As a pioneer in the field of electric handling，Jungheinrich provides internal logistics solutions that are more energy efficient and reduce carbon emissions。In order to achieve this goal，When we design the whole life cycle of lithium-ion batteries,，All follow the concept of sustainable development.。
In the eternal force，Lithium ion battery is the core component of electric handling equipment.，It has made an important contribution to the energy transformation.。However，Only lithium-ion batteries are designed to conserve resources throughout their life cycle.，In order to achieve sustainability。This is the Jungheinrich Development Sustainable Cycle.——Extracted and manufactured from elaborate materials，To longer service life and reprocessing，To high recovery rates for valuable raw materials.。
Manufacturing of lithium ion batteries
For the eternal force，Sustainability begins at the same time as the development and production of lithium-ion batteries。At these stages，We follow eco-design standards，The standard considers the full life cycle of the product and reduces the impact on the environment。So，We do not use key raw materials such as cobalt in lithium-ion batteries，Instead, lithium iron phosphate batteries are used.（LFP）。In addition，Our lithium-ion batteries are inherently safe.：Lithium iron phosphate batteryLFPThe battery chemistry is combined with other safety mechanisms，Battery fire can be prevented。
Formation process of fixed energy storage equipment
Formation is an important step in the manufacture of lithium batteries.。Future，Jungheinrich plans to allow lithium batteries to be formed in stationary energy stations for a short time.。So，Previous emissions of carbon dioxide can be offset initially.。Jungheinrich is currently building a suitable energy storage facility.。
Phase 1 of the life cycle：For use on new Vehicles
In order to improve sustainability，Jungheinrich's lithium-ion batteries go through up to three distinct stages in their life cycle。First，They will be used in our new car.。Compared to industrial forklifts that use lead-acid batteries，Lithium ion batteries can be reduced by 20 percent%A carbon footprint，And improve energy efficiency by as much as 20 percent%。
Phase II of the life cycle：For used forklifts
After use in a new car，The life cycle of lithium-ion batteries is far from over.。After recycling the battery，Can be professionally refurbished。Future，We want to use analytical tools.，Used cells are evaluated and classified with the help of artificial intelligence。So，Lithium-ion batteries can be used again in used forklifts（Phase II of the life cycle），And then used for fixed storage（Phase 3 of the life cycle）。
Phase 3 of the life cycle：Used in stationary energy storage devices
The third phase of the life cycle takes place outside the industrial forklift.：If the capacity of the battery is less than 70%To 80%，Then it would be of no use to industrial forklifts。However，These batteries can still be used as stationary energy storage devices for several years.。As the use of renewable energy increases,，Stationary energy storage devices will continue to play an important role in the coming years.，To compensate for the problem of power grid fluctuations.。
Disassembly and recycling
If lithium-ion batteries are no longer suitable for stationary storage，Then we are responsible for dismantling and recycling the battery.。Our goal is 95.%A valuable battery material.，Uch as lithium、Copper and aluminum，Can be reused and returned to the loop。Some of these substances can be used to produce new lithium-ion batteries.。This approach contributes to the sustainable and responsible use of natural resources。
“ We are promoting the circular economy.————Because ultimately it's about the energy transition.、Climate and our environment。”
