2 thoughts on “Power battery recycling to welcome the strongest air outlet! New energy vehicle industry new blue ocean eruption”
Bonnie
Hefei Mas Software All rights reserved 1. Lithium battery MES production control MES systems from upstream manufacturers of lithium batteries will access digital management, such as batteries, wiring beams, flat tubes, boxes, and BMS monitoring boards Batch management. MES system In the production process, first of all, the monomer cells such as voltage, resistance, and capacity were strictly online testing to realize the network of MES systems and battery detection equipment, and real -time recording and feedback detection. The cells will be combined into a module during the process of the battery cells. At this time, the MES system is associated with the encoding of all monomer battery cells to a module according to the requirements of the assembly process. The corresponding correlation of the coding is formed, and then the MES system automatically generates and prints the module bar code, which gives the barcode to the module. The module assembly process, the MES system will prevent errors, binding, process control, etc. of the material used in the module. Certainly. After the module is assembled, the MES system performs online testing on the module's pressure difference, temperature, and humidity. PACK In the assembly, the MES system combines multiple modules in a single box, which will also record key object codes such as module code and BMS monitoring board in real time. At the same time, the screw torque will be strictly monitored during the assembly process. PACK will be tested to check the quality of the entire lithium battery package through various tests after the assembly is completed, such as insulation resistance testing, electrical performance testing, gas test, EOL test, etc. Control and read the detection status and detection data. The MES system generates a PACK barcode after all assembly and testing and testing and automatically trigger barcode printer printing code. At this time, a complete lithium battery finished product manufacturing is completed and officially offline. The copyright of Hefei Mind Software . Summary In summary, we can see that the important position of the MES system in the entire lithium battery production process and the penetration ability of the MES system to the production process of the lithium battery production process Essence The MES system combines the TS16949 standard and emphasizes the production and digital control in the production of lithium battery. During the production process, various key data is presented in the production process. Digital management of control, sales delivery, and market applications, etc., improve production efficiency, improve product quality, and achieve the whole process. The above we only introduced the MES system symbolically, and the core management business in the PACK production process in the back of the lithium battery.
Hefeimis Software focuses on the IT informatization construction of the manufacturing industry. Production scheduling system, etc.
On July 7, the Development and Reform Commission and other departments issued a notice of the "Fourteenth Five -Year Plan" circular economy development plan. The recovery of power batteries was one of the 11 key projects. The notification proposes to strengthen the construction of new energy vehicle power battery traceability management platform, and improve the recycling management system of new energy vehicle power batteries. The notice emphasizes the standardization of steps and strengthening cooperation in upstream and downstream, taking into account security and commercialization. The power battery recycling operation is organized and implemented by the Ministry of Industry and Information Technology, together with the National Development and Reform Commission, the Ministry of Ecology and Environment, and other departments. The large -scale power battery market is accompanied by industry opportunities for lithium battery recycling and utilization. Battery recycling can not only reduce environmental pollution, but also generate certain economic benefits to avoid waste of resources. At the same time, battery recycling is an important part of the new energy vehicle industry, and it is also an important part of the large circular economy. The power battery recycling can generate great value to the new energy vehicle industry, increase the supply of raw materials, and reduce dependence on upstream ore; a closed -loop recovery model can be established within the enterprise to achieve recycling of resources. If according to the statistics of the highway department, the service life of pure electric passenger vehicle power batteries is about 4-6 years, while pure electric commercial vehicles have many times, long driving mileage, and frequent charging. About 2-3 years. The waste power battery recycling industry in my country has entered the outbreak period since 2018. According to EVTANK calculations, the scale of my country's power battery recycling market will increase to 16.5 billion yuan by 2022. This use of ladder This use is used in different fields according to the remaining size of the power battery capacity to extend the service life of the battery in different fields. In general, the capacity of the power battery is lower than the initial 80%, and it will no longer meet the standards of electric vehicles. , Low -speed electric vehicles and other occasions. Is when the initial reserves are used below 50%, the battery cannot be used again, and the battery is disassembled to recover the electrode material. It -in -order power batteries using the enterprise to recycle the car, and then disassemble the battery pack on the automatic disassembling line to obtain the battery module and sort the battery module. The module is reorganized, and the battery management system (BMS), battery shell, etc. are added to get new battery packs. Among them, the capacity of lithium iron phosphate batteries increased slowly with the number of cycles, that is, when the battery capacity decreased to 80%, the lithium iron phosphate battery retired from the car still had more cycles, which were compared to compared High steps utilize value. The current retirement power battery ladder is mainly concentrated in the fields of low -speed electric vehicles, energy storage, renewable energy access, and communication base stations for backup power supply. Different application areas have different requirements for batteries. rn 拆解回收rn 随着动力电池报废高峰临近，在目前梯次利用难以规模化应用的背景下，将报废动力电池直接进行拆解，回收其中的电极材料、外壳以及锂、 Cobalt, nickel and other precious metals are relatively the most realistic path to solve the problem of a large amount of scrapped power battery. The process of disassembly and disassembly of power batteries is: discharge, disassembling battery system, disassembling battery module, battery pack processing and material purification, so as to achieve high -purity lithium salt and high -purity lithium salt and re -can use from the waste power battery system to The transition of high -purity transition metal. The core link of the recycling of lithium battery is battery pack processing and material extraction. In these two links, physical, chemical or biological methods are used to purify the metal elements in waste power batteries. Raw materials. The wet recycling process that is higher and relatively mature is now becoming the mainstream technical route of the professional processing stage; Greenmei, Bangpu Group and other domestic leading companies, as well as international leading companies such as AEA and IMEs, mostly adopt adoption The wet technical route is the main technology of recycling the recycling of valuable metal resources such as lithium, cobalt, and nickel. The relative capacity of the ternary battery shows rapid attenuation with the number of cycles increase, the number of steps is small, and the value of the use of is extremely low. Strophilic power battery recycling: In the current dynamic battery retirement tide drive, major power battery recycling manufacturers have exerted their strength to accelerate the horse race. The leading enterprises, the two major industries of power battery recycling and new energy vehicles, bind each other and lay out the power battery recycling market to seek a fast possession of the market to grasp the opportunity. In in front of the blue ocean market with unlimited potential, there are more and more participants in the field of battery recycling. The dominant enterprises can be divided into two categories: third -party resource recycling enterprises, as well as new energy vehicle industry chain such as vehicles, materials, batteries, etc. Upstream enterprises. If of the third -party recycling enterprises such as Guanghua Technology and Tianqi shares are the pioneers of this track. A suppliers of lithium battery materials are actively participating, such as Green, Huayou Cobalt, Zhongwei, Ganfeng Lithium Industry, and Ganzhou Haopeng controlled by Xiamen tungsten industry. BYD, Ningde Times, Guoxuan Hi -Tech and other battery suppliers, as well as OEMs and other vehicle manufacturers also actively deployed. The Ningde Times acquired the Bangpu cycle as early as 2015, and produced a ternary positive front drive body by recycling metal elements in waste batteries. The operating business of Ningde Jiaocheng, a wholly -owned subsidiary of Ningde, also includes battery recovery systems; BYD has set up more than 40 power battery recycling outlets worldwide; Weilai has invested in battery assets with Ningde Times, Guotai Junan and other companies. The company's "Wei Neng" is not just for recycling, but to do the full life cycle management of batteries. The professional battery recycling network at present, mainly relying on similar methods of waste items for extensive recycling lithium batteries, causing environmental pollution. The construction of the construction gradually realizes the system. The notice of the "Fourteenth Five -Year Plan" circular economy development plan said that it is necessary to promote the construction of a standardized recycling service outlet through self -construction, co -construction, and authorization of new energy vehicle manufacturers and waste power battery ladder. This to promote the use of the standardized ladder of power batteries, and improve the technical level of residual detection, residual value assessment, reorganization and utilization, and safety management. Strengthen the use of waste power battery regeneration and ladder to promote the application of advanced advanced technology equipment. Improve the standard system of power battery recycling. Cultivate the comprehensive utilization of waste power batteries to promote the development of industrial development of waste power battery circulation.
Hefei Mas Software All rights reserved
1. Lithium battery MES production control
MES systems from upstream manufacturers of lithium batteries will access digital management, such as batteries, wiring beams, flat tubes, boxes, and BMS monitoring boards Batch management.
MES system In the production process, first of all, the monomer cells such as voltage, resistance, and capacity were strictly online testing to realize the network of MES systems and battery detection equipment, and real -time recording and feedback detection.
The cells will be combined into a module during the process of the battery cells. At this time, the MES system is associated with the encoding of all monomer battery cells to a module according to the requirements of the assembly process. The corresponding correlation of the coding is formed, and then the MES system automatically generates and prints the module bar code, which gives the barcode to the module.
The module assembly process, the MES system will prevent errors, binding, process control, etc. of the material used in the module. Certainly. After the module is assembled, the MES system performs online testing on the module's pressure difference, temperature, and humidity.
PACK In the assembly, the MES system combines multiple modules in a single box, which will also record key object codes such as module code and BMS monitoring board in real time. At the same time, the screw torque will be strictly monitored during the assembly process.
PACK will be tested to check the quality of the entire lithium battery package through various tests after the assembly is completed, such as insulation resistance testing, electrical performance testing, gas test, EOL test, etc. Control and read the detection status and detection data.
The MES system generates a PACK barcode after all assembly and testing and testing and automatically trigger barcode printer printing code. At this time, a complete lithium battery finished product manufacturing is completed and officially offline.
The copyright of Hefei Mind Software
. Summary
In summary, we can see that the important position of the MES system in the entire lithium battery production process and the penetration ability of the MES system to the production process of the lithium battery production process Essence The MES system combines the TS16949 standard and emphasizes the production and digital control in the production of lithium battery. During the production process, various key data is presented in the production process. Digital management of control, sales delivery, and market applications, etc., improve production efficiency, improve product quality, and achieve the whole process. The above we only introduced the MES system symbolically, and the core management business in the PACK production process in the back of the lithium battery.
Hefeimis Software focuses on the IT informatization construction of the manufacturing industry. Production scheduling system, etc.
On July 7, the Development and Reform Commission and other departments issued a notice of the "Fourteenth Five -Year Plan" circular economy development plan. The recovery of power batteries was one of the 11 key projects.
The notification proposes to strengthen the construction of new energy vehicle power battery traceability management platform, and improve the recycling management system of new energy vehicle power batteries. The notice emphasizes the standardization of steps and strengthening cooperation in upstream and downstream, taking into account security and commercialization.
The power battery recycling operation is organized and implemented by the Ministry of Industry and Information Technology, together with the National Development and Reform Commission, the Ministry of Ecology and Environment, and other departments.
The large -scale power battery market is accompanied by industry opportunities for lithium battery recycling and utilization. Battery recycling can not only reduce environmental pollution, but also generate certain economic benefits to avoid waste of resources.
At the same time, battery recycling is an important part of the new energy vehicle industry, and it is also an important part of the large circular economy.
The power battery recycling can generate great value to the new energy vehicle industry, increase the supply of raw materials, and reduce dependence on upstream ore; a closed -loop recovery model can be established within the enterprise to achieve recycling of resources.
If according to the statistics of the highway department, the service life of pure electric passenger vehicle power batteries is about 4-6 years, while pure electric commercial vehicles have many times, long driving mileage, and frequent charging. About 2-3 years.
The waste power battery recycling industry in my country has entered the outbreak period since 2018. According to EVTANK calculations, the scale of my country's power battery recycling market will increase to 16.5 billion yuan by 2022.
This use of ladder
This use is used in different fields according to the remaining size of the power battery capacity to extend the service life of the battery in different fields.
In general, the capacity of the power battery is lower than the initial 80%, and it will no longer meet the standards of electric vehicles. , Low -speed electric vehicles and other occasions.
Is when the initial reserves are used below 50%, the battery cannot be used again, and the battery is disassembled to recover the electrode material.
It -in -order power batteries using the enterprise to recycle the car, and then disassemble the battery pack on the automatic disassembling line to obtain the battery module and sort the battery module. The module is reorganized, and the battery management system (BMS), battery shell, etc. are added to get new battery packs.
Among them, the capacity of lithium iron phosphate batteries increased slowly with the number of cycles, that is, when the battery capacity decreased to 80%, the lithium iron phosphate battery retired from the car still had more cycles, which were compared to compared High steps utilize value.
The current retirement power battery ladder is mainly concentrated in the fields of low -speed electric vehicles, energy storage, renewable energy access, and communication base stations for backup power supply. Different application areas have different requirements for batteries. rn 拆解回收rn 随着动力电池报废高峰临近，在目前梯次利用难以规模化应用的背景下，将报废动力电池直接进行拆解，回收其中的电极材料、外壳以及锂、 Cobalt, nickel and other precious metals are relatively the most realistic path to solve the problem of a large amount of scrapped power battery.
The process of disassembly and disassembly of power batteries is: discharge, disassembling battery system, disassembling battery module, battery pack processing and material purification, so as to achieve high -purity lithium salt and high -purity lithium salt and re -can use from the waste power battery system to The transition of high -purity transition metal.
The core link of the recycling of lithium battery is battery pack processing and material extraction. In these two links, physical, chemical or biological methods are used to purify the metal elements in waste power batteries. Raw materials.
The wet recycling process that is higher and relatively mature is now becoming the mainstream technical route of the professional processing stage; Greenmei, Bangpu Group and other domestic leading companies, as well as international leading companies such as AEA and IMEs, mostly adopt adoption The wet technical route is the main technology of recycling the recycling of valuable metal resources such as lithium, cobalt, and nickel.
The relative capacity of the ternary battery shows rapid attenuation with the number of cycles increase, the number of steps is small, and the value of the use of is extremely low.
Strophilic power battery recycling:
In the current dynamic battery retirement tide drive, major power battery recycling manufacturers have exerted their strength to accelerate the horse race.
The leading enterprises, the two major industries of power battery recycling and new energy vehicles, bind each other and lay out the power battery recycling market to seek a fast possession of the market to grasp the opportunity.
In in front of the blue ocean market with unlimited potential, there are more and more participants in the field of battery recycling. The dominant enterprises can be divided into two categories: third -party resource recycling enterprises, as well as new energy vehicle industry chain such as vehicles, materials, batteries, etc. Upstream enterprises.
If of the third -party recycling enterprises such as Guanghua Technology and Tianqi shares are the pioneers of this track.
A suppliers of lithium battery materials are actively participating, such as Green, Huayou Cobalt, Zhongwei, Ganfeng Lithium Industry, and Ganzhou Haopeng controlled by Xiamen tungsten industry.
BYD, Ningde Times, Guoxuan Hi -Tech and other battery suppliers, as well as OEMs and other vehicle manufacturers also actively deployed.
The Ningde Times acquired the Bangpu cycle as early as 2015, and produced a ternary positive front drive body by recycling metal elements in waste batteries.
The operating business of Ningde Jiaocheng, a wholly -owned subsidiary of Ningde, also includes battery recovery systems; BYD has set up more than 40 power battery recycling outlets worldwide; Weilai has invested in battery assets with Ningde Times, Guotai Junan and other companies. The company's "Wei Neng" is not just for recycling, but to do the full life cycle management of batteries.
The professional battery recycling network at present, mainly relying on similar methods of waste items for extensive recycling lithium batteries, causing environmental pollution. The construction of the construction gradually realizes the system.
The notice of the "Fourteenth Five -Year Plan" circular economy development plan said that it is necessary to promote the construction of a standardized recycling service outlet through self -construction, co -construction, and authorization of new energy vehicle manufacturers and waste power battery ladder.
This to promote the use of the standardized ladder of power batteries, and improve the technical level of residual detection, residual value assessment, reorganization and utilization, and safety management. Strengthen the use of waste power battery regeneration and ladder to promote the application of advanced advanced technology equipment. Improve the standard system of power battery recycling. Cultivate the comprehensive utilization of waste power batteries to promote the development of industrial development of waste power battery circulation.