The University of Hong Kong-Shenzhen Hospital (HKU-SZ) has been in operation since 1 July 2012 and has gradually introduced world-class advanced hospital management experience and medical technology to provide high-quality medical services to the public. Taking the opportunity of the Shenzhen-Hong Kong cooperation, the hospital has fully introduced the world-class disciplines of the University of Hong Kong, and has given priority to building "six major" diagnosis and treatment centers, including the Reproductive Medicine and Prenatal Diagnosis Center, the Comprehensive Oncology Treatment Centre, the Cardiovascular Treatment Centre, the Orthopaedics and Trauma Centre, the Organ Transplant Centre, and the Infectious Disease Integrated Diagnosis and Treatment Centre. At the same time, the hospital has set up an international medical center to provide high-end medical services with international advanced level.
Hospital building power distribution is a challenge
With the development of our country's economy, hospital buildings are undergoing significant changes, such as new wards represented by family-oriented, hotel-based, and perfect nursing facilities are becoming popular in new hospitals. Advanced diagnosis and treatment equipment such as large-scale X-ray machines, CT, MRI, and accelerators are changing with each passing day.
This series of changes has led to a great increase in power consumption capacity, and higher requirements for the reliability and safety of high-quality power supplies, so it has put forward higher standards for its power supply and distribution systems and components, and also brought great challenges to the current stage of power distribution solutions.
Innovative technology escorts hospital buildings
As a leader in the low-voltage electrical appliance industry, TYT has launched a set of safe, reliable and flexible intelligent cloud distribution ATSE solutions with years of technical accumulation and rich practical experience in hospital construction projects, empowering the intelligence of hospital buildings to ensure the smooth and efficient operation of the power distribution system.
The intelligent cloud power distribution ATSE solution strictly follows the power supply continuity requirements for primary loads and particularly important loads in primary loads and other standards such as JGJ 312 "Electrical Design Code for Medical Buildings", GB51039 "Architectural Design Code for General Hospitals", and GB 50333 "Technical Specification for Buildings in Hospital Clean Operating Departments".
For places where electricity consumption is particularly important in the primary load, such as operating rooms and ICU intensive care units, use TBBQ6-W series intelligent cloud extraction with bypass type ATSE. It has the function of common and standby dual bypass to ensure that the load is uninterrupted during ATSE maintenance and maintenance. AC-33A has a connecting and breaking capability of up to 10Ie, which is not afraid of high-sensitivity load impact such as CT equipment; The excitation drive design has a conversion time of < 150ms, which meets the allowable power-off time requirements of level 0.15 in hospitals to ensure the continuity of power supply to important medical instruments.
