lithium battery automatic disassembly section plan
Prospects for multi-level utilization and recycling of power lithium batteries:
According to statistics, the cumulative sales of new energy vehicles in China in 2017 reached 1.8 million, and the market sales in 2018 are expected to be around 1 million. The service life of power batteries is generally 5 to 8 years. Starting in 2019, my country's power batteries will enter a large-scale obsolescence period. By 2020, the annual scrap volume of China's automotive power batteries is expected to reach 200,000 tons, and With the development of new energy vehicles and the passage of time, the pressure on power recovery will become greater and greater, so it is very urgent to develop low-energy, environmentally-friendly material decomposition methods.(Lithium - Ion Battery Equipment)
Through the establishment of an efficient and reliable multi-level utilization and recycling system of lithium-ion power battery systems, the cost of using lithium-ion power batteries during the full life cycle will be reasonably allocated, so as to directly reduce the cost of lithium-ion power battery systems during the full life cycle. The application cost of the electric vehicle industry is currently the most suitable and effective solution. Power batteries need to be used for energy storage to achieve low-cost cascade utilization, to achieve the requirements of material decomposition and recycling without energy consumption and environmental protection, and to carry out integrated design in accordance with the requirements of circular economy. This is the most important link.
Purpose of power battery recycling and multi-pole utilization:
In order to reduce the application cost of power battery systems in electric vehicles, extend the full cycle of power lithium batteries, expand the use of power lithium batteries, increase the popularity of power lithium batteries in economic life, and promote the industrialization of lithium-ion power batteries and The sustainable development of the lithium-ion battery reuse industry and circular economy model;
Through real-time collection and analysis of lithium-ion power battery system operating data, a scientific and reliable lithium-ion power battery system performance and life evaluation system is established; maintenance and maintenance are used to ensure the safety and reliability of the lithium-ion power battery system;
Through the multiple utilization of the whole life cycle of the lithium-ion power battery system and the key technology research and development of material recovery and repair, the core components of the power battery system and the key material recycling system and circular economy model have been established.
Multi-level utilization route:
Although the concept of echelon utilization has been accepted in China, there is still a gap in how to implement it and combine it with the recycling cycle to establish a complete system. At the same time, research on the sustainable development of the related lithium-ion battery reproduction industry and circular economy model is in its infancy. Guangdong Yixinfeng Intelligent Equipment Co., Ltd. has made active explorations in terms of equipment, researching and developing automatic equipment for battery pack disassembly, and is willing to make due contributions to the cause of echelon utilization of lithium batteries.
Difficulty analysis:
Power batteries can theoretically be recycled and used in cascades, but why hasn't it been widely used so far?
The problem lies in the product structure and production process design of the power battery. In order to improve the reliability of the battery pack, many companies use laser welding technology to connect the batteries in se
According to statistics, the cumulative sales of new energy vehicles in China in 2017 reached 1.8 million, and the market sales in 2018 are expected to be around 1 million. The service life of power batteries is generally 5 to 8 years. Starting in 2019, my country's power batteries will enter a large-scale obsolescence period. By 2020, the annual scrap volume of China's automotive power batteries is expected to reach 200,000 tons, and With the development of new energy vehicles and the passage of time, the pressure on power recovery will become greater and greater, so it is very urgent to develop low-energy, environmentally-friendly material decomposition methods.(Lithium - Ion Battery Equipment)
Through the establishment of an efficient and reliable multi-level utilization and recycling system of lithium-ion power battery systems, the cost of using lithium-ion power batteries during the full life cycle will be reasonably allocated, so as to directly reduce the cost of lithium-ion power battery systems during the full life cycle. The application cost of the electric vehicle industry is currently the most suitable and effective solution. Power batteries need to be used for energy storage to achieve low-cost cascade utilization, to achieve the requirements of material decomposition and recycling without energy consumption and environmental protection, and to carry out integrated design in accordance with the requirements of circular economy. This is the most important link.
Purpose of power battery recycling and multi-pole utilization:
In order to reduce the application cost of power battery systems in electric vehicles, extend the full cycle of power lithium batteries, expand the use of power lithium batteries, increase the popularity of power lithium batteries in economic life, and promote the industrialization of lithium-ion power batteries and The sustainable development of the lithium-ion battery reuse industry and circular economy model;
Through real-time collection and analysis of lithium-ion power battery system operating data, a scientific and reliable lithium-ion power battery system performance and life evaluation system is established; maintenance and maintenance are used to ensure the safety and reliability of the lithium-ion power battery system;
Through the multiple utilization of the whole life cycle of the lithium-ion power battery system and the key technology research and development of material recovery and repair, the core components of the power battery system and the key material recycling system and circular economy model have been established.
Multi-level utilization route:
Although the concept of echelon utilization has been accepted in China, there is still a gap in how to implement it and combine it with the recycling cycle to establish a complete system. At the same time, research on the sustainable development of the related lithium-ion battery reproduction industry and circular economy model is in its infancy. Guangdong Yixinfeng Intelligent Equipment Co., Ltd. has made active explorations in terms of equipment, researching and developing automatic equipment for battery pack disassembly, and is willing to make due contributions to the cause of echelon utilization of lithium batteries.
Difficulty analysis:
Power batteries can theoretically be recycled and used in cascades, but why hasn't it been widely used so far?
The problem lies in the product structure and production process design of the power battery. In order to improve the reliability of the battery pack, many companies use laser welding technology to connect the batteries in se
