Hospital Smart Energy-Saving IoT System Solution

 

Hospital Smart Energy-Saving IoT System Solution

To ensure the normal operation of hospitals, a large number of infrastructure facilities and medical equipment require a safe and efficient energy supply guarantee system.

 With the expansion of hospital scale, the energy consumption of newly added equipment and the performance degradation of old equipment not only increase the hospital's operational costs but also impose a certain burden on management efforts.

To promote energy conservation and consumption reduction in hospitals in a more scientific and reasonable manner, and to achieve more refined energy consumption metering for hospital equipment and facilities, it is essential to establish an energy consumption monitoring system for hospital equipment and facilities.

 In this regard, WideIoT provides a Hospital Smart Energy-Saving IoT System Solution, which primarily consists of three parts: the hardware layer, data acquisition layer, and application layer:

1. Hardware Layer: This includes various energy metering instruments for water, electricity, gas, and heat, used to real-time perceive the hospital's energy consumption data for electricity, water, gas, etc.

2. Data Transmission Layer: The data acquisition gateway primarily transmits the collected energy consumption data to the data center or cloud server through wired or wireless networks, such as 5G/4G/WIFI/Ethernet.

3. Application Layer: This layer utilizes user interfaces on mobile phones and computers to display, monitor, manage, and analyze energy consumption data, generating energy consumption trend charts, reports, etc., to provide decision-making basis for hospital administrators. 

Details please see http://www.wideiot.com/ 

Implemented Functions:

1. Real-time collection and categorized statistics of energy consumption data for air conditioning, lighting, water usage, gas usage, etc., displayed through various data charts such as pie charts, bar charts, and line charts, enabling quick understanding of energy consumption data across different time periods (daily, monthly, yearly), geographical regions, energy categories, or types of energy-consuming equipment.

2. Setting intelligent alarm thresholds for different types of connected devices to achieve event summarization notifications for high and low alarms, recording and archiving them, and quickly notifying via WeChat, SMS, email, etc., enabling prompt management control measures, precise positioning of abnormal energy consumption, and reduction of energy waste.

3. Covering various large-scale energy facilities in hospital buildings to achieve real-time monitoring and recording of the operation, abnormalities, faults, and accident states of energy equipment, forming a full lifecycle equipment archive. Through energy-saving transformations and enhanced maintenance, equipment performance can be guaranteed, and energy equipment utilization efficiency can be improved.