China Electronic Health Records Market Overview, 2030

The progression of EHRs in China is fundamentally connected to the Healthy China 2030 initiative, further supported by the 14th Five-Year Plan focusing on the Digital Economy, which collectively promotes a thorough merging of digital innovations into healthcare delivery and public health management. Initial steps were centered on EHR pilot programs and expansions in Tier-3 tertiary hospitals under the National Health Commission’s guidelines, which featured a nine-level maturity framework for hospital informatics that clearly defined goals for tertiary facilities and accelerated widespread adoption in high-acuity areas. Presently, EHRs serve as the essential digital infrastructure for smart hospitals, consolidating clinical records, treatment orders, imaging, laboratory results, pharmacy services, and operations, while also allowing device connectivity, telehealth, and real-time data analysis; major cities such as Shanghai have employed big data-driven systems to evaluate smart hospital processes and results. Beyond individual facilities, regional health organizations are establishing regional EHRs that connect hospitals of varying tiers with local health centers, creating continuous, anonymous data collections that aid integrated care management, population tracking, and efficient governance. The primary users include large tertiary hospitals that handle advanced inpatient and specialty services, as well as provincial and municipal health authorities that manage regional datasets, standards, and secondary use of information. A growing focus on AI and big data research is utilizing these resources initiatives like Yinzhou’s CHERRY study leverage linked EHRs for analyzing cardiovascular risk factors and outcomes; hospitals are experimenting with patient-accessible data through super-apps like WeChat and hospital-specific applications to encourage involvement, while national schemes promote machine learning for predictive analytics, natural language processing for clinical texts, and decision-support systems. Ongoing policy support, leadership from tertiary hospitals, regional data frameworks, and AI-driven research are coming together to enhance interoperable, analytics-oriented EHRs as the foundational system for China’s smart health landscape.

According to the research report, ""China Electronic Health Records Market Overview, 2030,"" published by Bonafide Research, the China Electronic Health Records market is anticipated to grow at more than 8.44% CAGR from 2025 to 2030. Recent cloud + AI EHR trials notably Tsinghua University’s AI Hospital and regional smart health initiatives are showcasing how machine learning can enhance diagnostic processes, streamline workflows, and offer large-scale predictive analytics, while cloud technologies provide immediate access, scalability, and reduced infrastructure costs. The competitive environment includes prominent digital health companies like WeDoctor, which has transformed from a service for booking appointments into a national telemedicine and EHR system integrator with significant hospital collaborations, and Ping a Good Doctor, which utilizes its AI-driven consultation platform and insurance network to integrate EHR features into virtual care, management of chronic illnesses, and pharmacy services. A key area for expansion is rural accessibility, where past limitations in infrastructure and clinician supply have hindered the growth of digital health. Government-supported initiatives are now bringing 5G-enabled telemedicine, regional EHR systems, and cloud-based health information exchanges to local clinics and county hospitals, facilitating shared patient data, remote specialist involvement, and continuous care for mobile populations. Providers that can offer lightweight, offline-compatible, and standard-compliant solutions designed for low-resource environments are well-positioned to meet this unaddressed demand. At the foundation of all implementations is strict compliance with China's Cybersecurity Law and Personal Information Protection Law PIPL, which require strong protections for personal health information, including obtaining clear patient consent, principles of data minimization, encryption during transmission and storage, role-based access restrictions, and localization or authorized security evaluations for cross-border transfers. Adherence also involves aligning with the Data Security Law and sector-specific regulations set forth by the National Health Commission, ensuring that both cloud service providers and healthcare organizations fulfill strict security, privacy, and governance requirements.

In the Electronic Health Records EHR sector of China, by type is divided into Acute, Ambulatory and Post -Acute the growth in acute care is spearheaded by Tier-1 tertiary hospitals located in major cities like Beijing, Shanghai, and Guangzhou. These facilities employ extensive, interoperable systems that unify inpatient, surgical, emergency, and diagnostic processes. These implementations are crucial to the smart hospital projects, connecting clinical operations with imaging services, pharmacies, and AI-assisted decision-making systems, often acting as central points for regional health information exchanges. In the outpatient sector, community health clinics and township healthcare centres are quickly adopting lighter, frequently cloud-based EHR systems to handle outpatient appointments, manage chronic disease monitoring, prescribe electronically, and facilitate referrals. Integration with regional EHR rEHR systems enables these clinics to exchange patient information with higher-tier hospitals, enhancing care continuity and minimizing redundancy. The post-acute and rehabilitation field which includes rehabilitation hospitals, eldercare facilities, and long-term care centers is becoming a key area for growth, influenced by the fast-growing elderly population, increased occurrences of strokes and musculoskeletal issues, along with policies promoting tiered care. In this area, EHRs are being customized to document functional evaluations, therapy advancements, and multidisciplinary treatment plans, while the usage of tele-rehabilitation and remote monitoring is on the rise to broaden reach. Major domestic providers include Winning Health Technology Group, recognized for its hospital information systems and local platforms that integrate telemedicine and public health data, and Neusoft Corporation, which provides scalable options ranging from enterprise-level on-premise solutions to cloud-based offerings for smaller facilities. Both are conforming to national standards for interoperability and security measures to prepare for multi-tier, cross-regional contracts. Combined, the digitization of acute Tier-1 hospitals, the connectivity of outpatient clinics, and the modernization of post-acute rehabilitation are merging into a more unified, analytics-informed EHR framework that can support China's transition toward coordinated, patient-focused care.

Within the realm of Electronic Health Records EHR in China, by application is divided into Clinical Application, Administrative Application, Reporting in Healthcare System, Healthcare Financing and Clinical Research Application the most advanced area is clinical application in hospitals, as large secondary and tertiary institutions utilize cohesive platforms to handle processes related to inpatient, outpatient, surgical, diagnostic, and pharmacy activities. These systems are increasingly connected to regional health information exchanges, facilitating data sharing among various institutions and backing initiatives for smart hospitals. In terms to clinical roles, EHRs support administrative functions overseen by the National Healthcare Security Administration NHSA, merging with insurance claims, drug purchasing, and reimbursement frameworks to enhance billing, coding, and adherence to national payment reforms like Diagnosis‑Related Groups DRG and Diagnosis‑Intervention Packet DIP models. Another aspect is reporting for the Ministry of Health MoH and provincial health departments, where information from EHRs contributes to disease registries, public health monitoring, and performance evaluations, ensuring they meet national health metrics and policy objectives. Reforms in financing are altering how EHRs connect with payment systems, with NHSA-led instant settlement, inter-province claims, and bulk purchase settlement methods necessitating closer integration between clinical and financial aspects. Beyond routine functions, EHR data is being utilized for AI studies, with hospitals and research organizations employing machine learning strategies in predictive analytics, clinical support decisions, imaging interpretation, and processing of unstructured notes. These endeavors, often in collaboration with tech companies, seek to enhance diagnostic precision, improve resource distribution, and speed up drug development. The leading companies in the market include Neusoft Corporation, which provides enterprise-level RealOne and cloud-based CloudOne solutions for significant hospitals and regional platforms, and Winning Health Technology Group, which focuses on hospital information systems and regional EHRs that encompass telemedicine and public health information.

In China's market for Electronic Health Records EHR, by deployment is divided into Web based and Client-Server. Client-server structures are still widespread, especially in large public hospitals and well-established regional health networks that have made substantial investments in on-site systems designed for intricate inpatient, diagnostic, and administrative processes. These traditional systems provide considerable flexibility and a sense of control over private health information but necessitate considerable financial investment, dedicated IT personnel, and slower upgrade processes. Simultaneously, the use of cloud-based EHR is rapidly increasing, driven by national smart hospital programs, mandates for interoperability, and the emergence of significant tech companies like Alibaba Health, which utilizes the infrastructure of Alibaba Cloud to offer scalable, secure, and AI-driven health services. Cloud solutions attract both urban and rural healthcare providers due to their reduced initial costs, quick setup, mobile access, and capacity to incorporate telemedicine, big-data analysis, and patient-oriented services. The opportunities for cloud EHRs are considerable, as provincial health authorities work on enhancing regional health information exchanges and aim to link hospitals, community clinics, and public health organizations within unified data-sharing systems. This transformation aids in real-time clinical decision-making, chronic illness management, and population health analysis while allowing smaller facilities to access high-level capabilities without extensive infrastructure expenditure. Nonetheless, all implementations particularly cloud-based options must adhere to China's Cybersecurity Law CSL, which enforces strict standards for network security, data localization, and the safeguarding of personal information. According to the CSL, operators of key information infrastructure are required to keep personal and important health data within mainland China, perform regular security evaluations, apply encryption and access restrictions, maintain audit records, and secure approval for any international data transfers. Compliance also intersects with the Personal Information Protection Law PIPL and the Data Security Law DSL, creating a complex governance structure that influences vendor choices, system architecture, and operational procedures.

In China's market for Electronic Health Records EHR, by end user is divided into Hospital, Clinics, Specialty Centers and Other End Users Government, Homecare. Hospitals especially large public tertiary hospitals lead in usage, with comprehensive platforms that combine inpatient, surgical, emergency, diagnostic, and administrative tasks. These systems are frequently connected to regional health information exchanges, allowing data sharing between facilities and facilitating smart hospital projects in prominent cities such as Beijing and Shanghai. Clinics, like urban community health centres and private outpatient clinics, are gradually increasing their EHR adoption to handle primary care, chronic disease management, e-prescribing, and patient referrals, often by using simpler, cloud-based solutions that link to larger hospitals. Specialty cancer centres create a valuable niche, demanding EHR systems that can include oncology-specific diagnostics, imaging, treatment protocols, and research information, while ensuring compatibility with referring facilities and national cancer databases. The government sector utilizes EHR systems for monitoring public health, managing disease registries, and developing policies, with platforms created to compile de-identified information for epidemiological studies, resource distribution, and emergency preparedness. A significant area for growth is in rural uptake, where historical gaps in infrastructure, funding, and digital knowledge have hindered progress. Regions like Sichuan are testing comprehensive health data exchange systems to close the gap between urban and rural areas, allowing township hospitals and village clinics to share patient records, conduct telemedicine appointments, and utilize decision-support tools. Cloud-based EHRs that can function offline along with mobile health applications are becoming economical solutions for these areas, minimizing the need for extensive local IT systems while enhancing care continuity for mobile populations. Vendors who can adapt their services to low-resource settings, align with national interoperability guidelines, and adhere to China’s Cybersecurity Law and Personal Information Protection Law will be well-positioned to meet this unfulfilled need.

Considered in this report
• Historic Year: 2019
• Base year: 2024
• Estimated year: 2025
• Forecast year: 2030

Aspects covered in this report
• Electronic Health Records Market with its value and forecast along with its segments
• Various drivers and challenges
• On-going trends and developments
• Top profiled companies
• Strategic recommendation

By Type
• Acute
• Ambulatory
• Post -Acute

By Application
• Clinical Application
• Administrative Application
• Reporting in Healthcare System
• Healthcare Financing
• Clinical Research Application

By Deployment
• Web based
• Client-Server

By End User
• Hospital
• Clinics
• Specialty Centers
• Other End Users(Government, Homecare) Show more