blog

How medical institutions in Honduras use distribution cabinet infrastructure to improve efficiency. Medical institutions across Honduras have achieved unprecedented operational efficiency improvements after adopting advanced three-phase medical IT isolation transformer distribution cabinets. The distribution cabinet is designed to eliminate power-related interruptions in intensive care environments.

What is medical IT isolation power supply?

Medical IT isolation power supply is generally placed in the operating room ICU. In such a special environment, its working principle is as follows: our mains TN neutral grounding system, after passing through the isolation power supply, the output power will become an IT ungrounded system, so that even if the power supply through the isolation transformer is unidirectionally grounded, there will be no large leakage current. And it can make the entire operating room unsuitable for tripping due to leakage, and at the same time, these external fault currents will not enter the operating room to affect the safety of medical equipment and personnel. However, it is impossible for IT systems to completely eliminate insulation problems 100%, so such insulation monitors are needed (insulation monitoring of the system can be performed at the microampere level). If leakage is detected, an alarm will be issued through the alarm terminal. If there is a background, the alarm data can be uploaded to the background, which is convenient for the hospital to conduct overall monitoring and select transformers of different capacities according to the power load of the operating room.

How to greatly improve efficiency while ensuring safety?

Say goodbye to unexpected downtime

After the hospital installed it, the utilization rate of emergency generators decreased by 62%. The previous CT scanner had to be restarted 3-4 times a week during storms, but now it can run uninterruptedly.

Maintenance cycle shortened by 40%

The built-in insulation fault locator can find problems in minutes (not hours). When an abnormality occurs, technicians will receive real-time alerts via SMS-no need to manually trace the circuit.

Equipment life extended by 20%

By filtering out harmonic distortion and voltage spikes, the system prevents expensive medical equipment from premature wear. One clinic reported that the service life of its anesthesia machine was extended from 5 years to 7 years.

Seamless integration with renewable energy

The system is compatible with solar inverters and battery storage systems, allowing hospitals to adopt a hybrid model without sacrificing safety.

Benefits to the medical economy

Cost savings: Save $18,000 in equipment repair costs each year.

Improved productivity: Nurses spend 35% less time troubleshooting power failures, saving more than 1,200 hours of patient care each year.

Reduced insurance premiums: Healthcare facilities equipped with IT isolation systems qualify for lower malpractice insurance rates due to their proven safety records.