TW201714379A - Rechargeable battery energy usage efficiency tracking system and method for allowing a user to realize the conditions of a battery and establish a battery maintenance and replacement mechanism thereby improving battery usage efficiency - Google Patents

Abstract

The present invention discloses a rechargeable battery energy usage efficiency tracking system and method, related to the technical field of a device and method for instantly detecting a battery. The rechargeable battery energy usage efficiency tracking system includes a reading unit electrically connected to a battery and a computation control unit. The computation control unit is configured to read and analyze data through a recording unit, a tracking and timing unit, a signal indication unit, and a communication network connection unit in connection with a data reading setting unit, which are all connected to the computation control unit. Based on voltage reaction information, the energy efficiency tracking can be determined. Through tracking voltage changes of the battery in a long term, the current energy efficiency of the battery can be compared, analyzed and recorded in a tracking device so as to be inquired by a battery supply end and a user for realizing the conditions of the battery and establishing a battery maintenance and replacement mechanism thereby improving battery usage efficiency.

Description

Energy-efficient tracking system and method for rechargeable battery

The invention relates to a charging battery using energy efficiency tracking system and method; belonging to the technical field of electromechanical device detecting device and detecting method, in particular to the technical field of devices and methods for instantaneous detection of a battery or a rechargeable battery.

The use of batteries or rechargeable batteries is related to our daily life, and the batteries are often used in different equipments. However, the energy efficiency of the batteries cannot be judged by directly watching the appearance of the batteries. It is often found that the batteries are not working properly and the equipment is interrupted. Must be replaced. More industry players need to update the battery usage according to the time of use. For example, it is extremely incorrect to judge the increase of the update through the installation time during car maintenance. Because there is no scientific basis and more waste of resources, consumers can only Accepted silently, the main reason is that there is no correct information for consumers to read, and it should be replaced early for safety to ensure the normal operation of the vehicle. Although there are many detection battery technologies that can accurately prove the energy efficiency of batteries, it is often impossible to prove the energy efficiency of the battery immediately when the seller provides the service requirements, resulting in many unreasonable trading behaviors. The common shortcomings are as follows:

1. Battery energy efficiency There is no recordable record in the purchase of the battery. Can it be determined whether the battery has 100% energy efficiency? In the transaction, the merchant will also cause battery damage due to the current situation of the device of the consumer, and there is an unnecessary conflict between the two.

2. Battery energy efficiency will produce different work requirements according to equipment conditions. The existing battery testing equipment and charging equipment mainly discuss the battery's storage capacity. It is impossible to indicate whether the current energy efficiency of the battery meets the requirements of the equipment requirements. Only when the equipment is connected to the test can it be judged. However, there are often gaps, and there are difficulties in implementation. Because the equipment does not have the device battery energy efficiency tracking equipment.

3. The energy efficiency of the battery will change with the equipment conditions, and not every battery has the same energy efficiency cycle, but the length is different. It cannot be judged according to the experience value. It is often afraid of energy efficiency defects, so choose to replace it in time period. It is extremely unwise to waste resources.

4. When the device function is lost, the replacement of the rechargeable battery is often the most preferred. For the defects of the original device, the change of the charging or load system is unclear, and the device defect is often found when the problem occurs again, which is easy to increase the operation risk.

5. Battery energy efficiency analysis often requires multiple equipment tracking and time-consuming and laborious. From the charging analysis, the electricity storage analysis and the discharge amount analysis, the energy efficiency of the battery can be clearly understood, unless the equipment is equipped with these devices and instruments to clearly guide the replacement timing, otherwise it must be dismantled. The battery is installed in the device test. It is not a solution acceptable to consumers. It has blind spots, can not be used by a wide range of consumers, and can not provide information to consumers for immediate judgment.

6. For battery updates, it is often impossible to detect from the appearance. The energy efficiency of the battery is not judged. There is no reliable tracking data between the seller and the buyer. It can only be chosen by luck. Therefore, it is an unscientific solution. When a problem occurs. It is also easy to cause misunderstandings between the two parties.

It can be seen from the above that there is room for improvement in the use of rechargeable batteries, and there is a blind update of rechargeable batteries due to limitations of equipment manufacturers, resulting in serious waste of resources, causing serious loss to consumers if not replaced immediately. How to provide battery energy efficiency information is to solve the existing blind spots of rechargeable batteries, provide effective instant energy efficiency data, so that consumers can get the maximum benefit, save resources, and have multiple benefits worth researching and developing.

The present invention provides a system and method for energy efficiency tracking of a rechargeable battery according to the deficiencies of the prior art; to provide a battery supply terminal and a user to query, understand the battery condition, establish a battery maintenance and replacement mechanism, and improve battery utilization efficiency, while ensuring The reliability of the equipment is used to prevent the loss of unnecessary equipment interruption caused by the battery factor.

The technical solution and method of the present invention for achieving the stated purpose is: a rechargeable battery using an energy efficiency tracking system for tracking energy efficiency by using a battery voltage change with time recording, the system comprising: - battery connection and voltage reading Unit; connected to the battery as a battery energy efficiency tracker; - battery energy efficiency data access and operation control unit, including microprocessor or single chip microcomputer, WIFI module, GPS module and GPS antenna, SIM card and GSM/GPRS module, Bluetooth Module, ZigBee module, FLASH memory, video processing module; - historical data recording unit; record battery work record and battery work history information; - tracking timing unit; provide time reference; - signal indicating unit; providing battery information status display; - communication network connection unit; providing network connection display interface; - data reading setting unit; providing setting reading and display window; said battery connection and voltage reading unit One end or the input end is electrically connected to the battery or the rechargeable battery according to the positive and negative electrodes, and the other end or the output end is electrically connected with the battery energy-efficient data access and operation control unit; the battery energy-efficient data access and operation control unit respectively The historical data recording unit, the tracking timing unit, the signal indicating unit, and the communication network connecting unit are electrically connected; and the communication network connecting unit is electrically connected to the data reading setting unit via a wired or wireless network.

The wired or wireless network includes a wired network using coaxial cable, twisted pair and optical fiber to connect the LAN; the short distance of the wireless network can be operated by WIFI, wireless Bluetooth, wireless ZigBee mode, according to the communication network protocol; wireless The long distance of the network can be connected to the GSM mode through the GSM communication system through the SIM card, the GPS antenna and the GPRS mode, and the network operation according to the commercial wireless communication network; the computer network conforming to the TC/PIP protocol; the electrical connection of the WIFI module 2.4G or 5G external antenna.

The tracking timing unit is a reading time for accumulating the battery voltage by counting the perpetual calendar.

The data reading setting unit is a digital operation display of a network connection that can be interpreted and operated by the APP.

The digital operation display is a mobile phone, a smart watch, a computer, a tablet computer, and a personal information processor.

The battery connection and voltage reading unit are connected to both ends of the battery, and provide a common interface circuit for reading the working power of the battery energy tracker and reading the battery voltage.

The microprocessor or the single-chip microcomputer of the energy-efficient data access and operation control unit of the battery is electrically connected to the WIFI module through a non-synchronous serial port; the microprocessor or the single-chip microcomputer controls the bus bar and the GSM/GPRS module, The two-way electrical connection between the Bluetooth module and the FLASH memory; the ZigBee module and the FLASH memory are bidirectionally electrically connected; the microprocessor or the single chip microcomputer passes through the data bus and the GSM/GPRS module, the ZigBee module, Two-way data exchange between the Bluetooth module and the FLASH memory; the Bluetooth module is electrically connected to the 2.4G or 5G external antenna; the ZigBee module is electrically connected to the 2.4G or 868/915MHz external antenna; the GSM/GPRS module is electrically connected 900/1800MHz external antenna.

An energy efficiency tracking method based on the energy-saving tracking system of the rechargeable battery; comprising the following steps: step one, connecting; connecting the battery to the battery energy-efficiency tracking system; the connection mode may be an instant connection or a connection at any time; step two, setting Read data; connect battery and battery reading unit through battery connection and battery reading setting unit to set battery working conditions; further use battery data reading setting unit to track battery energy efficiency tracker of timing unit through communication network connection unit Read the data and enter the tracker for battery usage planning, such as setting the charging voltage, saturation voltage, operating voltage, voltage to be charged, and failing voltage. The necessary information such as charging time, discharge time, work start allowable voltage drop, operation mode and start date of use, so that the battery tracking system can clearly read the analysis information and provide clear information to the user; Step 3, tracking analysis; automatically according to the clock time Monitoring the battery voltage tracking work energy efficiency analysis and recording; through the use of the working conditions of the facility, with the reading of the battery operating voltage changes and records, can analyze the battery's working conditions and battery energy efficiency changes; through the battery voltage tracking, can effectively analyze the battery Energy efficiency, can inform users and equipment maintenance personnel battery efficiency early, can ensure the normal use of equipment, avoid unnecessary blind spots, improve battery energy efficiency, ensure the interests of stakeholders; Step 4, battery energy check; connect data through the network Read the setting unit, read the battery energy efficiency tracking system, record the historical data and the current status to check the necessary battery, can clearly determine whether the battery continues to use or need to update the battery; if the effect can pass the test, go to step 3 to continue the analysis; step 5, replace the battery .

The energy efficiency analysis described in the third step includes: battery storage management and energy efficiency analysis - through the battery energy efficiency tracking system, that is, the battery storage date or production date can be fully recorded, how long is not charged; whether the limit charging time is reached, whether the battery has Over-discharge situation; battery charge management and energy efficiency analysis - through the change of voltage rise trend, combined with the time record, can clear the change trend of battery charge pressure and battery energy change, and can track whether the battery charging process has overvoltage In case of charging, or in the case of using a wrong charger, it can be clearly presented through the energization voltage and time tracking to ensure charging. Safety, battery charge management and control; battery discharge management and energy efficiency analysis - the energy efficiency of the battery can be analyzed through the change of pressure drop. The analysis conditions must be based on the scale of the equipment, different values are changed, and the conditions are set. In comparison, it is more clear that the energy efficiency of the battery is presented. When the battery is discharged through the discharge, the operation must be stopped, the power is replenished, and the user has complied with the usage specifications. Through the energy efficiency management of the battery, the system can clearly analyze whether there is an over-discharge situation, avoiding the use of blind spots to ensure the battery is functioning properly; standby battery management and energy efficiency analysis - through the voltage change, from the battery energy efficiency tracking system It can be clearly presented in the middle, and it is more clear for the operation process record when testing the equipment. It can directly judge whether the battery meets the standby standby requirement, and let the user know the battery replacement time; the starter battery management and energy efficiency analysis of the steam engine - through the instant battery The voltage change and the change of the charging voltage of the generator operation, together with the time record, can clearly understand the battery operation efficiency; when the starting voltage of the vehicle is decreased, the energy efficiency is worse, and whether the charging voltage is stable and the voltage is sufficient is the necessary condition for energy efficiency guarantee; Battery pack management and energy efficiency analysis - Through the judgment record of the battery of the battery tracking system, analyzing the change of each battery voltage, it can show the difference in battery energy efficiency early, and replace the differential battery early to ensure the energy efficiency of the whole battery pack is normal.

The technical solution and method of the present invention are used to construct a battery using an energy efficiency tracking system, which is directly built on the battery, and analyzes the battery operation efficiency through the requirements of the battery usage requirements, information establishment, and long-term monitoring of the battery voltage. Tracking system The information and data output interface is stored so that battery suppliers and users can directly read the battery operation information, provide battery operation records and current status information to ensure the normal operation of the equipment.

Using battery energy efficiency tracking system information, as a supplier and user communication data, provide more secure scientific information, so that both parties can understand the changes in battery energy efficiency and the original equipment operation tracking, to avoid disputes between the two sides due to insufficient energy efficiency of the battery.

Provide clear battery energy efficiency information, let the energy efficiency of battery products appear directly, provide clear information for suppliers and consumers to understand the basic condition of each battery, battery charge storage record and current voltage value, provide suppliers with immediate maintenance and maintenance battery energy efficiency and let Consumers are aware of the battery purchase demand guidelines.

Provide battery energy analysis information to let users know the current battery status and past battery usage information, without additional testing, not only clear battery energy efficiency, but also guide the equipment integrity, improve battery efficiency, save maintenance and update costs, And make sure the device is working properly.

Provide product production and supplier equipment manufacturers to understand the energy efficiency of the battery, through clear system instructions, can clearly understand whether the product quality meets the equipment requirements, in the use of matching to obtain accurate tracking analysis, can provide the commercial value of the product, let The promotion of the market is more effective.

In improving battery efficiency, it can reduce battery energy efficiency information to users and equipment maintainers, accurately make battery energy efficiency 100% use, save battery resource loss and avoid unnecessary waste.

The invention is based on the use of equipment conditions and characteristics to establish a unique battery chasing device. Trace operation system, using voltage response information as the basis for energy efficiency tracking, through long-term tracking of battery voltage changes, comparative analysis of battery current status energy record in the tracker, provide battery supply and user query, to understand battery status, build battery Maintenance and replacement mechanism to improve the efficiency of battery operation, while ensuring the reliability of equipment use, to prevent unnecessary equipment interruption caused by battery factors. It can better protect the battery buyers and sellers on the basis of battery energy efficiency guarantee, open and transparent information, promote the practical use of the battery, and improve the service mechanism of the battery industry.

1 is a schematic structural view of a system of the present invention; and FIG. 2 is a schematic diagram of a system implementation program of the present invention.

The technical solutions and methods of the present invention are described in detail below with reference to the accompanying drawings for a comprehensive understanding; as shown in FIG. 1; a rechargeable battery using an energy efficiency tracking system for tracking energy efficiency by using a battery change with time recording, The system can be applied to batteries or rechargeable batteries; the system includes:

- Battery connection and voltage reading unit; connected to the battery as a battery energy efficiency tracker; the main task of the unit is to connect with the battery as a battery energy efficiency tracker, the working power supply provides a bridge, and the voltage reading interface is directly connected by connecting the power line The battery voltage information is read, the battery energy efficiency data access and operation control unit is provided, the energy analysis of the battery is performed, and the data is recorded in the data recording unit.

- Battery energy efficiency data access and operation control unit, including microprocessor or single chip microcomputer, WIFI module, GPS module and GPS antenna, SIM card and GSM/GPRS module, Bluetooth module, ZigBee module, FLASH memory, video processing module; the main task of the unit is to conduct battery access control and control, timely read battery voltage and perform battery energy efficiency analysis according to working conditions, and The information status is stored in the data recording unit, and is provided to the battery application person to query the battery working status and historical data records, and the battery status is displayed on the indicating unit to provide the battery status indication.

- Historical data recording unit; records the battery work record and battery work history information; the unit mainly provides battery work records and battery work history information, giving a complete record, convenient for battery users to read and query.

- Tracking the timing unit; providing a time base; the unit is mainly provided by the perpetual calendar time base, which is convenient for determining the timing of the year, month, day, hour, minute and second of the battery work, providing the date and time reference value, so that the battery working time can be clarified . The tracking timing unit is a reading time for accumulating the battery voltage by counting the perpetual calendar.

- Signal indicating unit; recording (or providing) battery (message) status display; the unit mainly provides battery status display, such as connection of power light, voltage indication during charging, charging, sufficient battery, low battery voltage and other basic battery conditions.

- Communication network connection unit; provides network connection display interface; the unit mainly has no communication connection interface, and provides a commercially available network connection display interface. Through the planning software, such as the APP system, the commercially available network connection display interface can be easily read and read. Take the historical data of the battery energy efficiency tracking system, and set the battery working conditions of the battery energy efficiency tracking system to provide correct operation of the battery energy efficiency tracking system.

- Data reading setting unit; providing setting reading and display window; the data reading setting unit is a commercially available network connection digital operation display, such as mobile phone, smart watch, computer, tablet, personal information processor, etc. through APP The software can be connected to the battery energy efficiency tracking system, read data or set battery operating conditions information, and provide it to the battery related person. That is, the data reading setting unit is a digital operation display connected by a network that can be interpreted and operated by the APP. The digital operation display is a mobile phone, a smart watch, a computer, a tablet computer, and a personal information processor.

The battery connection and the one end or the input end of the voltage reading unit are electrically connected to the battery or the rechargeable battery according to the positive and negative electrodes, and the other end or the output end is electrically connected to the battery energy-efficient data access and operation control unit; The battery energy-efficient data access and operation control unit is electrically connected to the historical data recording unit, the tracking timing unit, the signal indicating unit, and the communication network connecting unit; and the communication network connecting unit is connected to the wired or wireless network. The data reading setting unit is electrically connected.

The wired or wireless network includes a wired network using coaxial cable, twisted pair and optical fiber to connect the wireless network; the short distance of the wireless network can be operated by the WIFI, wireless Bluetooth, wireless ZigBee mode according to the communication network protocol; The long distance of the wireless network can be connected to the GSM mode through the GSM communication system through the SIM card, the GPS antenna and the GPRS mode, and the network operation according to the commercial wireless communication network; the computer network conforming to the TC/PIP protocol, the power of the WIFI module Connect a 2.4G or 5G external antenna.

The battery connection and voltage reading unit are connected to both ends of the battery, and provide a common interface circuit for reading the working power of the battery energy tracker and reading the battery voltage.

The microprocessor or the single-chip microcomputer of the energy-efficient data access and operation control unit of the battery is electrically connected to the WIFI module through a non-synchronous serial port; the microprocessor or the single-chip microcomputer controls the bus bar and the GSM/GPRS module, The Bluetooth module and the FLASH memory are bidirectionally connected, and the ZigBee module and the FLASH memory are bidirectionally connected; the microprocessor or the MCU passes through the data bus and the GSM/GPRS module, the ZigBee module, and the Bluetooth. Module and FLASH memory bidirectional data exchange; the Bluetooth module is electrically connected to a 2.4G or 5G external antenna; the GSM/GPRS module is electrically connected to a 900/1800MHz external antenna; the ZigBee module is electrically connected to 2.4G or 868 /915MHz external antenna.

The establishment of the above battery energy efficiency tracking system can clearly understand the use of the battery, and the implementation manner is as shown in FIG. 2, which can achieve the purpose of battery energy efficiency tracking.

An energy efficiency tracking method based on the described energy-efficient tracking system for rechargeable batteries Law; includes the following steps:

Step one, connect; connect the battery to the battery energy efficiency tracking system; the connection mode can be connected instantly or connected at any time; connect the battery to the battery energy efficiency tracking system, let the battery energy efficiency tracking system obtain the operating power, and can start the operation.

Step 2: setting the reading data; connecting the battery and the battery data reading setting unit through the battery connection and the battery reading unit to set the working condition of the battery; further using the battery data reading setting unit to track the battery energy efficiency tracker of the timing unit through communication The network connection unit reads the data and enters the tracker for battery usage planning, such as setting charging voltage, saturation voltage, working voltage, voltage to be charged, failing voltage, charging time, discharging time, working start allowable voltage drop, and operating mode. And use the necessary information such as the start date, so that the battery tracking system can clearly read the analysis information and provide the user with clear information; that is, connect the battery data access setting device, set the battery working conditions, and further utilize the battery data access setting device and The communication network link of the battery energy efficiency tracker enters the tracker for battery usage planning, such as setting charging voltage, saturation voltage, working voltage, voltage to be charged, failing voltage, charging time, discharging time, allowable voltage drop at work start, Operation mode and start date Necessary information to allow the battery tracking system can clearly read the analysis of information, provide clear information to the user.

Step 3: Tracking and analyzing; automatically monitoring the battery voltage tracking work energy efficiency analysis and recording according to the clock time; reading the battery operating voltage change and recording through the working conditions of the facility, and analyzing the battery working condition and the battery energy efficiency change; The tracking of battery voltage can effectively analyze the energy efficiency of the battery, and can inform the user and the equipment maintenance personnel of the battery energy efficiency in advance, ensure the normal use of the equipment, avoid unnecessary blind spots, improve the energy efficiency of the battery, and ensure the interests of the stakeholders; Time automatic monitoring of battery voltage tracking work energy efficiency analysis and recording, through the use of the working conditions of the facility, with the reading of battery operating voltage changes and records, can analyze the battery's working conditions and battery energy efficiency changes, the general common operation analysis is as follows:

1. Battery storage management and energy efficiency analysis - through the battery energy efficiency tracking system, it can charge Record the storage date or production date of the battery, how long it has not been charged; whether it has reached the limit charging time and whether the battery has over-discharge; the battery often takes a period of time from production to sales, and there is a long-term storage in the middle. Will immediately cause battery life loss, easy to cause sales and use disputes, through the battery energy efficiency tracking system, can fully record the battery storage date or production date, how long does not charge (the battery must be charged when stored for more than three months) Whether the battery has an over-discharge situation, etc., can be presented one by one. It helps users to select and store management, effectively guide and purchase and maintain, improve battery quality control and control mode, and common storage requirements.

2. Battery charge management and energy efficiency analysis - Through the change of voltage rising trend, combined with the time record, it can clear the change trend of battery charging voltage and whether the energy efficiency of the battery changes, and can track whether the battery charging process has overvoltage charging, or It is the case of using the wrong charger, through the power supply voltage and time tracking, it can be clearly presented, to ensure the safety of charging, do a good job of battery charging and control; battery charging solutions are common, fixed voltage charging mode, constant current charging mode, set The current constant voltage mode and the pulse charging current, the change of the battery charging mode will have different phenomena for the battery voltage variation characteristics, and the basic charging mode must be set in the energy efficiency system to provide the necessary information for analysis, the change of the voltage rising trend, combined with the time Recording, that is, can clearly understand the change trend of the battery charging voltage and whether the energy efficiency of the battery changes, and can track whether the battery charging process has over-voltage charging, or use the wrong charger to track the power-on voltage and time. Clearly present, ensure the safety of charging, do a good battery charging tube Control application, when there is unknown, incorrect or overcharged, it can clearly record the presentation.

3. Battery Discharge Management and Energy Efficiency Analysis - The energy efficiency of the battery can be analyzed through the change of pressure drop. The analysis conditions must be based on the scale of the equipment, and different values can be changed. The comparison of the conditions can better demonstrate the energy efficiency of the battery. When the discharge battery is used to reach the bright voltage, it must be stopped, the power is replenished, and the user has complied with the specifications. Energy efficient tube through the battery The system can clearly analyze whether there is an over-discharge situation, avoiding the use of blind spots and ensuring that the battery is functioning properly; the power in the battery will be used for discharge to achieve the purpose of use, and the discharge of the battery will vary with the device. The application of the basic battery discharge will result in different program pressure drop due to different loads. The voltage drop will be more obvious when the battery is insufficient. The energy efficiency of the battery can be analyzed through the change of pressure drop. The analysis conditions must be based on the scale of the equipment. Conditions, resulting in changes in different values, through the comparison of the setting of conditions, can more clearly show the energy efficiency of the battery. When the discharge battery is used to reach the bright voltage, it must be stopped, the power is replenished, and the user has complied with the specifications. Through the energy management of the battery, the system can be clearly analyzed. Whether there is an over-discharge situation (voltage value is lower than the failure voltage) can be clearly presented, eliminating the use of blind spots, ensuring that the battery is functioning properly, and letting the sales service and users know whether the battery usage process and energy efficiency meet the expected goals, and improve the battery. Use quality.

4. Standby battery management and energy efficiency analysis - through the change of voltage, can be clearly presented from the battery energy efficiency tracking system, and the device process can be more clearly aware of the operation process record, can directly determine whether the battery meets the standby standby requirements, let the user know Battery replacement time; standby battery charging is to make up for the loss of self-discharge. After charging with constant voltage for years, battery voltage monitoring is very important. The quality of charging voltage directly affects the battery life. The battery energy efficiency tracking condition is set in the battery energy efficiency system. In the battery energy efficiency tracking system, the change of the transmission voltage can be clearly presented, and the operation process record can be clearly understood when the device is tested, and the battery can be directly judged whether the battery meets the standby standby requirement, so that the user can clearly understand the battery replacement time.

5. Start-up battery management and energy efficiency analysis of steam locomotives - through the start of instantaneous battery voltage changes and generator operating charging voltage changes, with the time record, can clearly understand the battery operating efficiency; when the starting vehicle voltage drop is greater, the energy efficiency is worse, and charging Whether the voltage is stable and the voltage is sufficient is the necessary condition for energy efficiency guarantee; The starting battery for the steam locomotive mainly provides the starting power when the vehicle starts. After starting, there will be a speed to generate electricity to carry out the necessary recharging battery to keep the battery high energy operation. This operating condition is set in the battery energy efficiency tracking system. We can clearly understand the battery operating efficiency by starting the instantaneous battery voltage change and the generator running charging voltage change. When the starting voltage of the vehicle is reduced, the energy efficiency is worse, and whether the charging voltage is stable and the voltage is sufficient is a necessary condition for energy efficiency assurance. Users can track the records through the variable tracking system anytime, anywhere, and ensure that the line is safer, allowing vehicle users and vehicle maintenance technicians to understand the battery energy efficiency and improve battery efficiency.

6. Battery pack management and energy efficiency analysis - Through the judgment record of the battery of the battery tracking system, analyzing the change of each battery voltage, it can show the difference in battery energy efficiency early, and replace the differential battery early to ensure the energy efficiency of the whole battery pack is normal. Battery pack refers to the requirement of using multiple battery combinations to meet the requirements. The number of batteries often causes blind spots in use, because the energy efficiency of each battery is not 100%, and it is used in the process of falling. It is easy to cause over-discharge or over-charging, greatly reduce the life of the battery pack, often find serious battery defects in the event of a fault, and analyze the change of each battery voltage through the judgment record of the battery of the battery tracking system, that is, the battery can be revealed early. Differences in energy efficiency, early replacement of differential batteries to ensure that the entire battery pack is working properly.

According to the above analysis and explanation, through the tracking of the battery voltage, the energy efficiency of the battery can be effectively analyzed, and the energy efficiency of the battery can be informed to the user and the equipment maintenance personnel, the normal use of the device can be ensured, unnecessary blind spots can be avoided, and the energy efficiency of the battery can be improved. Ensure the interests of the people involved.

Step 4, the battery can check the core; read the setting unit through the network connection data, read the battery energy efficiency tracking system, record the historical data and the current state to check the necessary battery, can clearly determine whether the battery continues to use or need to update the battery; Then go to step 3 to continue the analysis; that is, through the network connection data read setter (ie data read setting unit), read the electricity The pool energy efficiency tracking system, historical data records and current conditions for necessary battery check, can clearly determine whether the battery continues to use or need to update the battery to ensure normal operation of the equipment.

Step five, replace the battery. Through the battery energy efficiency tracking system to record data analysis and current status check, when the battery must be updated, another new battery can continue to track and analyze the energy efficiency of the new battery to achieve effective tracking.

Through the above battery voltage tracking and analysis, it is clear whether the working conditions of the battery are completed, whether the user operates according to the regulations, prevent the improper use of the battery, ensure the normal operation of the battery, meet the industrial needs, and can be utilized by the industry to enhance the battery industry. Utilization, create energy-saving emission reduction and perfect use of new models.

Claims (10)

A rechargeable battery uses an energy efficiency tracking system for tracking energy efficiency by utilizing a voltage change of a battery in conjunction with a time recording, characterized in that the system comprises: - a battery connection and voltage reading unit; and a battery connection as a battery energy efficiency tracker; - a battery Energy efficiency data access and operation control unit, including microprocessor or single chip microcomputer, WIFI module, GPS module and GPS antenna, SIM card and GSM/GPRS module, Bluetooth module, ZigBee module, FLASH memory, video processing Module; historical data recording unit; record battery operation record and battery work history information; - tracking timing unit; provide time reference; - signal indication unit; provide battery message status display; - communication network connection unit; Connecting the display interface; - data reading setting unit; providing a setting reading and display window; the battery connection and the voltage reading unit one end or the input end is electrically connected to the battery or the rechargeable battery according to the positive and negative poles, and the other end or the output The end is electrically connected to the battery energy-efficient data access and operation control unit; the battery energy-efficient data is accessed and transported The control unit is electrically connected to the historical data recording unit, the tracking timing unit, the signal indicating unit, and the communication network connecting unit; and the communication network connecting unit is electrically connected to the data reading and setting unit through a wired or wireless network. Sexual connection. The energy-efficient tracking system for a rechargeable battery according to claim 1, wherein the wired or wireless network comprises a wired network using a coaxial cable, a twisted pair cable and an optical fiber; and the short distance of the wireless network can be borrowed from the WIFI. Wireless Bluetooth, wireless ZigBee mode, according to the communication network protocol; long-distance wireless network can use the SIM card to connect to the GSM mode through the GSM communication system, GPS antenna and GPRS mode, according to the commercial wireless communication network specification network operation; A computer network that complies with the TC/PIP protocol; the WIFI module is electrically connected to a 2.4G or 5G external antenna. The rechargeable battery energy efficiency tracking system according to claim 1, wherein the tracking timing unit is a reading time for accumulating the battery voltage by the chronograph perpetual calendar. The rechargeable battery use energy efficiency tracking system according to claim 1, wherein the data reading setting unit is a digitally operated display connected by a network that can be interpreted and operated by the APP. The energy-saving tracking system for a rechargeable battery according to claim 4, wherein the digital operation display is a mobile phone, a smart watch, a computer, a tablet computer, and a personal information processor. The energy-saving tracking system for a rechargeable battery according to claim 1, wherein the battery connection and voltage reading unit are connected to both ends of the battery, and provide a common interface circuit for operating power and battery voltage reading of the battery energy tracker. The energy-efficient tracking system for a rechargeable battery according to claim 1, wherein the microprocessor or the single-chip microcomputer of the energy-efficient data access and operation control unit of the battery is electrically connected to the WIFI module through a non-synchronous serial port; The microprocessor or the single chip microcomputer is connected to the GSM/GPRS module, the Bluetooth module and the FLASH memory by two-way electrical connection through the control bus; the ZigBee module and the FLASH memory are bidirectionally electrically connected; the microprocessor or the single chip microcomputer Bidirectional data exchange with the GSM/GPRS module, ZigBee module, Bluetooth module and FLASH memory through the data bus. The energy-efficient tracking system for a rechargeable battery according to any one of claims 1 to 7, wherein the Bluetooth module is electrically connected to a 2.4G or 5G external antenna; and the ZigBee module is electrically connected to the 2.4G or 868/915MHz external antenna. The GSM/GPRS module is electrically connected to a 900/1800 MHz external antenna. An energy efficiency tracking method based on the energy-saving tracking system for a rechargeable battery according to claim 1, comprising the steps of: step one, connecting; connecting the battery to the battery energy-efficiency tracking system; and connecting the connection to an instant connection or connecting at any time The second step is to set the reading data; connect the battery and the battery data reading setting unit through the battery connection to set the battery working condition; further utilize the battery The material reading and setting unit, the battery energy efficiency tracker of the tracking timing unit reads the data through the communication network connection unit, and enters the tracker to perform battery usage planning, such as setting charging voltage, saturation voltage, working voltage, voltage to be charged, and failure. The necessary information such as voltage, charging time, discharge time, allowable voltage drop during operation start, operation mode and start date of use, so that the battery tracking system can clearly read the analysis information and provide clear information to the user; Step 3, tracking analysis; Time automatic monitoring of battery voltage tracking work energy efficiency analysis and recording; through the use of the working conditions of the facility, with the reading of battery operating voltage changes and records, can analyze the battery's working conditions and battery energy efficiency changes; through the battery voltage tracking, can effectively analyze The energy efficiency of the battery can inform the user and the equipment maintenance personnel of the battery energy efficiency early, ensure the normal use of the equipment, avoid unnecessary blind spots, improve the energy efficiency of the battery, and ensure the interests of the people concerned; Step 4, the battery energy check; through the network Connection data reading setting unit Reads the battery energy efficiency tracking system, historical data and records necessary battery status check, it can clearly determine whether the battery needs to continue to use or update the battery; if continue to analyze the energy efficiency audit by the turn Step three; Step five, replace the battery. The energy efficiency tracking method for a rechargeable battery using an energy efficiency tracking system according to claim 9; wherein the energy efficiency analysis according to the third step comprises: battery storage management and energy efficiency analysis - through the battery energy efficiency tracking system, that is, the battery can be fully recorded Storage date or production date, how long is not charged; whether the maximum charging time is reached, whether the battery is over-discharged; battery charge management and energy efficiency analysis - the change in voltage rise trend, combined with the time record, can clearly understand the battery charge voltage Whether the trend of change and the energy efficiency of the battery change, can track whether the battery charging process has over-voltage charging, or use the wrong charger, through the power-on voltage and time tracking, it can be clearly presented to ensure the safety of charging, Do a good job in battery charging and control; battery discharge management and energy efficiency analysis - the energy efficiency of the battery can be analyzed through the change of pressure drop. The analysis conditions must be changed according to the conditions of the equipment used. Through the comparison of the conditions, it is better to clearly show the energy efficiency of the battery. When the battery is discharged through the discharge, it must stop operating and replenish the battery. Does the user comply with the specifications? Through the energy efficiency management of the battery, the system can clearly analyze whether there is an over-discharge situation, avoiding the use of blind spots to ensure the battery is functioning properly; standby battery management and energy efficiency analysis - through the voltage change, from the battery energy efficiency tracking system It can be clearly presented in the middle, and it is more clear for the operation process record when testing the equipment. It can directly judge whether the battery meets the standby standby requirement, and let the user know the battery replacement time; the starter battery management and energy efficiency analysis of the steam engine - through the instant battery The voltage change and the change of the charging voltage of the generator operation, together with the time record, can clearly understand the battery operation efficiency; when the starting voltage of the vehicle is decreased, the energy efficiency is worse, and whether the charging voltage is stable and the voltage is sufficient is the necessary condition for energy efficiency guarantee; Battery pack management and energy efficiency analysis - Through the judgment record of the battery of the battery tracking system, analyzing the change of each battery voltage, it can show the difference in battery energy efficiency early, and replace the differential battery early to ensure the energy efficiency of the whole battery pack is normal.