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Honda plans for 2025 recycled recycled charging lithium battery production Nickel cobalt alloy aimed at hydrogen storage market

著者Iflowpower – Portable Power Station Supplier

According to foreign media reports, local time March 1, Japanese Automotive Honda Automobile (Hondamotor) said that the company plans to use waste lithium-ion batteries as raw materials to start producing nickel-cobalt alloys. A Honda vegyes utasszĂĄllĂ­tĂł modelljei lĂ­tium-ion akkumulĂĄtorokkal vannak felszerelve. On March 1, Tokyo held the resource recycling fair (ResourceRecyClingexpo), Tomokazuabe, general manager of Honda Motor Company Circular Resource Promoting Department, said: "From 2025, Honda will recycle a large number of waste lithium-ion batteries, We will be ready to add factory.

"At present, Honda produces 14 mixed passenger models. A Honda szerint hibrid jårmƱvei a teljes értékesítés 26%-åt teszik ki, és 2018-ban 747 177 jårmƱvet értékesítettek. ABE also said: "By 2030, Honda may generate 300,000 cars with lithium-ion battery.

"Honda's plan is to produce nickel-cobalt alloy using the cathode of the waste battery. The target is the hydrogen storage market. ABE said: "According to the market price of 2017, from a Fit (FIT) car, we can recycle nickel and cobalt materials worth 4,000 yen (about 36 US dollars, 239.

2 jĂŒan). "So far, the company's nickel recovery rate is 99.7, cobalt recovery rate is 91.

3%, a mangån visszanyerése pedig 94,8%. ABE talked: "People are worried about nickel and cobalt materials shortage, and I am worried that the recovery cost will be reduced after a few years.

"ABE estimates that the cost of metal recovered from the waste battery is 100 yen per kilogram (about 5.98 yuan). Az ĂșjrahasznosĂ­tĂł cĂ©g bennfentesei azonban azt mondtĂĄk, hogy mivel az akkumulĂĄtorellĂĄtĂĄs korlĂĄtozott, a kiforrott hasznosĂ­tĂĄsi technolĂłgia hiĂĄnya alacsony hatĂ©konysĂĄghoz vezet, ezĂ©rt a jelenlegi költsĂ©g magasabb.

ABE indicates that the recovery cost can be reduced by controlling the cost of transportation and the use of robots to disassemble the car battery. A Honda azt tervezi, hogy egy ilyen mĂĄsodlagos ötvözetet fĂ©m-hidridkĂ©nt (MH) Ă©rtĂ©kesĂ­t, amelyet hidrogĂ©ntĂĄrolĂł tartĂĄly-ötvözetkĂ©nt hasznĂĄlnak. A Japan Steelworks egyik vezetƑje azt mondta, hogy az elmĂșlt Ă©vekben JapĂĄn fĂ©mhidridötvözetĂ©nek emelkednie kell.

A cĂ©g több mint 30 Ă©ve gyĂĄrt ilyen ötvözeteket Ă©s hidrogĂ©ntĂĄrolĂł tartĂĄlyokat. A japĂĄn acĂ©l hidrogĂ©ntĂĄrolĂł tartĂĄlyai fĂ©m-hidrid ötvözetbƑl ĂĄllnak, ezek az ötvözetek 60% nikkelbƑl, 30% lantĂĄnbĂłl Ă©s rutĂ©niumbĂłl, valamint 10% szilikongyantĂĄbĂłl ĂĄllnak. The nickel alloy collides in contact with hydrogen, and the resin can be controlled to control the collision.

According to Japanese steel, a reservoir having a diameter of 4,200 mm and a height of 550 mm should use 4 tons of this alloy.

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