Fólk er að herða leitina að öruggari, lægri kostnaður, öflugri rafhlöðukerfi sem eru betri en litíumjónarafhlöður, þannig að álpappír er líka orðinn efniviður til að búa til rafhlöður.
Hægt er að nota álpappír í rafhlöður í sumum tilfellum, sérstaklega sem óaðskiljanlegur hluti af rafhlöðubyggingunni. Álpappír er almennt notaður sem straumsafnari fyrir ýmsar gerðir af rafhlöðum, including lithium-ion and other electrochemical cells.
In batteries, current collectors are critical components that help electrons flow between the battery’s active materials and the external circuitry. Aluminum foil was chosen as the current collector because of its good electrical conductivity, light weight, and relatively low cost.
Til dæmis, in lithium-ion batteries, aluminum foil is commonly used as the positive electrode current collector. The cathode is one of the key components of the battery where electrochemical reactions take place during charge and discharge cycles. Aluminum foil helps collect electrons generated during these reactions and allows them to flow through an external circuit.
As a material for making batteries, álpappír has many advantages
1. Good electrical conductivity: Aluminum is an excellent electrical conductor, which can effectively transfer electrons to make it play a role in the charging and discharging process in the battery.
2. Léttur: Aluminum foil is very light, which helps to reduce the overall weight of the battery, especially for mobile devices, electric vehicles and other applications that require light loads.
3. Relatively low cost: Aluminum foil is a relatively cheap material, which helps to reduce the cost during the manufacturing process of the battery.
4. Plasticity and ease of processing: Aluminum foil can be easily processed into various shapes to meet the design requirements of different types of batteries.
5. Tæringarþol: Aluminum has good corrosion resistance, which is crucial to the long-term stability and life of the battery.
