitals – 6 ways IoT helps | Schneider Electric (se.com) Healthcare Challenges | ASCO Power Technologies Healthcare - Schneider Electric Blog (se.com) How micro data centers help to drive hospital hyper-efficiency (se.com) How Secure Power Solutions Support Healthcare Facility Infrastructure Stability and Safety (Schneider-electric.com) Hospital Emergency Power Requirements | ASCO Power Technologies