虚拟 PLC 和软 PLC 市场：2024-2030

本报告是 IoT Analytics 正在进行的研究报告智慧製造和工业 4.0 的一部分。本报告对虚拟PLC和软PLC市场进行了调查，总结了软PLC和虚拟PLC的定义、市场预测、采用促进因素、竞争状况、主要趋势和发展、案例研究等。

范例视图

本书的主要目的是透过市场定义、规模确定和分析，帮助读者瞭解当前的虚拟 PLC 和软 PLC 格局。

软PLC和虚拟PLC市场

范例视图

软PLC和虚拟PLC运行时市场规模预计将以18%的复合年增长率成长，而虚拟PLC市场预计将以更快的速度成长。从竞争格局来看，Beckhoff、Codesys、Phoenix Contact、施耐德电机和西门子是该领域的领先者。

范例

上市公司

ABB 一带一路 倍福 CJB Codesys 科帕达塔 费斯托 霍纳自动化集团 IBHsoftec 易福门电子

久墨 凯巴 KLG Smartec 昆布斯 逻辑云 神经元自动化 OTee 菲尼克斯联络方式 力士乐

Rexygen 罗克韦尔自动化 施耐德电机 西门子 软PLC 图尔克 瓦戈 魏德米勒 森塔拉

目录

第 1 章执行摘要

第 2 章简介

• 简介：章节概要/要点
• 与 2020 年虚拟 PLC 和软 PLC 报告相比范围或覆盖范围变化列表
• 起点：工业环境中有五种典型工作负载
• ISA 95模型：控制逻辑与控制器硬体紧密耦合
• 技术使工作负载与硬体解耦成为可能
• PLC的类型由硬体和软体之间的分离程度决定。
• 转向软体和虚拟 PLC 可能会造成典型的创新者困境
• 为什么它很重要？ PLC供应商可能会失去获利业务
• 案例研究：奥迪生产系统虚拟化

第 3 章技术概述

• 技术概况：章节概述/要点
• 工业控制器的演变
• 技术进步
• 容器化详细资料：技术概述
• 虚拟机器管理程式详细资讯：技术概述
• 虚拟机器管理程式详细资讯：嵌入式虚拟机器管理程式的主要范例
• 软 PLC 和虚拟 PLC 的技术要求：概述
• 软体 PLC 和虚拟 PLC 的技术需求：延迟
• 软PLC和虚拟PLC的技术需求：运动控制
• 软PLC和虚拟PLC的技术要求：安全性和冗余
• 软PLC和虚拟PLC的技术需求：网路设计
• 程式设计标准比较

第4章市场规模与前景

• 市场规模与前景：章节概要/要点
• 全球软与虚拟 PLC 自动化市场：概述
• 全球软与虚拟 PLC 运行时市场：概述
• 全球软和虚拟 PLC 运行时市场：按产品类型
• 特定于硬体的软 PLC 运行时市场：概述
• 特定于硬体的软 PLC 运行时市场：按类型
• 特定于硬体的软 PLC 运行时市场：按地区
• 按行业划分的特定于硬体的软 PLC 运行时市场
• 特定于硬体的软 PLC 运行时市场：按行业细分
• 独立于硬体的软 PLC 运行时市场：概述
• 硬体独立型软 PLC 运行时市场（按类型）
• 硬体独立型软 PLC 运行时市场（按地区）
• 硬体独立的软 PLC 运行时市场（按行业）
• 独立于硬体的软 PLC 运行时市场：按行业细分
• 虚拟 PLC 运行时市场：概述
• 虚拟 PLC 运行时市场：按类型
• 虚拟 PLC 运行时市场：按地区
• 虚拟 PLC 运行时市场：依行业分类
• 虚拟 PLC 运行时市场：按行业细分

第5章竞争态势

• 竞争格局：章节概要/要点
• 公司状况：概览
• 主要软体和虚拟 PLC 运行时供应商列表
• 特定于硬体的软 PLC 运行时的全球市场占有率
• 独立于硬体的软 PLC 运行时的全球市场占有率
• 全球虚拟 PLC 运行时市场占有率
• 供应商详细资料：Beckhoff
• 供应商详细资料：Phoenix Contact
• 供应商详细资料：CODESYS
• 供应商详细资料：施耐德电气
• 供应商详细资料：西门子
• 主要财团的作用

第6章客户招募

• 客户招募：章节概要/要点
• 製造商如何设想未来的工厂：关键范例
• 虚拟化控制器的优点
• 推动软PLC和虚拟PLC引入的因素
• 在整个产业引入软 PLC 和虚拟 PLC 的可能性
• 製造软体的容器化：部署方法
• 製造软体的容器化：使用的工具
• 製造软体的容器化：主要挑战
• 其他客户考虑因素：关键决策标准
• 其他客户考虑因素：部署问题
• 其他客户考虑因素：支付意愿
• 摘要：个案研究
• 四个案例研究的五个要点
• 案例研究：科斯塔
• 案例研究：Cleaver-Brooks
• 案例研究：Gutshofbrauerei "Das Freie"
• 案例研究：Intidaya

第 7 章趋势与问题

• 趋势与挑战：章节概述
• 软 PLC 与虚拟 PLC 市场趋势
• 营运与技术挑战
• 业务与策略挑战

第8章研究法

第 9 章关于 IoT 分析

A 136-page report detailing the soft PLCs and virtual PLCs market size and projections, technology, adoption drivers, competitive landscape, key trends, developments, case studies.

The "Virtual PLC and Soft PLC Market Report 2024-2030" is part of IoT Analytics' ongoing coverage of Smart Manufacturing and Industry 4.0. The information presented in this report is based on the results of secondary research as well as qualitative research, i.e., interviews with experts who work at relevant vendors, integrators and end users. The document includes definitions for soft PLC and virtual PLCs, market projections, adoption drivers, the competitive landscape, key trends and developments, and relevant case studies.

SAMPLE VIEW

The main purpose of this document is to help our readers understand the current virtual PLC and soft PLC landscape by defining, sizing, and analyzing the market.

Soft PLC and virtual PLC market

SAMPLE VIEW

The market for soft and virtual PLC runtime is expected to grow at 18% CAGR, while the Virtual PLC market is expected to grow at a much faster pace. For the competitive landscape. Beckhoff, Codesys, Phoenix Contact, Schneider Electric, and Siemens are amongst the leaders in this space.

SAMPLE VIEW

Questions answered:

• What is a soft PLC and what is a virtual PLC?
• Which technologies enable soft and virtual PLCs (e.g., virtualization technologies like containers and hypervisors)?
• What does the soft and virtual PLC market look like (i.e., market size by segments, regions, industries)?
• Who are the leading vendors in the soft and virtual PLC market, and what are their products?
• Which benefits are customers seeing from their soft PLCs and virtual PLC setups, and which industries are most likely to adopt them?
• What are key trends & challenges in soft and virtual PLC space?

Companies mentioned:

A selection of companies mentioned in the report.

Table of Contents

1. Executive Summary

2. Introduction

• 1. Introduction: Chapter overview and key takeaways
• 2. List of scope or coverage changes compared to the 2020 virtual PLC and soft PLC report
• 3. Starting point: There are 5 typical workloads in an industrial setting
• 4. In the ISA 95 model, control logic is tightly coupled to controller hardware
• 5. Technology now allows workloads to be decoupled from hardware
• 6. The extent of the hardware-software decoupling defines the PLC type
• 7. The shift to soft & virtual PLCs could present a classical innovators dilemma
• 8. Why it matters? PLC vendors may lose profitable business
• 9. Case in point: Virtualization of Audi's production system

3. Technology overview

• 1. Technology overview: Chapter overview and key takeaways
• 2. Evolution of industrial controllers
• 3. Technological advancements
• 4. Deep dive: Containerization - Technology overview
• 5. Deep dive: Hypervisors - Technology overview
• 6. Deep dive: Hypervisors - Key examples of embedded hypervisors
• 7. Technical requirements for soft and virtual PLCs: Overview
• 8. Technical requirements for soft and virtual PLCs: Latency
• 9. Technical requirements for soft and virtual PLCs: Motion control
• 10. Technical requirements for soft and virtual PLCs : Safety & redundancy
• 11. Technical requirements for soft and virtual PLCs: Network design
• 12. Programming standard comparison

4. Market size & outlook

• 1. Market size and outlook: Chapter overview and key takeaways
• 2. Global soft and virtual PLC automation market: Overview
• 3. Global soft and virtual PLC runtime market: Overview
• 4. Global soft and virtual PLC runtime market: By product type
• 5. Hardware-specific soft PLC runtime market: Overview
• 6. Hardware-specific soft PLC runtime market: By type
• 7. Hardware-specific soft PLC runtime market: By region
• 8. Hardware-specific soft PLC runtime market: By industry
• 9. Hardware-specific soft PLC runtime market: By detailed industry
• 10. Hardware-agnostic soft PLC runtime market: Overview
• 11. Hardware-agnostic soft PLC runtime market: By type
• 12. Hardware-agnostic soft PLC runtime market: By region
• 13. Hardware-agnostic soft PLC runtime market: By industry
• 14. Hardware-agnostic soft PLC runtime market: By detailed industry
• 15. Virtual PLC runtime market: Overview
• 16. Virtual PLC runtime market: By type
• 17. Virtual PLC runtime market: By region
• 18. Virtual PLC runtime market: By industry
• 19. Virtual PLC runtime market: By detailed industry

5. Competitive landscape

• 1. Competitive landscape: Chapter overview and key takeaways
• 2. Company landscape: Overview
• 3. List of main soft and virtual PLC runtime vendors
• 4. Global hardware-specific soft PLC runtime market share
• 5. Global hardware-agnostic soft PLC runtime market share
• 6. Global virtual PLC runtime market share
• 7. Vendor deep dive: Beckhoff
• 8. Vendor deep dive: Phoenix Contact
• 9. Vendor deep dive: CODESYS
• 10. Vendor deep dive: Schneider Electric
• 11. Vendor deep dive: Siemens
• 12. Role of key consortiums

6. Customer adoption

• 1. Customer adoption: Chapter overview and key takeaways
• 2. How manufacturers envision the factory of the future - Key paradigms
• 3. Perceived benefits of virtualized controllers
• 4. Soft and virtual PLC adoption drivers
• 5. Soft and virtual PLC adoption likelihood across industries
• 6. Containerization of manufacturing software: Adoption approach
• 7. Containerization of manufacturing software: Tools used
• 8. Containerization of manufacturing software: Key challenges
• 9. Other customer considerations: Key decision-making criteria
• 10. Other customer considerations: Adoption concerns
• 11. Other customer considerations: Willingness to pay
• 12. Summary: Case studies
• 13. Five key takeaways from the 4 case studies
• 14. Case study: Kostad
• 15. Case study: Cleaver-Brooks
• 16. Case study: Gutshofbrauerei "Das Freie"
• 17. Case study: Intidaya

7. Trends & challenges

• 1. Trends and challenges: Chapter overview
• 2. General soft and virtual PLC market trends
• 3. Operational and technical challenges
• 4. Business and strategic challenges

8. Methodology

9. About IoT Analytics