EVバッテリーリサイクルプロジェクトソリューション
Build the project brief before choosing the line. EV packs, modules and cells require different receiving, 放電, 解体, feeding and separation decisions.
YUSHUNXIN uses the supplied battery profile and site information to prepare a project-specific process and equipment configuration for review.
Project view
材料 / 出力Define what reaches the EV battery line—and in what condition
The original EV page documented a detailed processing sequence. This rebuild retains that technical depth while separating universal project decisions from optional process steps.
01Complete packs
Pack architecture, isolation, 充電状態, cooling circuits and dismantling responsibility must be documented before downstream line selection.
02Separated modules
Module construction and remaining electrical or mechanical connections affect handling, feeding and the upstream safety boundary.
03Individual cells
Cell format, 化学, condition and variation influence containment, feeding and size-reduction choices.
04Production and mixed scrap
Electrode, cell and assembly scrap may bypass some upstream steps. 水分, binder, foil composition and contamination should be reported.
EV battery project decision path
The route follows the material boundary and the desired downstream handover. Expand each stage to see the engineering questions that should be resolved before approval.
01Material identification+
Establish chemistry, 形式, condition and variation.
- Input to confirm: 形式, 化学, condition and variation at this step.
- Scope decision: included equipment, optional controls and customer-supplied items.
- Acceptance point: define the handover, sampling or operating check in the approved specification.
02Discharge and dismantling+
Define the customer and equipment boundaries for upstream preparation.
- Input to confirm: 形式, 化学, condition and variation at this step.
- Scope decision: included equipment, optional controls and customer-supplied items.
- Acceptance point: define the handover, sampling or operating check in the approved specification.
03Feeding and size reduction+
Configure the core equipment for the approved material.
- Input to confirm: 形式, 化学, condition and variation at this step.
- Scope decision: included equipment, optional controls and customer-supplied items.
- Acceptance point: define the handover, sampling or operating check in the approved specification.
04Conditioning and separation+
Select suitable preparation and separation modules.
- Input to confirm: 形式, 化学, condition and variation at this step.
- Scope decision: included equipment, optional controls and customer-supplied items.
- Acceptance point: define the handover, sampling or operating check in the approved specification.
05Output handover+
Define collection, sampling, storage and downstream transfer.
- Input to confirm: 形式, 化学, condition and variation at this step.
- Scope decision: included equipment, optional controls and customer-supplied items.
- Acceptance point: define the handover, sampling or operating check in the approved specification.
06Site controls+
Document monitoring and control modules for project review.
- Input to confirm: 形式, 化学, condition and variation at this step.
- Scope decision: included equipment, optional controls and customer-supplied items.
- Acceptance point: define the handover, sampling or operating check in the approved specification.
EV battery process modules and their decision logic
Each image comes from the original EV project page. The sequence is illustrative; the final route may use, omit or add modules after material review.
01Controlled shredding
The approved feed format is reduced under a defined feeding and containment strategy. The project scope should identify upstream discharge and dismantling responsibilities.
02Material conditioning
Thermal or other conditioning may be considered for selected material and downstream objectives. It is not assumed for every EV battery project.
03Cooling and transfer
Where a conditioning stage is used, cooling and controlled transfer must be included in the material-flow and monitoring design.
04Fine size reduction
Additional crushing or milling is selected to prepare material for the proposed separation route and target output fractions.
05Powder separation
Drum or other screening may collect powder-bearing material and classify larger fractions before further separation.
06磁気分離
A magnetic stage may remove ferrous-bearing material at a point defined by the selected process sequence.
07Grinding or pulverization
Further particle preparation is considered only when the feed condition and downstream separation targets justify it.
08Density-based sorting
Density or airflow sorting may separate prepared copper-, アルミニウム- and residual fractions. Acceptance criteria should be stated in writing.
EV project boundaries that prevent scope gaps
Most commercial misunderstandings start upstream or downstream of the core machines.
Discharge boundary
Who confirms state of charge, performs discharge and provides the required records.
Dismantling boundary
Whether packs arrive complete, as modules, as cells or after customer pre-treatment.
Output handover
How powder- and metal-bearing fractions are sampled, packaged, stored and transferred.
Local project boundary
Permits, fire strategy, utilities and local requirements confirmed by the customer and qualified local parties.
EV project checklist
This table separates the current planning basis from items that require material tests, site information or written human approval.
| Project item | Current basis | Status |
|---|---|---|
| Battery source | お客様のご意見 | To confirm |
| 化学 | LFP / NCM / mixed / unknown | To confirm |
| Input format | パック / モジュール / cell / scrap | To confirm |
| State of charge | お客様のご意見 | To confirm |
| Dismantling status | お客様のご意見 | To confirm |
| Material supply | お客様のご意見 | To confirm |
| Target throughput | お客様のご意見 | Engineering gate |
| Process and outputs | Based on review | Project-dependent |
Plan the downstream handover before procurement
Output images illustrate possible material categories from the original page. They are not promises of yield or purity.
01Separated output categories
Use representative feedstock and a written sampling plan to define the expected downstream handover.
02Black-mass-bearing powder
Confirm collection, sampling, 水分, particle-size and downstream acceptance requirements.
03Copper- and aluminum-bearing fractions
Define the required separation boundary and allowable residual material in the technical specification.
Acceptance discipline: Yield, 純度, capacity and recovery values are not assumed from a website description. They must be tied to the approved feedstock, test basis and written project specification.
Get the right response for your current decision stage
Tell YUSHUNXIN whether you are researching, testing feasibility, comparing suppliers or preparing procurement. The project brief routes the next conversation around the information you have now.
Why work with YUSHUNXIN
YUSHUNXIN organizes the discussion around the EV battery decision path: 入力条件, upstream preparation, core process, output handling and site interface.
Confirmed facts
Approved material data and project requirements are shown as the basis of the proposal.
Project-dependent items
Configuration choices remain conditional until the feedstock and site have been reviewed.
Human approval gates
Commercial terms, final performance and compliance statements require authorized review.
Version control
The proposal should identify the approved configuration version, assumptions and open questions.
Questions project teams ask before a proposal
Can one line process both LFP and NCM batteries?+
A mixed-chemistry project requires review of identification, separation goals and downstream handling.
Is discharge and dismantling always included?+
いいえ. The boundary depends on how material arrives and which upstream steps the customer performs.
Is material conditioning always required?+
いいえ. The decision depends on feedstock, process goals, site information and engineering review.
Can recovery rate and purity be confirmed before review?+
いいえ. Those results require feedstock, 構成, sampling and acceptance criteria.
What files are useful for the first review?+
Material photos, ドキュメント, 化学, state information, dismantling flow, analysis, supply estimate, site layout and desired outputs.
Related lithium battery pages
Pack-to-fraction project
Start with transport, diagnostic, discharge and pack/module dismantling responsibilities before the material line.
入荷素材
Vehicle battery system, pack architecture, 化学, residual energy, damage status and planned throughput.
期待される出力
Prepared modules/cells and classified downstream fractions according to the approved boundary.
プロジェクトインターフェース
Hazardous-goods receiving, 検疫, diagnostics, 放電, 解体, fire response and data traceability.
Use only the row matching the selected process boundary.
| カタログ参照 | 容量 | 力 | 物理的エンベロープ | 含まれる境界 |
|---|---|---|---|---|
| YSXパブリックファミリー公共機器ファミリー | 500–1,000kg/h | 102–238kW | 20–35mライン; 7.5–19.5トン | 標準装備ファミリーエンベロープ; モデルごとの割り当てなし |
| YSX-LR500LRコンプリートライン | 500 kg/h | 320 kW | 40 × 15 × 7.5 メートル | コンディショニング, 分離・ガス処理ライン |
| YSX-LR1000LRコンプリートライン | 1,000 kg/h | 410 kW | 45 × 17 × 7.5 メートル | コンディショニング, 分離・ガス処理ライン |
| プロジェクトリファレンス - 500以前の統合レイアウト | 500 kg/h | 300 kW | 60 × 7 × 7 メートル | 公開されたモデル ラベルのない以前のレイアウト |
| プロジェクトリファレンス - 1000以前の統合レイアウト | 1,000 kg/h | 349 kW | 80 × 7 × 7 メートル | 公開されたモデル ラベルのない以前のレイアウト |
設定ルール: カタログ容量は計画の参考値です. 安定したスループット, 設置/動作電力, フットプリント, 回復, 純度, 排出量と公共需要には承認された機器リストが必要です, representative material and written acceptance conditions.
設定やお見積りの前に必要な情報
- 代表的な資料写真, specifications and available sample.
- 必要なキャパシティにシフトごとの時間数を加えたもの, shifts per day and operating days.
- 目標出力, sampling method and downstream receiver requirements.
- 拠点の国, 利用可能な電力, 燃料, 水, compressed air and building limits.
- 地域環境, 火, storage and occupational-safety requirements.
- 要求された配送境界: 装置, レイアウト, インストール, commissioning and training.
