Charging and battery replacing cabinet supporting front maintenance, water fire fighting and one-key battery replacing

Abstract

The invention discloses a battery charging and replacing cabinet supporting pre-maintenance, water fire fighting and one-key battery replacing, and the cabinet comprises a battery charging and replacing cabinet which is provided with a plurality of battery compartments, is used for storing and managing rechargeable batteries, and is provided with an intelligent charging module, so as to support a plurality of charging protocols; the front maintenance module is used for carrying out daily inspection and maintenance on the battery; the detection system is used for monitoring the voltage, temperature and charging state of the battery in real time; the maintenance recording system is used for automatically recording maintenance operation; the water fire extinguishing system is used for providing fire extinguishing measures when a fire disaster occurs; a one-key battery replacement system is adopted, so that the battery replacement process of the electric vehicle is efficient; the monitoring and management system is used for monitoring and managing the operation state of the battery charging and replacing cabinet; according to the battery charging and replacing cabinet supporting pre-maintenance, water fire fighting and one-key battery replacing, the problems of efficiency, safety, maintenance, user experience and the like in the battery charging and replacing process are effectively solved, and the overall performance and safety of electric vehicle charging infrastructures are improved.

Description

Technical Field

[0001] The invention relates to a charging and swapping cabinet which supports front maintenance, water fire fighting and one-key power replacement. Background Art

[0002] With the rapid development and popularization of electric vehicles, the construction of charging infrastructure has become particularly important. However, existing charging and swapping cabinets have multiple technical defects in practical applications, which restricts the efficiency and safety of electric vehicles.

[0003] Inefficient charging:

[0004] At present, traditional charging piles rely on direct charging of batteries, and the charging time is usually long, often taking several hours to complete. This charging mode causes electric vehicle users to wait while charging, affecting the efficiency of vehicle use, especially during peak hours, when charging demand surges, causing queues for charging equipment and a decline in user experience. Therefore, a system that can quickly replace batteries is urgently needed to improve charging efficiency.

[0005] Difficulty in battery maintenance:

[0006] Electric vehicle batteries require regular inspection and maintenance to ensure their safety and performance. However, existing charging equipment often lacks convenient maintenance interfaces and real-time monitoring systems, making maintenance work complex and inefficient. When performing battery maintenance, operators may face incomplete or difficult access to equipment information, resulting in untimely fault detection and even affecting the battery's service life and safety.

[0007] Fire safety hazards:

[0008] The high energy density of batteries makes them a fire risk when they overheat or short-circuit, especially during charging. Once a fire occurs, the lack of an effective fire extinguishing system may lead to serious consequences. In the existing technology, most charging and swapping cabinets are not equipped with automatic fire extinguishing and alarm systems, and are unable to respond to sudden fire incidents in a timely manner, posing a huge safety hazard to users and property.

[0009] Lack of real-time monitoring and management capabilities:

[0010] Many existing charging and swapping equipment lacks comprehensive monitoring and management functions, and managers cannot grasp the operating status of the charging and swapping cabinets and the health of the batteries in real time. This not only increases the risk of equipment failure, but also leads to reduced maintenance and operational efficiency. The lack of data analysis functions also makes operational decisions lack scientific basis, making it difficult to optimize equipment management and resource allocation.

[0011] Poor user experience:

[0012] The operation process of existing charging and swapping cabinets is often complicated, and users may face problems such as opaque information and inconvenient operation during use. The traditional battery swapping method lacks an intuitive user interface, and users do not have enough understanding of the status of the battery swapping process, which affects the overall user experience. Therefore, it is urgent to introduce a more user-friendly interface and indication system to improve the convenience and satisfaction of user operation.

[0013] Compatibility issues:

[0014] Due to the diversity of electric vehicles, different models use different charging protocols, and existing charging and swapping cabinets often face compatibility issues. This results in some models being unable to charge on specific charging and swapping cabinets, limiting the scope of application of the equipment and increasing user troubles. Therefore, improving the ability of charging and swapping cabinets to support multiple charging protocols is an important direction for current technical improvements. Summary of the invention

[0015] In view of the deficiencies in the prior art, the purpose of the present invention is to provide a charging and swapping cabinet that supports pre-maintenance, water firefighting, one-button battery replacement and monitoring management, which effectively solves the problems of efficiency, safety, maintenance and user experience in the charging and swapping process, thereby improving the overall performance and safety of the electric vehicle charging infrastructure.

[0016] The technical solution adopted by the present invention to solve its technical problem is:

[0017] A charging and swapping cabinet supporting front maintenance, water fire fighting and one-key battery replacement, including:

[0018] The charging and swapping cabinet has multiple battery compartments for storing and managing rechargeable batteries and is equipped with an intelligent charging module to support multiple charging protocols;

[0019] The front maintenance module is used for daily inspection and maintenance of the battery, including: maintenance interface, which facilitates the staff to carry out battery detection, charging and maintenance; detection system, which is used to monitor the voltage, temperature and charging status of the battery in real time; maintenance record system, which automatically records maintenance operations;

[0020] The water fire fighting system is used to provide fire extinguishing measures when a fire occurs. The water fire fighting system includes: a sprinkler system that covers the inside and surrounding of the cabinet; an automatic alarm system that automatically alarms and activates fire extinguishing sprinklers when a fire occurs; a water source management system that ensures the water supply during the fire fighting process;

[0021] The one-touch battery replacement system makes the battery replacement process of electric vehicles efficient. The one-touch battery replacement system includes: a user interface, which initiates a battery replacement request through a touch screen or a mobile application; an automated process, in which a battery replacement robot performs the battery replacement; a status indication function, which displays the battery replacement status and progress in real time;

[0022] The monitoring and management system is used to monitor and manage the operating status of the charging and swapping cabinets, including: remote monitoring function, managers can monitor the status of the charging and swapping cabinets in real time; data analysis function, providing operation reports and maintenance suggestions; safety protection function, integrated temperature and humidity monitoring and video monitoring.

[0023] Preferably, a plurality of battery slots are provided in the charging and swapping cabinet, and the battery charging of the battery slots is managed by an intelligent charging module. The intelligent charging module supports multiple charging protocols to accommodate different types of batteries.

[0024] Preferably, the front maintenance module includes a maintenance interface, and the maintenance interface is used to connect an external device so that the staff can conveniently perform battery testing, charging and maintenance operations.

[0025] Preferably, the detection system is used to monitor the voltage, temperature and charging status of the batteries in each battery compartment in real time, and feed back the monitoring results to the user through a human-computer interaction device.

[0026] Preferably, the maintenance recording system automatically records detailed information of each maintenance operation, including operation time, operator and maintenance content, and stores it in a storage module inside the cabinet.

[0027] Preferably, the water fire fighting system includes a sprinkler system, an automatic alarm system and a water source management system. The sprinkler system can cover the interior and surrounding areas of the charging and swapping cabinet to ensure effective fire extinguishing when a fire occurs.

[0028] Preferably, the automatic alarm system can send out an alarm signal when a fire occurs and start the sprinkler system to automatically spray fire extinguishing agent, and the water source management system ensures that there is sufficient water supply during the spraying process.

[0029] Preferably, the one-key battery replacement system includes a user interface, a battery replacement robot and a status indication function, wherein the user interface initiates a battery replacement request through a touch screen or a mobile application, the battery replacement robot automatically completes the battery replacement, and the status indication function displays the battery replacement status and progress in real time.

[0030] Preferably, the monitoring and management system includes a remote monitoring function and a data analysis function, and management personnel can monitor the operating status of the charging and swapping cabinet in real time through the network and obtain operating reports and maintenance suggestions.

[0031] Preferably, the safety protection function integrates temperature and humidity monitoring and video monitoring modules to monitor the internal environment of the charging and swapping cabinet in real time and issue an alarm in time when an abnormal situation occurs.

[0032] The beneficial effects of the present invention are:

[0033] Traditional charging methods usually require a long charging time, and users have to wait a long time during the charging process, which affects the user experience of electric vehicles. By introducing a one-click battery replacement system, batteries can be quickly replaced, which significantly improves charging efficiency and shortens users' waiting time; daily inspection and maintenance of batteries are important links to ensure their safety and performance. Existing equipment often lacks convenient maintenance interfaces and monitoring systems, resulting in cumbersome and inefficient maintenance work. The design of the front maintenance module provides a convenient maintenance interface and real-time monitoring function, which improves the efficiency and safety of battery maintenance.

[0034] The high energy density of batteries makes them have a high risk of fire in the event of overheating or short circuit. The lack of effective fire emergency response measures may lead to serious property losses and personal safety hazards. The integration of water fire fighting system can be quickly activated when a fire occurs, ensuring the timely and effective fire extinguishing process and improving the safety of charging and swapping cabinets; traditional charging and swapping cabinets often lack remote monitoring and data analysis capabilities, making it difficult to effectively manage the operating status of the equipment. The introduction of monitoring and management systems enables managers to monitor the operating status of charging and swapping cabinets in real time, conduct data analysis and fault warnings, thereby improving the reliability and operational efficiency of the equipment.

[0035] When using the charging and swapping cabinet, users may experience inconvenience if the operation is complicated or the information is opaque. The user-friendly interface and status indication function can improve the user experience and make the battery swapping process more intuitive and efficient. There are many types of electric vehicles, and the differences in various charging protocols make the compatibility of charging equipment an important issue. The integration of intelligent charging modules supports multiple charging protocols, ensuring that different models can be charged smoothly, and improving the applicability of the equipment. BRIEF DESCRIPTION OF THE DRAWINGS

[0036] Figure 1 The present invention is a principle block diagram of a charging and swapping cabinet that supports front maintenance, water fire fighting and one-key battery replacement. DETAILED DESCRIPTION

[0037] The principles and features of the present invention are described below, and the examples are only used to explain the present invention and are not used to limit the scope of the present invention. The present invention is described more specifically by way of example in the following paragraphs. According to the following description and claims, the advantages and features of the present invention will become clearer.

[0038] Unless otherwise defined, all technical and scientific terms used herein have the same meaning as those commonly understood by those skilled in the art of the present invention. The terms used herein in the specification of the present invention are only for the purpose of describing specific embodiments and are not intended to limit the present invention. The term "and / or" used herein includes any and all combinations of one or more related listed items.

[0039] Example

[0040] See also Figure 1 As shown, a charging and swapping cabinet supporting front maintenance, water fire fighting and one-key battery replacement includes:

[0041] The charging and swapping cabinet has multiple battery compartments for storing and managing rechargeable batteries and is equipped with an intelligent charging module to support multiple charging protocols;

[0042] The front maintenance module is used for daily inspection and maintenance of the battery, including: maintenance interface, which facilitates the staff to carry out battery detection, charging and maintenance; detection system, which is used to monitor the voltage, temperature and charging status of the battery in real time; maintenance record system, which automatically records maintenance operations;

[0043] The water fire fighting system is used to provide fire extinguishing measures when a fire occurs. The water fire fighting system includes: a sprinkler system that covers the inside and surrounding of the cabinet; an automatic alarm system that automatically alarms and activates fire extinguishing sprinklers when a fire occurs; a water source management system that ensures the water supply during the fire fighting process;

[0044] The one-touch battery replacement system makes the battery replacement process of electric vehicles efficient. The one-touch battery replacement system includes: a user interface, which initiates a battery replacement request through a touch screen or a mobile application; an automated process, in which a battery replacement robot performs the battery replacement; a status indication function, which displays the battery replacement status and progress in real time;

[0045] The monitoring and management system is used to monitor and manage the operating status of the charging and swapping cabinets, including: remote monitoring function, managers can monitor the status of the charging and swapping cabinets in real time; data analysis function, providing operation reports and maintenance suggestions; safety protection function, integrated temperature and humidity monitoring and video monitoring.

[0046] Users can easily initiate a battery replacement request through the touch screen or mobile application. This request will trigger the robotic arm to automatically complete the battery replacement process, significantly shortening the charging cycle and effectively addressing the problem of slow charging speed of electric vehicles; this module is responsible for continuously monitoring the battery status and providing maintenance interfaces for staff to perform necessary inspections and charging operations. By promptly discovering and addressing potential safety hazards, the battery life can be extended and operational safety can be ensured.

[0047] Integrated sprinkler and automatic alarm functions ensure rapid response in emergency situations such as fire, effectively control the spread of fire, and fully protect the safety of users and equipment; optimized touch screen interface and mobile applications ensure intuitive and convenient user operation, while providing real-time information through status indication function to improve user satisfaction.

[0048] Managers can understand the operating status of the charging and swapping cabinets in real time, respond to and handle faults in a timely manner, and ensure efficient and stable operation of the equipment; the system has the ability to generate operation reports and maintenance recommendations, support scientific management decisions, and improve equipment utilization efficiency; through the maintenance record system, staff can easily check the battery maintenance history, reduce human errors, and improve maintenance work efficiency.

[0049] The charging and swapping cabinet is provided with a plurality of battery slots, and the battery slots are managed by an intelligent charging module. The intelligent charging module supports a variety of charging protocols to adapt to different types of batteries.

[0050] The intelligent charging module supports multiple charging protocols (such as CC / CV, fast charging, slow charging, etc.), and can provide suitable charging solutions for batteries of different brands and models, improving the compatibility and applicability of the charging cabinet; through real-time monitoring of battery status (such as voltage, temperature, charging status, etc.), the intelligent charging module can adjust the charging parameters according to the specific needs of the battery to avoid overcharging and low charging efficiency.

[0051] The design of multiple battery slots enables the charging and swapping cabinet to store and charge multiple batteries at the same time, improving space utilization and reducing facility construction and operating costs; the intelligent charging module can monitor the battery charging status in real time, promptly detect and handle potential faults or safety hazards (such as overheating, short circuit, etc.) to ensure the safety of the charging process; the charging and swapping cabinet is equipped with a centralized management system to facilitate monitoring the status of each battery slot, automatically record charging and maintenance history, provide maintenance suggestions, and reduce maintenance costs and complexity.

[0052] The front maintenance module includes a maintenance interface, which is used to connect external equipment so that the staff can conveniently perform battery detection, charging and maintenance operations.

[0053] The maintenance interface design allows workers to quickly connect external equipment (such as detectors, chargers, etc.) without disassembling or moving the equipment, saving time and manpower; the battery maintenance can be performed directly on site, reducing the trouble of transportation and transfer and reducing potential risks.

[0054] External devices can monitor the battery status (such as voltage, temperature, internal resistance, etc.) in real time, helping staff to quickly determine the health status of the battery and perform necessary maintenance operations; the maintenance interface can be connected to devices such as computers or mobile phones to facilitate recording of battery maintenance history and performance data, which is convenient for subsequent analysis and tracking.

[0055] The maintenance interface can be designed with integrated safety protection measures (such as short-circuit protection, overvoltage protection, etc.) to ensure that safety hazards are reduced during connection and operation; provide a unified maintenance interface and standardized operating procedures to reduce risks caused by improper operation.

[0056] The maintenance interface can support various types of external devices (such as testing instruments and charging equipment of different brands), which improves the compatibility of the system. According to different battery types and maintenance requirements, it can flexibly select appropriate equipment for operation. By simplifying the maintenance process and improving efficiency, it can reduce labor and equipment maintenance costs. Timely detection and maintenance can extend the service life of the battery and further reduce operating costs.

[0057] The detection system is used to monitor the voltage, temperature and charging status of the batteries in each battery compartment in real time, and feed back the monitoring results to the user through the human-computer interaction device.

[0058] Real-time monitoring of the battery voltage and temperature can promptly identify potential problems and ensure that the battery is within a safe operating range; monitoring of the charging status allows users to understand the battery charging progress at any time to avoid overcharging or over-discharging; the system can set thresholds, and when the battery voltage or temperature exceeds the set value, an alarm will automatically sound to remind the user to take measures to reduce the risk of accidents; by monitoring data, battery failures can be quickly diagnosed, shortening troubleshooting time and improving safety.

[0059] Through a friendly user interface (such as touch screen, mobile application), users can easily obtain battery status information and operate the system; monitoring data can be displayed in the form of charts or real-time data streams, allowing users to intuitively understand the battery status; the system can record historical battery data, and after analysis, it can provide a basis for battery management and optimize charging and usage strategies; based on the analysis of monitoring data, it can provide decision support for maintenance personnel and formulate reasonable maintenance plans; reduce the frequency of manual inspections, reduce labor costs, and improve management efficiency; timely monitoring and maintenance can extend the service life of the battery, thereby reducing overall operating costs.

[0060] The maintenance record system automatically records detailed information of each maintenance operation, including operation time, operator and maintenance content, and stores it in a storage module inside the cabinet.

[0061] All operation records and maintenance contents are stored in one place for easy management and retrieval. This centralized management can effectively reduce the risk of information loss or confusion; operators can query historical records at any time to understand previous maintenance and operation conditions, so as to better analyze and troubleshoot faults.

[0062] Operators can quickly access relevant maintenance content and operation records when needed, reducing query time and improving work efficiency; by providing necessary maintenance guidelines and operation steps in the storage module, they can reduce dependence on external documents or personnel and simplify workflow.

[0063] Storing data inside the cabinet reduces the risk of external interference and data leakage, ensuring the security of sensitive information; access permissions can be set to ensure that only authorized personnel can view and modify relevant records, enhancing data security and manageability.

[0064] Operators can update records directly in the storage module during maintenance to ensure the timeliness and accuracy of information; through the storage module, new maintenance manuals can be easily uploaded, operating procedures can be updated, etc., ensuring that all operators have access to the latest information.

[0065] Long-term operation and maintenance records can provide a basis for subsequent data analysis and help identify common failures and maintenance patterns. By analyzing historical data, companies can develop more effective maintenance strategies, reduce the frequency of failures, and extend the service life of equipment.

[0066] The storage module can contain training materials, operation manuals and maintenance guides to help new employees get started quickly and improve training efficiency. When performing maintenance tasks, operators can refer to the guidance information in the storage module at any time to reduce the risk of incorrect operations.

[0067] Many industries have strict compliance requirements for maintenance records. Centralized storage of maintenance content can ensure that companies meet relevant regulations and standards. When an audit is required, centrally stored records provide the necessary basis, making the audit process smoother.

[0068] The water fire fighting system includes a sprinkler system, an automatic alarm system and a water source management system. The sprinkler system can cover the interior and surrounding areas of the charging and swapping cabinet to ensure effective fire extinguishing when a fire occurs.

[0069] The system can effectively cover the interior of the charging and swapping cabinet and its surrounding areas, ensuring that water can be sprayed in time when a fire occurs to quickly suppress the spread of the fire; the automatic alarm system can monitor signs of fire in real time, and promptly issue alarms to relevant personnel, reducing the response time of personnel and ensuring a rapid response; and linked with the sprinkler system, it can automatically start the sprinkler when a fire is detected, thereby improving fire extinguishing efficiency.

[0070] The automatic sprinkler and alarm system can quickly extinguish the fire, reduce the threat of fire to operators, and ensure personnel safety; effective fire control can reduce damage to charging and swapping equipment and surrounding facilities, and reduce economic losses; the sprinkler system, alarm system and water source management system are integrated to facilitate unified management and improve the overall effectiveness and maintenance efficiency of the system; the system can perform regular self-inspections and provide real-time feedback on maintenance needs to ensure that the system is always in good working condition.

[0071] The water source management system can monitor the use of water sources to ensure that sufficient water can be provided for fire fighting when needed; reasonable water source management can save water and reduce operating costs; the combined use of automatic alarm and sprinkler systems can significantly shorten the response time from fire occurrence to fire fighting, reducing the losses caused by fire; the improvement of the fire protection system enables the fire brigade to quickly understand the fire situation after arriving at the scene, thereby improving rescue efficiency.

[0072] The design and implementation of this solution can comply with national and local fire safety standards and ensure the compliance of the facilities. A complete fire protection system can enhance the public and users' trust in charging and swapping facilities and promote sustainable development. Due to the efficient fire protection system, companies can reduce risk assessment when insuring, which may reduce insurance premiums and save operating costs.

[0073] The automatic alarm system can send out an alarm signal when a fire occurs and start the sprinkler system to automatically spray fire extinguishing agent, while the water source management system ensures that there is sufficient water supply during the spraying process.

[0074] The automatic alarm system can quickly sound the alarm in the early stage of a fire, ensuring that personnel can evacuate in time and reducing the risk of casualties; after the alarm, the sprinkler system can automatically start immediately and quickly spray fire extinguishing agents to effectively suppress the fire and prevent the fire from spreading; the automatic sprinkler system can accurately spray according to the specific circumstances of the fire, ensuring that the fire extinguishing agent covers key areas and improves fire extinguishing efficiency; the system can use corresponding fire extinguishing agents according to different types of fires, which is more targeted and more effective.

[0075] The system can monitor the status of water sources in real time to ensure that there is sufficient water supply during the spraying process and that the fire extinguishing effect will not be affected by water shortage; the water source management system can intelligently dispatch water sources as needed to ensure that there is no insufficient water supply during fire extinguishing; through timely alarms and automatic spraying systems, the exposure time of personnel in the fire is reduced, and the safety of personnel is guaranteed to the greatest extent; effective fire extinguishing measures can reduce damage to equipment and surrounding facilities and reduce economic losses.

[0076] Automated response reduces the time it takes for a fire to develop into a hazardous stage, buying more time for firefighters to handle emergencies; the system is designed to standardize firefighting and alarm processes, facilitating fast and efficient on-site processing.

[0077] The alarm, sprinkler and water source management systems are integrated into one to facilitate centralized management and maintenance, and improve system reliability. The system can record alarm, sprinkler and water source usage data in real time to facilitate subsequent analysis and improved management. The solution is designed to comply with national and regional fire safety standards to ensure the company's compliance in safety management. The complete fire protection facilities enhance the trust of users and the public in the company's safety management and promote business development.

[0078] The one-key battery replacement system includes a user interface, a battery replacement robotic arm and a status indication function, wherein the user interface initiates a battery replacement request through a touch screen or a mobile application, the battery replacement robotic arm automatically completes the battery replacement, and the status indication function displays the battery replacement status and progress in real time.

[0079] Users only need to initiate a battery replacement request through the touch screen or mobile application. The operation is simple and intuitive, suitable for all user groups; the battery replacement process is automated, reducing manual intervention, and users can complete the battery replacement in a short time, improving the user experience; the battery replacement robotic arm can complete the battery replacement efficiently and accurately, reducing labor costs and human errors; the status indication function provides real-time battery replacement status and progress information, so that users can understand the current status of the battery replacement at any time, enhancing user trust.

[0080] Users can initiate battery replacement requests anytime and anywhere through mobile applications, which is highly flexible and enhances user convenience; the touch screen interface is user-friendly, easy to understand and operate, so that users can quickly get started even if it is their first time; the automatic battery replacement system can reduce the need for manual operation, thereby reducing long-term labor costs; the efficient work of the robotic arm reduces the time required for battery replacement, improves the turnover rate of the battery replacement station, and can serve more users.

[0081] The automated battery replacement process reduces potential safety hazards caused by manual operation and improves the safety of battery replacement; the status indication function can monitor system operation in real time, promptly detect and handle potential problems, and ensure system safety and stability; efficient battery replacement services encourage the use of electric vehicles, promote the promotion of clean energy, and reduce dependence on fossil fuels; the centralized battery replacement model facilitates battery recycling and management, and promotes the recycling of resources.

[0082] The convenience and efficiency of the one-click battery swap system attract more users to choose electric vehicles, thereby promoting the rapid development of the electric vehicle market; the construction and popularization of battery swap stations have promoted the improvement of charging infrastructure and provided good support for the popularization of electric vehicles; data collected through the user interface and mobile applications can be used to analyze user needs and optimize services and operation strategies; the real-time status indication function can also help operators monitor system performance and perform maintenance and upgrades.

[0083] The monitoring and management system includes remote monitoring and data analysis functions. Managers can monitor the operating status of the charging and swapping cabinets in real time through the network and obtain operating reports and maintenance suggestions.

[0084] Managers can monitor the operating status of the charging and swapping cabinets through the network anytime and anywhere, and keep abreast of the working conditions of the equipment; real-time monitoring can quickly detect equipment failures or abnormal conditions, making it easy to take timely measures and reduce equipment downtime; the operating data collected by the system can be deeply analyzed to help managers understand the usage and performance of the charging and swapping cabinets and support scientific decision-making; regularly generated operation reports provide detailed equipment usage and efficiency analysis, which is convenient for evaluating the operating performance of the charging and swapping cabinets.

[0085] The system can provide maintenance recommendations based on data analysis to help managers develop effective maintenance plans and reduce the risk of equipment failure. Through timely maintenance and care, equipment wear and failure can be reduced, thereby extending the service life of the charging and swapping cabinets. Managers can optimize the layout and operating strategies of the charging and swapping cabinets based on operating data to improve resource utilization. Timely discovery and resolution of problems can reduce unnecessary maintenance costs and equipment downtime, thereby reducing overall operating costs.

[0086] Real-time monitoring and timely maintenance can ensure the stable operation of the charging and swapping cabinets and improve users' charging and swapping experience; managers can quickly respond to user feedback and needs through the monitoring system to improve user satisfaction; the system can monitor the safety indicators of the charging and swapping cabinets in real time, such as temperature, current, etc., to ensure that the equipment operates within a safe range; through monitoring and data recording, ensure that the equipment meets relevant safety and environmental standards and reduce compliance risks.

[0087] By analyzing operational data, managers can identify business development trends and adjust operational strategies to adapt to market changes; analyze user usage data to help formulate reasonable charging and swapping pricing strategies and improve profitability; through effective management of charging and swapping cabinets, optimize the use of electricity, promote the use of renewable energy and environmental protection; the system's data analysis results can provide a basis for policy making and promote policy support and resource allocation for charging infrastructure.

[0088] The safety protection function integrates temperature and humidity monitoring and video monitoring modules to monitor the internal environment of the charging and swapping cabinet in real time and issue an alarm in time when an abnormal situation occurs.

[0089] The internal environment of the charging and swapping cabinet (such as temperature and humidity) is a key factor affecting the performance and safety of the equipment. Real-time monitoring of temperature and humidity changes can ensure that the equipment always operates under suitable environmental conditions, avoiding malfunctions or equipment damage caused by excessively high or low temperature and humidity; once the temperature and humidity exceed the set range, the system can quickly issue an alarm to remind managers to take timely measures, such as adjusting the environment or conducting equipment inspections, thereby avoiding potential safety hazards.

[0090] The integrated video surveillance module can provide real-time video streaming to help managers check the actual operating status of the charging and swapping cabinet at any time and enhance control and supervision of the equipment; video surveillance is not limited to environmental monitoring, but can also monitor the surrounding security status of the charging and swapping cabinet (such as whether anyone interferes with or damages the equipment), providing more comprehensive security protection.

[0091] The system will automatically send out an alarm when it detects abnormal temperature and humidity or detects safety hazards through video surveillance. Managers can take immediate action to avoid serious equipment failures or other safety incidents. Excessive temperature or humidity may cause battery overheating or circuit short circuit, or even cause fire. Real-time monitoring can help detect and avoid such accidents.

[0092] The video surveillance module can promptly detect whether there is any human damage, illegal operation or other safety issues, thereby enhancing the equipment's prevention capabilities; the monitoring system can prevent the equipment from being stolen or maliciously damaged, thereby improving the safety of the charging and swapping cabinets; video surveillance can help managers quickly understand the on-site conditions of the charging and swapping cabinets, reduce unnecessary on-site inspections, and improve response efficiency; through temperature and humidity change data and video recordings, managers can better analyze the causes of equipment failures, optimize maintenance plans, and reduce equipment downtime.

[0093] The batteries in the charging and swapping cabinets are usually in a charging state. If the temperature and humidity are out of control, it may cause the batteries to overheat or cause safety accidents. Timely discovery and resolution of environmental anomalies will help ensure user safety; an environment with good temperature and humidity control will help the normal operation of charging equipment, improve user experience and reduce the inconvenience caused by equipment failure.

[0094] The system records data such as temperature and humidity changes, video surveillance, and alarm events, which can provide a basis for subsequent analysis, troubleshooting, and optimization; video surveillance and environmental data can provide traceable evidence for equipment management, facilitating subsequent audits and safety inspections.

[0095] The above embodiments of the present invention are not intended to limit the protection scope of the present invention, and the implementation modes of the present invention are not limited thereto. All other modifications, replacements or changes made to the above structures of the present invention based on the above contents of the present invention, in accordance with common technical knowledge and customary means in the art, without departing from the above basic technical ideas of the present invention, should fall within the protection scope of the present invention.

Claims

1. A charging and swapping cabinet that supports front maintenance, water fire fighting and one-button battery replacement, characterized in that: Included are: The charging and swapping cabinet has multiple battery compartments for storing and managing rechargeable batteries and is equipped with an intelligent charging module to support multiple charging protocols; The front maintenance module is used for daily inspection and maintenance of the battery, including: maintenance interface, which facilitates the staff to carry out battery detection, charging and maintenance; detection system, which is used to monitor the voltage, temperature and charging status of the battery in real time; maintenance record system, which automatically records maintenance operations; The water fire fighting system is used to provide fire extinguishing measures when a fire occurs. The water fire fighting system includes: a sprinkler system that covers the inside and surrounding of the cabinet; an automatic alarm system that automatically alarms and activates fire extinguishing sprinklers when a fire occurs; a water source management system that ensures the water supply during the fire fighting process; The one-key battery replacement system makes the battery replacement process of electric vehicles efficient. The one-key battery replacement system includes: a user interface module, which initiates a battery replacement request through a touch screen or a mobile application; an automated process module, in which a battery replacement robot arm performs battery replacement; a status indication function, which displays the battery replacement status and progress in real time; The monitoring and management system is used to monitor and manage the operating status of the charging and swapping cabinets, including: remote monitoring function, managers can monitor the status of the charging and swapping cabinets in real time; data analysis function, providing operation reports and maintenance suggestions; safety protection function, integrated temperature and humidity monitoring and video monitoring.

2. The charging and swapping cabinet supporting front maintenance, water fire fighting and one-key battery replacement according to claim 1 is characterized in that: The charging and swapping cabinet is provided with a plurality of battery slots, and the battery slots are managed by an intelligent charging module. The intelligent charging module supports a variety of charging protocols to adapt to different types of batteries.

3. The charging and swapping cabinet supporting front maintenance, water fire fighting and one-key battery replacement according to claim 2 is characterized in that: The front maintenance module includes a maintenance interface, and the maintenance interface is used to connect external equipment so that the staff can conveniently perform battery detection, charging and maintenance operations.

4. The charging and swapping cabinet supporting front maintenance, water fire fighting and one-key battery replacement according to claim 3 is characterized in that: The detection system is used to monitor the voltage, temperature and charging status of the batteries in each battery compartment in real time, and feed back the monitoring results to the user through the human-computer interaction device.

5. The charging and swapping cabinet supporting front maintenance, water fire fighting and one-key battery replacement according to claim 4 is characterized in that: The maintenance record system automatically records detailed information of each maintenance operation, including operation time, operator and maintenance content, and stores it in a storage module inside the cabinet.

6. The charging and swapping cabinet supporting front maintenance, water fire fighting and one-key battery replacement according to claim 5 is characterized in that: The water fire fighting system includes a sprinkler system, an automatic alarm system and a water source management system. The sprinkler system can cover the interior and surrounding areas of the charging and swapping cabinet to ensure effective fire extinguishing when a fire occurs.

7. The charging and swapping cabinet supporting front maintenance, water fire fighting and one-key battery replacement according to claim 6 is characterized in that: The automatic alarm system can send out an alarm signal when a fire occurs and start the sprinkler system to automatically spray fire extinguishing agent, while the water source management system ensures that there is sufficient water supply during the spraying process.

8. The charging and swapping cabinet supporting front maintenance, water fire fighting and one-key battery replacement according to claim 7 is characterized in that: The one-key battery replacement system includes a user interface, a battery replacement robotic arm and a status indication function, wherein the user interface initiates a battery replacement request through a touch screen or a mobile application, the battery replacement robotic arm automatically completes the battery replacement, and the status indication function displays the battery replacement status and progress in real time.

9. The charging and swapping cabinet supporting front maintenance, water fire fighting and one-key battery replacement according to claim 8 is characterized in that: The monitoring and management system includes remote monitoring and data analysis functions. Managers can monitor the operating status of the charging and swapping cabinets in real time through the network and obtain operating reports and maintenance suggestions.

10. The charging and swapping cabinet supporting front maintenance, water fire fighting and one-key battery replacement according to claim 9 is characterized in that: The safety protection function integrates temperature and humidity monitoring and video monitoring modules to monitor the internal environment of the charging and swapping cabinet in real time and issue an alarm in time when an abnormal situation occurs.

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