生态系统成熟化正成为一项关键趋势,随着解决方案供应商构建强大的开发者框架、培训模块和参考架构,微软的Azure Digital Twins和西门子的Xcelerator产品组合正是这一趋势的典型代表——它们推动低代码和开放式开发生态系统发展,降低部署复杂性并拓展数字孪生在跨领域应用的可能性。行业特定连接器、API及数据交换标准的日益丰富预计将加速数字孪生的主流采用进程。
例如,西门子与英伟达于2025年1月宣布,将对西门子Xcelerator开放数字化业务平台进行新功能扩展,其中包含由NVIDIA Omniverse驱动的Teamcenter Digital Reality Viewer,该工具使团队能够在安全的数字孪生环境中协作,基于实时3D数据开展工作。这不仅降低了数据错误与差异,还优化了工作流程并提升了决策效率。
It serves organizations that require the flexibility and scalability of cloud-based infrastructure, while maintaining the control and security of local data centers. The hybrid deployment segment held a market share of 19.1% and a CAGR of 41.8% in 2024. These hybrid deployment models are gaining wider acceptance among organizations that wish to keep their sensitive data onsite while leveraging cloud-based analytics and collaboration tools.
For example, in October 2025, Eaton announced a collaboration with Autodesk to enhance building lifecycle management. Eaton accelerates the transformation of building and data center infrastructure with Autodesk to deliver AI-powered digital energy twin and software tools, which is a cloud-based platform.
Based on enterprise size, the market is segmented into SMEs and large enterprises. The large enterprises segment is expected to dominate the market, due to large enterprises possessing greater financial resources, accelerating investments in advanced or upgraded technologies, and resulting in major adoption of digital twin technologies.
Large enterprises have captured the larger portion of the digital twin market as they possess stronger investment power and adopt new technologies more rapidly. The segment dominated the market in 2024 with a share of 58.4%. Large enterprises invest heavily in improving their processes and systems. Therefore, the nature of investment has secured their leading position in the digital twin market.
The ROI of digital twin technology, which drives higher adoption rates, primarily attracts large enterprises. The future outlook for digital twin technology within the large enterprises segment appears very promising, with an expected CAGR of 42.5% in the coming years.
In contrast, in terms of numbers, SMEs are more than double the large enterprises worldwide, but their investment in new technologies is lower than that of large enterprises. As SMEs are cautious about ROI, they avoid potential losses. Nevertheless, digital twin technology appears promising for SMEs in the coming years due to its success rate and technological advancements.
In October 2025, Samsung announced plans to integrate digital twins, AI, and robotics across its manufacturing infrastructure, starting with a new ‘Megafactory’. To achieve this, Samsung has partnered with NVIDIA and will utilize NVIDIA’s Omniverse libraries for virtual visualization of entire fab operations.
The US digital twin market reached USD 4.4 billion in 2024, up from USD 3.2 billion in 2023.
In North America, the U.S. leads in demand, supported by enterprises and government labs that drive large-scale deployments across manufacturing, aerospace, utilities, and healthcare. Major cloud and platform providers, systems integrators, and industrial legacy companies help accelerate time-to-value through prescriptive service integration, digital-thread connections, and managed twin services.
In the U.S., established R&D centers, the presence of cloud hyperscalers and IIoT vendors, various pilot projects across manufacturing and utilities, and increased collaboration between chip, platform, and OEM companies have all accelerated integration and scaling.
在中东和非洲地区,数字孪生市场正因智能建筑管理和基础设施监测需求的增长而持续变化。The rapid urbanization and large construction projects in the MEA region are driving the market for digital twin technology as organizations seek organizational excellence through improved building performance, energy efficiency, and real-time monitoring of maintenance workload. For instance, in Qatar, UAE and Saudi Arabia, smart building initiatives are using digital twins to monitor HVAC system performance, lighting, elevators, and other asset types, while maximizing operating costs and extending asset lifespan.
One of the driving forces behind the implementation of digital twins is the industry growth in the MEA region, as firms in manufacturing, oil and gas, utilities and logistics invest in twin technologies to simulate industrial processes, monitor equipment performance and efficiency, and overall increase productivity.
In addition, the increased adoption of cloud technologies and upgrades to IT infrastructure in MEA facilitate broader deployment of digital twin solutions. Organizations adopting digital twins can achieve operational efficiencies, reduce unplanned downtime, and improve safety, increasing the appeal of the MEA region for digital twin suppliers.
UAE to experience substantial growth in the Middle East and Africa digital twin market in 2024.
The Smart City project in Dubai aims to digitalize around 1,000 government services using advanced technologies. This will include integration of technologies such as AI, IoT and digital twins of urban water infrastructure, utilities, and transport systems to monitor in real time, predict and analyze data, or better manage a city. The proliferation of such government-driven projects creates tremendous opportunities for the implementation of digital twins, benefiting both the public and private sectors.
To support this growth, UAE organizations are adopting cloud-native and hybrid architectures to manage their data more effectively and gain insights driven by AI/ML capabilities. The industrial sectors of energy, transport, and logistics have adopted digital twins to streamline operations, reduce downtime, and improve asset management.
In addition, there is a proactive approach taken by global cloud providers and technology integrators to accelerate the deployment of digital twins in the UAE. Companies can now leverage managed services, consulting, and support for AI adoption, which will ease internal system integration. The government's priorities in smart mobility, autonomous infrastructure, and sustainable urban development—including initiatives such as the UAE National AI Strategy 2031—enhance confidence in the medium-to-long-term market outlook.
Digital Twin Market Share
The top 7 companies in the digital twin industry—Siemens, Dassault Systèmes, Microsoft, Rockwell Automation, GE Vernova, Hexagon and AWS—contribute 20% of the market in 2024.
Siemens holds the largest market share of around 5% in the digital twin market due to its well-established Siemens Xcelerator platform. The platform connects design, manufacturing, and operational processes. This industrial software suite, which includes NX, Teamcenter, Mendix, etc., leverages the two complementary environments of physical assets with digital ones for continuous improvement and performance enhancement. The company also specializes in industrial automation, IoT connectivity, and engineering simulation, with proven expertise enabling manufacturers to achieve full-synchronized product and process intelligence at scale.
Dassault Systèmesleads the space of engineering and design-led digital twins through its 3DEXPERIENCE platform. The platform features by accommodating product lifecycle data, simulation tools, and collaborative environments. Its approach to virtual twins extends beyond manufacturing, also covering the healthcare, construction, and mobility sectors. Dassault 的优势在于其能够模拟复杂系统,涵盖产品和人类体验的各个方面,让用户能够精确模拟行为、可持续性和运营性能。
Microsoft 通过 Azure Digital Twins 推动数字孪生采用,允许用户创建企业级物理世界映射,并将其与云数据和 IoT 系统配对。其 Azure IoT、Dynamics 365 和 Power BI 生态系统协同工作,提供持续的洞察视图,实现预测性维护和流程优化。Microsoft 在规模和 AI 集成方面无可匹敌,能够助力组织在建筑、城市和工业资产等领域实施连接的、数据驱动的数字孪生。
GE Vernova 是通用电气旗下的能源中心部门,通过其资产性能管理(APM)和数字化风电场应用部署数字孪生技术。这些解决方案促进涡轮系统、电网和电力生成基础设施的预测性分析和生命周期优化。GE Vernova 凭借数十年的运营实践和现场数据,实现可信赖的能源输出、设备健康监控,并推动全球能源基础设施的可持续性能效提升。
Hexagon 通过其 HxGN Smart Digital Reality 平台推广数字孪生解决方案,该平台整合传感器技术、地理空间数据和工业分析。它为航空航天、制造和基础设施行业提供物理资产数据的可视化和空间智能。Hexagon 的差异化优势在于计量、现实捕捉和仿真软件的集成,帮助客户创建高保真数字孪生,优化设计、运营和资产生命周期决策。
Amazon Web Services 通过 AWS IoT TwinMaker 提供数字孪生,为开发者提供构建物理系统动态云端实时映射的工具。AWS IoT TwinMaker 帮助组织聚合来自 IoT 传感器、摄像头和企业应用的数据,并构建工业运营和维护任务的可视化。AWS 的最大优势在于其灵活且经济的云基础设施,以及相关的 AI 和机器学习服务,助力企业轻松扩展数字孪生生态系统。
GE Vernova致力于通过智能解决方案推动能源转型与工业效率提升,服务于电力生产、电网现代化及电气化相关参与者。凭借工业软件、分析与控制解决方案,GE Vernova助力资产性能提升并实现可持续运营。其数字化方案结合运营经验与创新分析,帮助行业实现去碳化、韧性提升及智能能源管理,进一步巩固其在全球能源与工业技术领域的领导地位。
数字孪生市场规模
全球数字孪生市场规模在2024年价值为136亿美元。据Global Market Insights Inc.最新报告预测,该市场预计将从2025年的189亿美元增长至2034年的4281亿美元,年复合增长率为41.4%。
数字孪生市场关键要点
市场规模与增长
区域格局
主要市场驱动力
挑战
机遇
主要参与者
第四次工业革命(又称工业4.0)使各行各业能够提高生产力、增强实力并扩大产出,从而占据终端使用行业的更大份额。在此背景下,整个制造业已开始采用先进技术以提升生产效率并获取利润。
数字孪生是一种帮助行业以虚拟化方式复制产品、系统和流程的技术。该技术利用软件和硬件(如传感器、网络设备等)在虚拟环境中复制真实世界的系统、流程或产品。此技术中涉及的传感器收集实时数据并通过虚拟方式展示,有助于发现错误或系统故障,并实现对组件、运动及其他系统特征的实时跟踪。
航空航天与国防、汽车与交通运输、电信以及能源与公用事业等行业也已开始在业务中应用数字孪生技术,以实现及时维护、降低能源成本和额外监控成本。这些终端使用行业正在为市场参与者创造机遇,因为仍有大量领域有待实施数字孪生技术。对于参与者而言,数字孪生技术的持续进步可能在当前革命性时代中创造更好的机遇。
此外,全球智慧城市倡议正在越来越多地采用数字孪生技术。亚太地区国家如中国和新加坡正在将数字孪生技术纳入智慧城市建设,以应对快速城市化和基础设施挑战。新加坡成为首个实施数字孪生技术的城市,上海紧随其后。这些案例展示了各国如何推动数字孪生技术的需求增长。
在北美地区,美国计划通过改善产能规划、生产优化、设施升级以及利用数字孪生进行实时流程调整,将芯片开发和制造成本降低35%以上。对研发项目(如SMART USA计划)的投资将确保美国在未来很长一段时间内保持制造业的领先地位。
数字孪生市场趋势
人工智能在市场中扮演着关键角色,因为数字孪生技术的分析主要由AI驱动。随着AI与数字孪生平台的多域数据综合集成,正从根本上改变制造商和资产运营商在生命周期管理、运营韧性以及数据驱动优化策略方面创造价值的方式。
因此,采用者正在加速投资于可扩展的数字孪生解决方案,这些方案结合了基于物理的建模、实时数据采集与先进仿真。这一战略演进的目标包括预测性诊断、远程资产管理以及在制造业、能源、城市基础设施和医疗保健领域实现可持续发展。
行业专用数字孪生架构应运而生,平台针对离散制造、流程工业、智慧城市和关键基础设施进行了定制。西门子、达索系统和通用电气等领先市场参与者提供了差异化产品,满足情境感知仿真、与物联网设备集成以及数字资产可追溯性监管要求等细分需求。
生态系统成熟化正成为一项关键趋势,随着解决方案供应商构建强大的开发者框架、培训模块和参考架构,微软的Azure Digital Twins和西门子的Xcelerator产品组合正是这一趋势的典型代表——它们推动低代码和开放式开发生态系统发展,降低部署复杂性并拓展数字孪生在跨领域应用的可能性。行业特定连接器、API及数据交换标准的日益丰富预计将加速数字孪生的主流采用进程。
例如,西门子与英伟达于2025年1月宣布,将对西门子Xcelerator开放数字化业务平台进行新功能扩展,其中包含由NVIDIA Omniverse驱动的Teamcenter Digital Reality Viewer,该工具使团队能够在安全的数字孪生环境中协作,基于实时3D数据开展工作。这不仅降低了数据错误与差异,还优化了工作流程并提升了决策效率。
数字孪生市场分析
按提供形式划分,数字孪生市场可分为硬件、软件与服务三大类。其中,软件细分市场在2024年占据64%的市场份额,主要得益于集成化软件平台的广泛采用,这些平台支持实时监控、预测性分析及物理资产与流程的优化。
基于解决方案,数字孪生市场细分为流程孪生、系统孪生和产品孪生。其中,系统孪生凭借2024年56%的市场份额在市场中占据主导地位,主要归功于其在石油与天然气、汽车及航空航天等行业中复杂装配线、通信系统及管网设计开发中的广泛应用。
基于部署模式,市场细分为云端、本地和混合部署。云端细分市场预计将主导数字孪生市场,因其具备可扩展性、灵活性、简化部署及较低前期成本等优势,使各行业能够在云端部署数字孪生解决方案。
- 全球各行业正在蓬勃发展并产生海量数据,进而增加了对存储系统的需求。在这方面,云端已成为制造业、航空航天、交通运输、零售及其他行业最受青睐的选择。云存储细分市场预计将继续主导市场,到2024年占据55.1%的份额,并在预测期内以42.3%的最高复合年增长率增长。此外,云端部署模式实现了数据的集中存储,并能与物联网无缝集成,从而实现资产的全面监控与跨部门互动。
- 本地部署细分市场对于数据安全、隐私或监管要求较高且最终受限于云端使用的行业具有重要意义。本地部署在2024年占据25.7%的市场份额,但其份额持续下滑。然而,此类本地部署方案在国防、关键基础设施及部分制造业中备受青睐,这些行业对数据安全或需要集成遗留系统。
- 混合部署正成为一种强大的选择,结合了云端与本地部署模式的优势。
It serves organizations that require the flexibility and scalability of cloud-based infrastructure, while maintaining the control and security of local data centers. The hybrid deployment segment held a market share of 19.1% and a CAGR of 41.8% in 2024. These hybrid deployment models are gaining wider acceptance among organizations that wish to keep their sensitive data onsite while leveraging cloud-based analytics and collaboration tools.Based on enterprise size, the market is segmented into SMEs and large enterprises. The large enterprises segment is expected to dominate the market, due to large enterprises possessing greater financial resources, accelerating investments in advanced or upgraded technologies, and resulting in major adoption of digital twin technologies.
The US digital twin market reached USD 4.4 billion in 2024, up from USD 3.2 billion in 2023.
2024年,北美地区在数字孪生市场中占据主导地位,市场份额达35.1%。
2024年,欧洲数字孪生市场规模达36亿美元,预计在未来一段时期内呈现可观增长态势。
德国在数字孪生市场中占据主导地位,展现出强劲的增长潜力,复合年增长率达43.5%。
预计亚太地区数字孪生市场将在分析期内以44.1%的年复合增长率(CAGR)实现最高增速。
预计中国在亚太数字孪生市场中将以45.8%的年复合增长率(CAGR)实现增长。
2024年,拉丁美洲数字孪生市场规模达7.592亿美元,预计在预测期内将呈现可观增长态势。
预计巴西在拉丁美洲数字孪生市场的复合年增长率将达到38.9%。
中东和非洲地区在2024年数字孪生市场规模为13亿美元,预计在预测期内将呈现可观的增长态势。
UAE to experience substantial growth in the Middle East and Africa digital twin market in 2024.
Digital Twin Market Share
The top 7 companies in the digital twin industry—Siemens, Dassault Systèmes, Microsoft, Rockwell Automation, GE Vernova, Hexagon and AWS—contribute 20% of the market in 2024.
数字孪生市场企业
在数字孪生行业中运营的主要企业包括:
5.2% 市场份额
2024年整体市场份额为17%
数字孪生行业动态
数字孪生市场研究报告涵盖了对该行业的深入分析,并提供2021年至2034年按收入(百万美元/十亿美元)计算的市场规模预测,具体涵盖以下细分领域:
市场,按产品类型
市场,按解决方案
市场,按部署模式
市场,按企业规模
市场,按技术
市场,按终端用途
以上信息涵盖以下地区与国家:
研究方法、数据来源和验证过程
本报告基于结构化的研究流程,围绕直接的行业对话、专有建模和严格的交叉验证构建,而不仅仅是桌面研究。
我们的6步研究流程
1. 研究设计与分析师监督
在GMI,我们的研究方法建立在人类专业知识、严格验证和完全透明的基础上。我们报告中的每一个洞察、趋势分析和预测都是由理解您市场细微差别的经验丰富的分析师开发的。
我们的方法通过与行业参与者和专家的直接交流整合了广泛的一手研究,并以来自经过验证的全球来源的全面二手研究作为补充。我们应用量化影响分析来提供可靠的预测,同时保持从原始数据源到最终洞察的完全可追溯性。
2. 一手研究
一手研究是我们方法论的基础,对整体洞察的贡献率近乎80%。它涉及与行业参与者的直接交流,以确保分析的准确性和深度。我们的结构化访谈计划覆盖区域和全球市场,包括来自高管、总监和主题专家的输入。这些互动提供战略、运营和技术视角,实现全面的洞察和可靠的市场预测。
3. 数据挖掘与市场分析
数据挖掘是我们研究过程的关键部分,对整体方法论的贡献率约为20%。它包括通过主要参与者的收入份额分析来分析市场结构、识别行业趋势和评估宏观经济因素。相关数据从付费和免费来源收集,以建立可靠的数据库。然后将这些信息整合起来,以支持一手研究和市场规模估算,并由分销商、制造商和协会等关键利益相关者进行验证。
4. 市场规模测算
我们的市场规模测算建立在自下而上的方法之上,从通过一手访谈直接收集的企业收入数据开始,同时结合制造商的产量数据以及安装或部署统计数据。这些输入数据在各地区市场进行汇总,以得出一个基于实际行业活动的全球估算值。
5. 预测模型与关键假设
每项预测均包含以下内容的明确文档记录:
✓ 主要增长驱动因素及其预期影响
✓ 制约因素与缓解场景
✓ 监管假设与政策变动风险
✓ 技术普及曲线参数
✓ 宏观经济假设(GDP增长、通货膨胀、汇率)
✓ 竞争格局与市场进入/退出预期
6. 验证与质量保证
最终阶段涉及人工验证,领域专家对筛选后的数据进行手动审查,以发现自动化系统可能遗漏的细微差异和语境错误。这种专家审查增加了一个关键的质量保证层,确保数据与研究目标和领域特定标准一致。
我们的三层验证流程确保数据可靠性最大化:
✓ 统计验证
✓ 专家验证
✓ 市场实实检验
信任与可信度
已验证的数据来源
贸易出版物
安全与国防行业期刊及贸易媒体
行业数据库
专有及第三方市场数据库
监管文件
政府采购记录及政策文件
学术研究
大学研究及专业機构报告
企业报告
年度报告、投资者演示及申报文件
专家访谈
高层管理人员、采购负责人及技术专家
GMI档案库
覆盖30余个行业领域的逶13,000项已发布研究
贸易数据
进出口量、HS编码及海关记录
研究与评估的参数
本报告中的每个数据点均通过一手访谈、真正的自下而上建模及严格的交叉验证进行核实。 了解我们的研究流程 →