2024-2030年歐洲和美國EV電池回收的成長機會

Growth Opportunities for Electric Vehicle Battery Salvaging in Europe and the United States, 2024-2030

出版日期: 2024年04月17日 | 出版商:

Frost & Sullivan | 英文 66 Pages | 商品交期: 最快1-2個工作天內

價格

簡介目錄

需要電池再利用來推動創新EV的成長，到2023年，歐洲的報廢率將達到 21%，美國的報廢率將達到 17%

本研究估算了截至2023年歐洲和美國EV（電動車）電池的回收率。定義EV電池的回收率並描述回收過程中回收的主要材料。它重點關注鋰離子電池（LIB）價值鏈，並深入探討其在電動車產業中的重要性。

本研究討論了EV電池回收作為永續性一部分的重要性，並提供了各種EV電池回收商的案例研究。重點關注各種法律規範，對世界各地與EV電池報廢相關的法規進行比較分析。也研究了歐洲和美國營運的著名回收工廠，反映了地區差異。

透過提供有關現有EV電池回收率的資訊並檢查回收過程中電池的主要來源，教育相關人員了解EV電池回收的不斷變化的情況，特別關注歐洲和美國。

This study offers an estimate of the current electric vehicle (EV) battery salvage rates prevalent in Europe and the United States as of 2023. The report defines EV battery salvage rates and delineates the major materials recovered during the salvage process. It highlights the Li-ion battery (LIB) value chain along with insights into its significance across the EV industry.

The research discusses the importance of salvaging EV batteries as part of sustainability practices and provides case studies on different EV battery recyclers. It offers a comparative analysis of EV battery salvage-related regulations worldwide, focusing on diverse regulatory frameworks. It also explores prominent recycling plants operating in Europe and the United States, reflecting on regional variations.

By providing information on existing EV battery salvage rates and looking at major sources of batteries for salvage processes, the report seeks to inform stakeholders about the evolving landscape of EV battery salvaging, with special focus on Europe and the United States.

Transformation in EV Battery Salvage Sector

Why is it Increasingly Difficult to Grow?
The Strategic Imperative 8™
The Impact of the Top 3 Strategic Imperatives on the Electric Vehicle (EV) Battery Salvage Industry

Ecosystem

Scope of Analysis

Growth Generator

Growth Drivers
Growth Restraints

Growth Environment

EV Battery Salvage Industry Overview-Europe & US
Global Overview by Region-EV Battery Recycling Companies
Source for Salvageable EV Batteries-Present and Future
Regulatory Framework for EV Battery Salvaging

EV Battery Salvage Rate Introduction

EV Batteries-Salvage Rate and Value Chain
Major Materials Recovered from EV Salvage Activity
EV Battery Types and Salvageability
LIB Recycling Value Chain
Salvage Process for Used Lithium-ion Batteries
Significance of EV Battery Salvaging
Major Second Life Applications for EV Batteries
Challenges in EV Battery Salvage Process

Regulatory Outlook

Major Regulations Governing EV Salvage Rates
Regulatory Framework for EV Battery Salvaging-European Union
Regulatory Framework for EV Battery Salvaging-United Kingdom
Regulatory Framework for EV Battery Salvaging-China
SSR-Global Scenario

EV Recycling Industry Outlook

EV Battery Salvage Value Chain Players
EV Battery Recycling Capacity Overview-United States
EV Battery Recycling Capacity Overview-Europe
EV Battery Recycling Companies-United States
EV Battery Recycling Companies-Europe
Case Study 1-Li-Cycle
Case Study 2-Primobius
Automotive OEMs' Strategies and Activities

EV Battery Salvage Rate Estimation

Methodology for Determining EV Battery Salvage Rate in 2023 (US & Europe)
EV Battery Salvage Rate in Europe (2023)
EV Battery Salvage Rate Trends in Europe (2023)
EV Battery Salvage Rate in the United States (2023)
EV Battery Salvage Rate Trends in the United States (2023)

Growth Opportunity Universe

Growth Opportunity 1-Battery Recycling and Repurposing Technology Advancements
Growth Opportunity 2-Circular Economy Practices Focused on EV Battery Manufacturing and End-of-Life Disposal
Growth Opportunity 3-Demand for Second Life EV Battery Applications