Modern hospitals are gradually developing towards comprehensiveness, with huge functional areas and huge building scales. Various advanced medical equipment and electrical equipment are also appearing in large numbers along with the advancement of medical technology. These changes and developments have put forward higher requirements for the safety, reliability and ease of maintenance of hospital building power supply and distribution systems. Therefore, reliable and continuous power supply is a prerequisite for the normal operation of the hospital.

There is a problem:

1. Low voltage qualification rate: in severe cases, it may affect the normal use of electrical equipment.

2. Low reliability of power supply: Most of them are single power supply and single circuit power supply, with frequent failures. After power outage, they mostly rely on manual troubleshooting and manual on-site power transmission, resulting in long power outage time and large power outage area.

3. Low level of automation: When the power supply is severe, the load control and electric energy distribution methods are backward, and remote control of load distribution and transfer cannot be achieved.

Our values:

Chuanglian Huitong box-type transformer actively participates in public building power distribution automation construction projects, continuously expands the field of intelligent power distribution, and provides key products and solutions such as intelligent primary power distribution equipment and power distribution automation, covering R&D, design, production, The entire value chain of sales and services integrates high-quality products and solutions under a unified framework, improves the real-time monitoring, analysis, optimization capabilities and management level of distribution networks, and saves investment costs and operations for power grid customers. cost, promoting the development of power grids to change in an intelligent direction.

Hospital power distribution processing plan:

1. According to the designed capacity of the hospital, configure the number of transformers, the number of high-voltage cabinets and high-voltage cabinets, and use power meters to monitor all high-voltage cabinet incoming and outgoing circuits, and upload the data to the intelligent power distribution system.

2. According to the scale and requirements of the hospital, the requirements for the intelligent power distribution system will be different, but in essence, all terminal data are collected through multi-functional power meters and uploaded to the host computer system through the communication bus. Intelligent buildings can be monitored and controlled through professional system software processing.

3. The intelligent power supply and distribution system can be divided into three layers from a structural point of view: on-site I/O, communication management layer and central control layer. Among them, the control layer is the control core of the entire system, monitoring and controlling the operation of the power supply system, and can also be used for human-machine dialogue interface, data processing and storage management; on-site I/O is used for on-site equipment status signals and collection of operating parameters to control on-site equipment.

4. The power distribution room is usually equipped with two transformers, uninterruptible power supply EPS, UPS, DC panel and several high and high voltage distribution cabinets. Usually power meters are configured on the power distribution cabinet for terminal data collection.