小客车的预测性和预防性维护：概述

Predictive and Preventive Maintenance in Passenger Vehicles-An Overview

出版日期: 2023年10月19日 | 出版商:

Frost & Sullivan | 英文 72 Pages | 商品交期: 最快1-2个工作天内

价格

简介目录

CASE 车辆的变革性大趋势推动了对综合预防性维护的需求

在过去的年度中，欧洲和北美的小客车维护已从传统的被动方法转变为主动方法，重点是预测性和预防性解决方案。这项变更主要是由于车辆中越来越多地采用连接功能。连网车辆可以将车辆资料即时传输到诊断设备和云端平台，以预测组件行为、执行故障分析，并向汽车和客户传达相应的见解以进行维护和服务。我可以。预防性维护解决方案的需求因其预防严重故障、减少车辆停机时间、提高安全性和延长零件寿命的能力而凸显。该研究确定了该行业的成长动力和抑制因素。它还强调了该行业变革中出现的机会，可供市场相关人员和相关人员利用。基准年为2022年，预测期间为2023年至2030年。

主要问题

小客车的预防性维护是如何发展的？
故障预测的有效性如何？ OEM、一级供应商和解决方案提供者等相关人员的用例是什么？
不同的预防性维护提供者提供哪些解决方案？每个业务策略是什么？
故障预测解决方案提供者的成长机会有哪些？你应该采取什么策略？

调查范围
小客车维修市场区隔概况
主要竞争
连网汽车成长指标
生长促进因子
成长抑制因素
预测假设
按地区分類的连网汽车销售
按地区分類的连网汽车普及
2023 年区域分析：北美
2023 年区域分析：欧洲
故障预测解决方案的封装和定价策略
竞争环境

小客车维护：概述

定义
被动式与主动式车辆维修比较
从车辆维护到故障预测的演变
传统和反应性维护生态系统
主动预防性维护生态系统

小客车预防性维护

CASE 行动预防性维护
车辆健康监测与预防性维修资料来源

法规概述和标准

连网车辆法规与值得关注的义务：简介
SAE International 的 IVHM 能力矩阵分类
根据 SAE International 的 IVHM 能力水准

预防性维护解决方案：概述

预防性维护生态系统
博世的连网汽车故障预测
HARMAN/proteanTecs 的预测性维护/预防性维护解决方案
使用 RUL 方法透过 KPIT 进行预测性维护
Garett 的连网汽车进阶诊断和故障预测
用例 1：使用故障预测的智慧型轮胎资产管理
用例 2：电动车电池管理中的预测性维护
领先解决方案提供者的预防性维护见解

预防性维护：业务概述

汽车预防性维护解决方案提供者使用的商业模式
预防性维护相关人员分析
汽车预防性维修的SWOT分析
采用预防性维修的挑战

OEM预防性维修解决方案

BMW 预防性维修见解
其他OEM提供的维护和健康见解

成长机会宇宙

成长机会一：车联网服务
成长机会2：资料收益
成长机会3：CASE Mobility
结论

下一步

简介目录

Product Code: PF3C-46

Transformative Mega Trends in CASE Vehicles Fuel the Need for Integrated Preventive Maintenance

Passenger vehicle maintenance in Europe and North America has witnessed a transformative shift in the last decade from a traditional reactive approach to one that is proactive, focusing on predictive and preventive solutions. This shift can largely be attributed to the increased adoption of connectivity features in vehicles. Connected vehicles can transfer real-time vehicle data to diagnostic devices or a cloud platform for predicting component behavior, conducting failure analyses, and communicating corresponding insights back to the car or customer for maintenance or service action. The need for preventive maintenance solutions is underscored by their capacity to prevent critical failures, reduce vehicle downtime, enhance safety, and extend component lifetime. This study identifies the factors driving and restraining growth in this space. It also highlights the opportunities emerging from the changes in this industry for market players and stakeholders to leverage. The base year is 2022, and the forecast period is from 2023 to 2030.

Key Issues Addressed

How has passenger vehicle preventive maintenance evolved over the years?
What are the effects of prognostics? What are some of the use cases for stakeholders such as original equipment manufacturers (OEMs), tier suppliers, and solution providers?
What solutions do different preventive maintenance providers offer? What are their business strategies?
What are the growth opportunities available for prognostic solution providers? What are the strategies they must adopt?

Strategic Imperatives

Why is it Increasingly Difficult to Grow?
The Strategic Imperative 8™
The Impact of the Top 3 Strategic Imperatives on the Preventive Maintenance Industry
Growth Opportunities Fuel the Growth Pipeline Engine™

Growth Opportunity Analysis

Research Scope
Overview of Passenger Vehicle Maintenance Market Segmentation
Key Competitors
Growth Metrics for Connected Vehicles
Growth Drivers
Growth Restraints
Forecast Assumptions
Connected Vehicle Sales by Regions
Connected Vehicle Penetration by Region
2023 Regional Analysis-NA
2023 Regional Analysis-Europe
Prognostics Solutions' Packaging and Pricing Strategy
Competitive Environment

Passenger Vehicle Maintenance-Overview

Definitions
Comparison of Reactive and Proactive Vehicle Maintenance
Evolution of Vehicle Maintenance to Prognostics
Traditional Reactive Maintenance Ecosystem
Proactive Preventive Maintenance Ecosystem

Passenger Vehicle Preventive Maintenance

Preventive Maintenance for CASE Mobility
Data Sources for Vehicle Health Monitoring and Preventive Maintenance

Regulatory Overview and Standards

Notable Connected Vehicle Regulations and Mandates-A Snapshot
SAE International's Categorization of IVHM Capability Matrix
SAE International's Capability Levels for IVHM

Preventive Maintenance Solutions-Overview

Preventive Maintenance Ecosystem
Bosch Prognostics for Connected Cars
HARMAN and proteanTecs Solution for Predictive and Preventive Maintenance
KPIT Predictive Maintenance Using RUL Methodology
Garett's Advanced Diagnostics and Prognostics for Connected Cars
Use Case 1-Intelligent Tire Asset Management Using Prognostics
Use Case 2-Predictive Maintenance for Battery Management in EVs
Preventive Maintenance Insights From Select Solution Providers

Preventive Maintenance-Business Overview

Business Models that Vehicle Preventive Maintenance Solution Providers Have Adopted
Preventive Maintenance Stakeholder Analysis
SWOT Analysis for Preventive Vehicle Maintenance
Challenges in Adopting Preventive Maintenance