Hospital equipment energy consumption and energy saving management system

Abstract

The invention relates to the technical field of energy consumption management, and particularly discloses a hospital equipment energy consumption and energy-saving management system, which comprises an energy consumption statistics module, a supervision module, an energy-saving management module and an energy-saving management module, the monitoring module is used for transmitting a monitored data result to the energy distribution control terminal through a network signal, the equipment control module is used for performing targeted control on energy consumption equipment with different purposes in a hospital, and the periodic energy consumption evaluation module is used for evaluating the periodic energy consumption of the energy consumption equipment. The periodic energy consumption evaluation module is used for periodically summarizing and comparing the energy consumption conditions of the hospital equipment; according to the invention, the energy consumption statistics module and the supervision module are arranged to control the equipment in the hospital in real time, and the energy consumption of the equipment in the hospital can be periodically summarized and intelligently analyzed by using big data and data mining technologies, so that the defects of the existing energy distribution mode can be conveniently found; and a more reasonable and energy-saving energy distribution mode is formulated in an auxiliary manner.

Description

Technical Field

[0001] The invention belongs to the technical field of energy consumption management, and in particular relates to a hospital equipment energy consumption and energy-saving management system. Background Art

[0002] With the development of economy, energy consumption is increasing, but the total amount of resources owned by human beings is limited after all. Therefore, the contradiction between rapid economic development and resources and environment is becoming increasingly acute, and the rational conservation and utilization of energy is increasingly valued by people. In order to promote energy conservation and emission reduction and sustainable development, various laws and regulations have been formulated to guide people to use energy rationally, requiring energy-consuming units to use energy metering data as the basis for statistical investigation and statistical analysis, and to classify and measure and count various types of energy consumption in order to more reasonably arrange the rational optimization of energy utilization. As a large social service organization, the volume of water, electricity, gas and energy consumption in hospitals is quite large. In various work links of hospitals, due to the lack of a coordinated energy consumption management system, some energy will be wasted.

[0003] In the patent with publication number CN 111752166 A, a hospital smart equipment energy consumption and energy-saving management system is mentioned, which relates to the field of energy consumption and energy-saving management technology. The present invention includes an electric energy management system, an energy consumption analysis management system, a fire equipment power management system and a main monitoring system; the electric energy management system, the energy consumption analysis management system and the fire equipment power management system are all communicatively connected with the main monitoring system, and the electric energy management system includes a telemetry unit, a telesignaling unit and an alarm unit; the energy consumption analysis management system includes a data acquisition unit, an equipment management unit and a data analysis unit; the fire equipment power management system includes fire equipment, a fire power supply and a fire equipment monitoring unit. The present invention analyzes the energy consumption quantity and type of each energy-consuming equipment in the hospital, thereby effectively and reasonably controlling the entire energy consumption system of the hospital to achieve the purpose of energy saving and emission reduction. At the same time, the energy consumption analysis management system realizes online monitoring and dynamic analysis of building energy consumption, greatly reducing the energy consumption of hospital buildings.

[0004] The hospital's energy consumption management system only provides monitoring functions for electricity consumption, is unable to reasonably redistribute energy, and lacks analysis and evaluation functions for energy consumption conditions, making it impossible for the hospital to develop more energy-saving plans based on energy consumption conditions. Summary of the invention

[0005] The purpose of the present invention is to provide a hospital equipment energy consumption and energy saving management system to solve the problems raised in the above background technology.

[0006] To achieve the above object, the present invention provides the following technical solutions:

[0007] A hospital equipment energy consumption and energy saving management system, comprising:

[0008] Energy consumption statistics module, which is used to uniformly monitor the water and electricity equipment of various departments in the hospital, and record and count the specific energy consumption data of each device;

[0009] A monitoring module, which is used to transmit the monitored data results to the energy distribution control terminal through a network signal, and the energy distribution control terminal receives, records and analyzes the data;

[0010] An equipment control module, which is used to perform targeted control on energy-consuming equipment of different purposes in the hospital and classify and manage the equipment according to its normal operating status;

[0011] A periodic energy consumption assessment module, which is used to periodically summarize and compare the energy consumption status of hospital equipment, and to intelligently analyze and plan the energy consumption data in each period;

[0012] A power outage emergency power supply module is used to provide emergency power supply measures according to a preset power supply priority order in an emergency situation of power outage.

[0013] Preferably, the energy consumption statistics module includes a total energy consumption statistics module, a sub-item statistics module and a chart generation module. The sub-item statistics module is used to classify and separately count the electricity consumption, water consumption and heating consumption in the hospital.

[0014] Preferably, the total energy consumption statistics module is used to summarize and calculate the total amount of various energy consumption data, and the chart generation module is used to make the statistical vertical bar chart, the vertical content of the bar chart is the energy consumption, and the horizontal content is the energy consumption category.

[0015] Preferably, the monitoring module includes a real-time detection module for energy consumption of terminal equipment, an online data transmission module, a cloud recording module and an accident recall module. The real-time detection module for energy consumption of terminal equipment monitors the electricity consumption, water consumption and heating consumption in the hospital in real time through a wattmeter, a flow sensor and a heating meter respectively. The monitored data is uploaded to the cloud recording module through the online data transmission module. The cloud recording module is used to record the stored data. When an emergency accident caused by energy equipment failure occurs, the accident recall module retrieves the equipment operation status within the time period from the cloud recording module to provide data support for determining the cause of the accident and determining responsibility.

[0016] Preferably, the equipment control module includes a load classification module and a power distribution module. The load classification module divides the equipment used by different departments in the hospital into three categories, namely, permanently turned-on equipment, regularly turned-on equipment, and irregularly turned-on medical equipment. The instruments used in operating rooms and intensive care units are permanently turned-on basic equipment, and the power distribution module gives priority to ensuring their stable power supply. The equipment used in treatment rooms and examination rooms are irregularly turned-on medical equipment, and the power supply priority of this type of equipment is second. Logistics equipment is regularly turned-on equipment.

[0017] Preferably, the periodic energy consumption assessment module includes a periodic energy consumption comparison module, an energy consumption change intelligent analysis module, an energy allocation re-planning module and a future energy consumption change trend prediction module. The periodic energy consumption comparison module compares the energy consumption data of the current cycle in the hospital with the energy consumption data of the previous cycle, where the duration of one cycle is three months. The energy consumption change intelligent analysis module and the energy allocation re-planning module use data mining technology to perform intelligent analysis on the existing energy allocation mechanism to discover the imperfect links of energy-saving measures. The future energy consumption change trend prediction module uses big data technology, combined with the future market energy price trend and the total energy consumed by the hospital in each cycle, to calculate the expected energy consumption data for future cycles.

[0018] Preferably, the power outage emergency power supply module includes a power outage detection module, a power supply priority determination module and an emergency power supply module. The power outage detection module uses a power outage sensor to perform real-time detection of equipment in the hospital. The power supply priority determination module classifies equipment in various links of the hospital according to the importance of electricity consumption. The emergency power supply module prioritizes power supply to operating rooms and intensive care units.

[0019] Compared with the prior art, the present invention has the following beneficial effects:

[0020] The present invention controls the equipment in the hospital in real time by setting up an energy consumption statistics module and a supervision module, and uploads the monitored data to the cloud for storage and call. The equipment control module classifies the equipment in the hospital layer by layer according to its specific use, and gives priority to power supply to high-importance equipment to keep it running stably. At the same time, the system can also use big data and data mining technology to periodically summarize and intelligently analyze the energy consumption of hospital equipment, so as to find out the defects of the existing energy distribution method, and assist in formulating a more reasonable and energy-saving energy distribution method, thereby reducing the energy consumption of hospital equipment and improving the energy-saving effect. BRIEF DESCRIPTION OF THE DRAWINGS

[0021] Figure 1 is the overall system block diagram of the present invention;

[0022] Figure 2 It is a block diagram of the energy consumption statistics module of the present invention;

[0023] Figure 3 It is a block diagram of the supervision module of the present invention;

[0024] Figure 4 It is a block diagram of the device control module of the present invention;

[0025] Figure 5 It is a block diagram of the periodic energy consumption assessment module of the present invention;

[0026] Figure 6 This is a block diagram of the power failure emergency power supply module of the present invention. DETAILED DESCRIPTION

[0027] The following will be combined with the drawings in the embodiments of the present invention to clearly and completely describe the technical solutions in the embodiments of the present invention. Obviously, the described embodiments are only part of the embodiments of the present invention, not all of the embodiments. Based on the embodiments of the present invention, all other embodiments obtained by ordinary technicians in this field without creative work are within the scope of protection of the present invention.

[0028] Embodiment 1:

[0029] See also Figures 1 to 6 As shown, a hospital equipment energy consumption and energy saving management system includes:

[0030] Energy consumption statistics module: The energy consumption statistics module is used to uniformly monitor the water and electricity equipment of various departments in the hospital, and record and count the specific energy consumption data of each device;

[0031] A monitoring module is used to transmit the monitored data results to the energy distribution control terminal through a network signal, and the energy distribution control terminal receives, records and analyzes the data;

[0032] Equipment control module: The equipment control module is used to control the energy consumption equipment with different purposes in the hospital in a targeted manner, and classify and manage the equipment according to its normal operating status;

[0033] The periodic energy consumption assessment module is used to periodically summarize and compare the energy consumption status of hospital equipment, and to intelligently analyze and plan the energy consumption data in each cycle;

[0034] The power outage emergency power supply module is used to provide emergency power supply measures according to the preset power supply priority order in the event of a power outage emergency.

[0035] Specifically, the energy consumption statistics module includes a total energy consumption statistics module, a sub-item statistics module and a chart generation module. The sub-item statistics module is used to classify and separately count the electricity consumption, water consumption and heating consumption in the hospital.

[0036] Specifically, the total energy consumption statistics module is used to summarize and calculate the total amount of various energy consumption data, and the chart generation module is used to make the statistical vertical bar chart, the vertical content of the bar chart is the energy consumption, and the horizontal content is the energy consumption category.

[0037] Specifically, the supervision module includes a real-time detection module for energy consumption of terminal equipment, an online data transmission module, a cloud recording module and an accident recall module. The real-time detection module for energy consumption of terminal equipment monitors the electricity consumption, water consumption and heating consumption in the hospital in real time through wattmeters, flow sensors and heating meters respectively. The monitored data is uploaded to the cloud recording module through the online data transmission module. The cloud recording module is used to record the stored data. When an emergency accident caused by energy equipment failure occurs, the accident recall module retrieves the equipment operation status within the time period from the cloud recording module to provide data support for the cause judgment and responsibility determination of the accident.

[0038] Specifically, the equipment control module includes a load classification module and a power distribution module. The load classification module divides the equipment used by different departments in the hospital into three categories, namely, permanently turned-on equipment, regularly turned-on equipment, and irregularly turned-on medical equipment. The instruments used in operating rooms and intensive care units are permanently turned-on basic equipment, and the power distribution module gives priority to ensuring their stable power supply. The equipment used in treatment rooms and examination rooms are irregularly turned-on medical equipment, and the power supply priority of this type of equipment is second. Logistics equipment is regularly turned-on equipment.

[0039] Specifically, the periodic energy consumption assessment module includes a periodic energy consumption comparison module, an energy consumption change intelligent analysis module, an energy allocation re-planning module and a future energy consumption change trend prediction module. The periodic energy consumption comparison module compares the energy consumption data of the current cycle in the hospital with the energy consumption data of the previous cycle, where the duration of a cycle is three months. The energy consumption change intelligent analysis module and the energy allocation re-planning module use data mining technology to perform intelligent analysis on the existing energy allocation mechanism to uncover imperfect links in energy-saving measures. The future energy consumption change trend prediction module uses big data technology, combined with future market energy price trends and the total amount of energy consumed by the hospital in each cycle, to calculate the expected energy consumption data for future cycles.

[0040] Specifically, the method for estimating and analyzing future cycle energy consumption is: first crawl data, that is, collect data from various websites, databases, and API data sources, and use AI technology to automatically crawl data. Commonly used data crawling tools include Scrapy, Beautiful Soup, and Search, etc. You can choose the appropriate tool to crawl data as needed. The collected data needs to be cleaned and processed to remove duplicate data and abnormal data to ensure the accuracy and completeness of the data. At the same time, it is also necessary to perform preprocessing and feature extraction on the data to convert the data into a format suitable for model training. The model can be used to perform trend analysis of various types of data.

[0041] Specifically, the power outage emergency power supply module includes a power outage detection module, a power supply priority determination module and an emergency power supply module. The power outage detection module uses a power outage sensor to perform real-time detection of equipment in the hospital. The power supply priority determination module classifies equipment in various links of the hospital according to the importance of electricity consumption. The emergency power supply module prioritizes power supply to operating rooms and intensive care units.

[0042] From the above, it can be seen that by setting up the energy consumption statistics module and the supervision module, the equipment in the hospital can be controlled in real time, and the monitored data can be uploaded to the cloud for storage and retrieval. The equipment control module classifies the equipment according to its specific use in the hospital, and gives priority to power supply to important equipment to keep it running stably. At the same time, the system can also use big data and data mining technology to periodically summarize and intelligently analyze the energy consumption of hospital equipment, so as to find out the defects of the existing energy distribution method, and assist in formulating a more reasonable and energy-saving energy distribution method, thereby reducing the energy consumption of hospital equipment and improving the energy-saving effect.

[0043] Although embodiments of the present invention have been shown and described, it will be appreciated by those skilled in the art that various changes, modifications, substitutions and variations may be made to the embodiments without departing from the principles and spirit of the present invention, and that the scope of the present invention is defined by the appended claims and their equivalents.

Claims

1. A hospital equipment energy consumption and energy saving management system, characterized in that: include: Energy consumption statistics module, which is used to uniformly monitor the water and electricity equipment of various departments in the hospital, and record and count the specific energy consumption data of each device; A monitoring module, which is used to transmit the monitored data results to the energy distribution control terminal through a network signal, and the energy distribution control terminal receives, records and analyzes the data; An equipment control module, which is used to perform targeted control on energy-consuming equipment of different purposes in the hospital and classify and manage the equipment according to its normal operating status; A periodic energy consumption assessment module, which is used to periodically summarize and compare the energy consumption status of hospital equipment, and to intelligently analyze and plan the energy consumption data in each cycle; A power outage emergency power supply module is used to provide emergency power supply measures according to a preset power supply priority order in an emergency situation of power outage.

2. A hospital equipment energy consumption and energy saving management system according to claim 1, characterized in that: The energy consumption statistics module includes a total energy consumption statistics module, a sub-item statistics module and a chart generation module. The sub-item statistics module is used to classify and separately count the electricity consumption, water consumption and heating consumption in the hospital.

3. A hospital equipment energy consumption and energy saving management system according to claim 2, characterized in that: The total energy consumption statistics module is used to summarize and calculate the total amount of various energy consumption data, and the chart generation module is used to make the statistical vertical bar chart, the vertical content of the bar chart is the energy consumption, and the horizontal content is the energy consumption category.

4. A hospital equipment energy consumption and energy saving management system according to claim 1, characterized in that: The supervision module includes a real-time detection module for energy consumption of terminal equipment, an online data transmission module, a cloud recording module and an accident recall module. The real-time detection module for energy consumption of terminal equipment monitors the electricity consumption, water consumption and heating consumption in the hospital in real time through a wattmeter, a flow sensor and a heating meter. The monitored data is uploaded to the cloud recording module through the online data transmission module. The cloud recording module is used to record the stored data. When an emergency accident caused by energy equipment failure occurs, the accident recall module retrieves the equipment operation status within the time period from the cloud recording module to provide data support for the cause judgment and responsibility determination of the accident.

5. The hospital equipment energy consumption and energy saving management system according to claim 1, characterized in that: The equipment control module includes a load classification module and a power distribution module. The load classification module divides the equipment used by different departments in the hospital into three categories, namely, permanently turned-on equipment, regularly turned-on equipment, and irregularly turned-on medical equipment. The instruments used in operating rooms and intensive care units are permanently turned-on basic equipment, and the power distribution module gives priority to ensuring their stable power supply. The equipment used in treatment rooms and examination rooms are irregularly turned-on medical equipment, and the power supply priority of this type of equipment is second. Logistics equipment is regularly turned-on equipment.

6. A hospital equipment energy consumption and energy saving management system according to claim 1, characterized in that: The periodic energy consumption assessment module includes a periodic energy consumption comparison module, an energy consumption change intelligent analysis module, an energy allocation re-planning module and a future energy consumption change trend prediction module. The periodic energy consumption comparison module compares the energy consumption data of the current cycle in the hospital with the energy consumption data of the previous cycle, where the duration of a cycle is three months. The energy consumption change intelligent analysis module and the energy allocation re-planning module use data mining technology to perform intelligent analysis on the existing energy allocation mechanism to discover the imperfect links of energy-saving measures. The future energy consumption change trend prediction module uses big data technology, combined with the future market energy price trend and the total amount of energy consumed by the hospital in each cycle, to calculate the expected energy consumption data for the future cycle.

7. The hospital equipment energy consumption and energy saving management system according to claim 1, characterized in that: The power outage emergency power supply module includes a power outage detection module, a power supply priority determination module and an emergency power supply module. The power outage detection module uses a power outage sensor to perform real-time detection of equipment in the hospital. The power supply priority determination module classifies equipment in various links of the hospital according to the importance of electricity consumption. The emergency power supply module prioritizes power supply to operating rooms and intensive care units.

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