全球电池回收市场的循环经济，2024-2030

Circular Economy of the Battery Recycling Market, Global, 2024-2030

出版日期: 2024年07月26日 | 出版商:

Frost & Sullivan | 英文 126 Pages | 商品交期: 最快1-2个工作天内

价格

简介目录

高效的电池再利用、资源回收以及中下游营运的数位化将推动绿色转型和永续交通的变革性成长

电池的大量供应导致资源的大量消耗，其中一些资源是稀缺的。因此，透过高效回收、分类、维修、再利用和再利用来延长电池的生命週期，并将报废电池的高效回收纳入支援自动驾驶供应链至关重要。支持全球电池市场持续成长的关键发展是材料和组件的永续采购、使用和再利用、报废分类、高效回收以及透明电池价值链的发展。

该研究将使用数位材料护照、生命週期评估工具、机器人、基于人工智慧的分类和资料分析平台等技术和服务来解决供应链数位化、製造、使用和再利用以及报废管理等问题，评估了有助于提高整个电池循环经济效率的各种技术进步。我们还提供主要成长加速器的详细分析，并提供着名公司的案例。调查期间为2020年至2030年，以2023年为基准年。

分析范围
地理范围
市场定义
电池在交通领域的循环经济潜力
固定领域电池的循环经济潜力
消费性电子领域电池的循环经济潜力
主要竞争对手
值得关注的公司：电池循环经济的成长加速器
成长指标
重点
主要电池应用：最终用户分析
电池修復、再利用和回收市场的永续性和循环经济：6P 框架
价值链中电池的循环经济：概述
电池循环经济：上游製程的成长机会
电池循环经济：中游流程的成长机会
电池循环经济：下游製程的成长机会
生长促进因子
成长抑制因素
预测考虑因素
需求预测
按应用分類的需求预测
各地区需求预测
数量预测、发电/收集/回收/回收率
废弃电池数量预测、发电量和地区
按地区分類的废弃电池数量预测、收集/回收
各地区废弃电池回收量预测
按地区预测回收废弃电池的数量
废弃电池数量预测、产生及应用
透过废弃电池的回收/再利用进行数量预测
数量预测、废弃电池回收/再利用：固定式
废弃电池的数量预测、回收/再利用：运输
销售预测，废弃电池回收/再利用：消费性电子产品
废弃电池管理、收益预测
按地区分類的废弃电池回收/再利用收益预测
透过废电池的回收/再利用进行收益预测
废弃电池回收、收益预测（按地区）
废弃电池再利用、收益预测（按地区）
收益预测，透过废弃电池的回收/再利用：运输
透过回收/再利用废弃电池进行的收益预测：固定式
废弃电池回收再利用收益预测：消费性电子产品
收益预测分析
价格趋势和预测分析
竞争环境
收益占有率
收益占有率分析
电池生态系统循环经济合作伙伴范例

成长机会分析：欧洲

成长机会分析：亚太地区

成长机会分析：美洲

成长机会分析：中东/非洲

成长机会宇宙

成长机会1：数位电池通行证
成长机会 2：在固定应用中使用回收再利用的废弃电动车电池的 V2G
成长机会3：智慧电池分选，高效率管理废弃电池
成长机会四：智慧维护的电池智慧平台

下一步

简介目录

Product Code: MH54-84

Efficient Battery Reuse, Resource Recovery, and Digitalized Midstream and Downstream Operations Are Driving Transformational Growth toward the Green Transition and Sustainable Mobility

The massive demand for battery supply results in high consumption of resources, some of which are scarce. It is therefore essential to extend the battery life cycle through efficient collection, sorting, refurbishment, repurposing and reuse as well as to incorporate efficient battery recycling at the end of its life to support self-driving supply chains. The key developments supporting ongoing growth of the global battery market are the development of a complete, self-running, efficient, and transparent battery value chain, including sustainable sourcing of materials and components, use, reuse, selective collection at the end of life, and efficient recycling.

This study's main objective is to help readers understand the major role of developing a circular economy in the battery industry across upstream, midstream, and downstream operations. The top 3 battery application segments, which comprise the 5 battery categories, analyzed in this study are transportation, stationary, and consumer electronics.

The analysis covers the volume of batteries generated by 5 top categories globally, current battery waste collection and recycling rates, and the potential for battery reuse (refurbishment, second use, and repurposing) and recycling market development. The revenue forecast dedicated to the development of a circular economy for batteries focuses on collection and transportation, sorting, reuse, and recycling. The growth analysis is based on the doing-more-with-less approach and the 6P framework that comprises policies, products, processes, people/personas, partnerships, and platforms.

The study assesses various technological advancements that help to push efficiency across the circular economy of batteries, including digitalization of the supply chains, manufacturing, use and reuse, and end-of-life management, with technologies and services such as digital material passport, life-cycle assessment tools, robotics, AI-based sorting, and data analytic platforms. The study also includes detailed analysis of key growth accelerators, with examples of companies to watch. The study period is 2020 to 2030 using a base year of 2023.

Strategic Imperatives

Why Is It Increasingly Difficult to Grow?
The Strategic Imperative 8™
The Impact of the Top 3 Strategic Imperatives on the Circular Economy of Battery Recycling Industry
Growth Opportunities Fuel the Growth Pipeline Engine™

Growth Opportunity Analysis

Scope of Analysis
Geographic Coverage
Market Definitions
Potential for Circular Economy of Batteries across the Transportation Segment
Potential for Circular Economy of Batteries across the Stationary Segment
Potential for Circular Economy of Batteries across the Consumer Electronics Segment
Key Competitors
Companies to Watch: Growth Accelerators in Circular Economy of Batteries
Growth Metrics
Key Takeaways
Key Battery Applications: End-user Analysis
Sustainability and Circular Economy of the Battery Repair, Reuse, & Recycling Market: 6P Framework
Circular Economy of Batteries across the Value Chain: Overview
Circular Economy of Batteries: Growth Opportunities in Upstream Processes
Circular Economy of Batteries: Growth Opportunities in Midstream Processes
Circular Economy of Batteries: Growth Opportunities in Downstream Processes
Growth Drivers
Growth Restraints
Forecast Considerations
Demand Forecast
Demand Forecast by Application
Demand Forecast by Region
Volume Forecast by Generation, Collection & Recovery, and Recovery Rate
Volume Forecast for End-of-life Battery Generation by Region
Volume Forecast of End-of-life Battery Collection & Recovery by Region
End-of-life Battery Recycling Volume Forecast by Region
End-of-life Battery Reuse Volume Forecast by Region
Volume Forecast of End-of-life Battery Generation by Application
Volume Forecast by End-of-life Battery Recycling and Reuse
Volume Forecast by End-of-life Battery Recycling and Reuse: Stationary
Volume Forecast by End-of-life Battery Recycling and Reuse: Transportation
Volume Forecast by End-of-life Battery Recycling and Reuse: Consumer Electronics
End-of-life Battery Management Revenue Forecast
Revenue Forecast by End-of-life Battery Recycling and Reuse by Region
Revenue Forecast by End-of-life Battery Recycling and Reuse
End-of-life Battery Recycling Revenue Forecast by Region
End-of-life Battery Reuse Revenue Forecast by Region
Revenue Forecast by End-of-Life Battery Recycling and Reuse: Transportation
Revenue Forecast by End-of-Life Battery Recycling and Reuse: Stationary
Revenue Forecast by End-of-Life Battery Recycling and Reuse: Consumer Electronics
Revenue Forecast Analysis
Pricing Trends and Forecast Analysis
Competitive Environment
Revenue Share
Revenue Share Analysis
Examples of Partnerships across the Circular Economy of Batteries Ecosystem

Growth Opportunity Analysis: Europe

Growth Metrics
Overview of Circular Economy of Batteries in Europe
EU Roadmap to the Circular Economy of Batteries
Demand Forecast
Generation and Collection & Recovery Volume Forecast
Volume Forecast by End-of-life Battery Recycling and Reuse
Revenue Forecast
End-of-life Battery Revenue Forecast by Recycling and Reuse
Revenue Forecast Analysis
Case Study: Companies to Watch: Growth Accelerators for Li-Ion Battery Recycling Development in Europe

Growth Opportunity Analysis: Asia-Pacific

Growth Metrics
Overview of Circular Economy of Batteries in APAC
Battery Demand Forecast
Endo-of-life Battery Generation and Collection & Recovery Volume Forecast
End-of-life Battery Volume Forecast by Recycling and Reuse
End-of-life Battery Management Revenue Forecast
Revenue Forecast by End-of-life Battery Recycling and Reuse
Revenue Forecast Analysis

Growth Opportunity Analysis: Americas

Growth Metrics
Overview of Circular Economy of Batteries in the Americas
Demand Forecast
End-of-Life Battery Generation and Collection & Recovery Volume Forecast
Volume Forecast by End-of-life Battery Recycling and Reuse
Revenue Forecast
Revenue Forecast by End-of-life Battery Recycling and Reuse
Revenue Forecast Analysis

Growth Opportunity Analysis: Middle East & Africa

Growth Metrics
Overview of Circular Economy of Batteries in MEA
Demand Forecast
End-of-life Battery Generation and Collection & Recovery Volume Forecast
Volume Forecast by End-of-life Battery Recycling and Reuse
End-of-life Battery Management Revenue Forecast
Revenue Forecast by End-of-life Battery Recycling and Reuse
Revenue Forecast Analysis

Growth Opportunity Universe

Growth Opportunity 1: Digital Battery Passport
Growth Opportunity 2: Vehicle-to-grid (V2G) with Refurbished & Repurposed Used EV Batteries in Stationary Applications
Growth Opportunity 3: Intelligent Battery Sorting for Effective End-of-life Management
Growth Opportunity 4: Battery Intelligence Platform for Smart Maintenance