NARI Technology Development Company Overview

NARI Technology Co., Ltd. (国电南瑞科技股份有限公司; NARI-TECH; SSE 600406) is the active Nanjing-listed energy and industrial-control company that best matches the research lead “NARI Technology Development.” This article covers that entity, not the similarly named private Shenzhen company; NARI Group, SGEPRI, State Grid and SASAC appear only where relationships matter. The annual report confirms the current entity, listing and headquarters. Formed in 2001 with NARI Group as main sponsor and listed in 2003, NARI sells grid-intelligence, digital-energy, low-carbon-energy and industrial-control systems, integration and lifecycle services. Its stated direction links technology-led industrialization with safe, reliable energy systems and a 2030 energy-internet ambition. SGEPRI directly held 56.91% at year-end 2025; State Grid owns SGEPRI and SASAC is the ultimate state controller. Utilities, generators, infrastructure owners and industrial users buy through tenders, projects and service. Sifang, XJ Electric, Guodian Nanjing Automation and Dongfang Electronics overlap in core buying decisions. Zheng Zongqiang chairs NARI and Luo Hanwu is vice-chair and general manager. Its broad control-to-platform stack supports growth, while project timing, technology pace, overseas compliance and specialist talent constrain execution. Evidence cutoff: 13 August 2026.

NARI Technology moved from a specialist enterprise created around NARI Group technology into a listed platform spanning protection, automation, flexible power, digital energy and industrial control. The pivotal change was not one product launch but repeated consolidation of research, engineering and operating assets, culminating in a much broader system-solution role.

The corporate history starts with establishment in February 2001, when NARI Group acted as the principal sponsor. NARI completed its domestic A-share offering in 2003 and began trading in Shanghai that October, giving the business a listed capital-market vehicle while its strategic center remained inside the State Grid research and industrial ecosystem.

History and current-form evidence: annual report, CSRC reorganization record and the management roster.

Why Was the 2017 Reorganization Decisive?

The transaction shifted NARI from a narrower automation vendor toward a more integrated power-system technology platform by bringing major protection, flexible-power and digital assets into the listed perimeter.

• Protection and secondary-equipment capabilities moved closer to the listed core.
• Power-electronics assets expanded exposure to flexible transmission and conversion systems.
• Information and communications assets strengthened the digital-energy layer.

The transaction scope is described in the CSRC filing review.

The consequence is visible in today’s product architecture. NARI is no longer best understood as a single-category relay or dispatch supplier: it can combine software, protection and control devices, power electronics, digital platforms and engineering services inside one project. That breadth expands wallet share but also increases delivery complexity, integration responsibility and the need to keep multiple technology stacks current.

NARI frames its purpose through a value philosophy and operating roles rather than a single standalone mission sentence: technology is the foundation, industrialization is the result, and support responsibility matters. Current reporting connects that philosophy to safe grid operation, reliable power supply and extracting value from increasingly digital energy systems.

The 2025 annual report repeatedly presents the company as a technology-led enterprise serving the construction and operation of modern energy systems. Its stated value philosophy—“technology as foundation, industry as result, support as responsibility”—is useful because it links research activity to commercial equipment and, ultimately, to a service obligation inside critical infrastructure.

That purpose has three practical tests. First, grid-security products must perform under increasingly complex conditions created by renewable generation, power electronics and bidirectional flows. Second, digital products have to convert operational data into dispatch, asset, market and maintenance decisions rather than remain isolated software. Third, new industrial and low-carbon applications must reuse core control capabilities without diluting reliability standards developed for power systems.

The long-term direction is more explicit: management describes a 2030 ambition to basically become a world-class high-tech leader in the energy-internet field. That is a company aspiration, not a demonstrated current rank. Its credibility therefore depends on measurable technology conversion, international reference projects, repeatable products and continued investment in engineering talent rather than on the label itself.

The 2025 control change was an internal state-owned ownership-chain simplification, not a sale to a new ultimate owner. NARI Group transferred its entire direct stake to State Grid Electric Power Research Institute, making SGEPRI the direct controlling shareholder while State Grid and, ultimately, the State Council SASAC control chain remained in place.

At 31 December 2025, SGEPRI held 4,570,558,438 NARI shares, equal to 56.91% of the listed company. That makes SGEPRI the controlling shareholder, but not the sole owner: the remaining shares are held by other public-market shareholders. State Grid owns 100% of SGEPRI, and SASAC exercises the state investor function at the top of this disclosed chain.

The governance implication is more nuanced than “state owned.” NARI operates as a listed corporation with a board, independent directors, specialized committees and market disclosure obligations, while the controlling shareholder can materially shape director elections and strategic alignment. The company also reports legal, personnel, asset, financial and business separation from the controlling shareholder, a relevant safeguard where related parties sit inside one industrial group.

NARI monetizes research by converting control algorithms, software platforms and electrical engineering into configurable products, integrated systems and lifecycle services. Customer requirements typically enter through a project or tender, then move through design, software and hardware configuration, manufacturing, testing, integration, commissioning and ongoing operation or upgrade support.

The operating model integrates research and development, production, sales and service. Basic and applied research feed equipment and software development; manufacturing turns designs into protection, automation, power-electronic and sensing products; project teams combine those products with software and third-party infrastructure; service teams support planning, design, commissioning, operation, maintenance and technical consulting.

The integrated research-to-delivery chain and order-based production model are described in the business-model disclosure.

Revenue therefore has several economic forms even when it is reported inside product categories: equipment sales, software and system integration, engineering implementation and recurring or follow-on technical service. The payer is usually the utility, generator, infrastructure owner or industrial enterprise commissioning the project. The user may instead be a dispatcher, protection engineer, plant operator, maintenance team or enterprise energy manager.

The cost structure follows the same chain. Materials and electronic components matter for hardware-heavy projects, specialist engineering labor matters across software and integration, and research expenditure is necessary to keep algorithms, power electronics, cybersecurity and platform products competitive. Project acceptance and milestone timing matter because signed orders do not become revenue immediately; the year-end backlog is therefore both forward workload and an execution obligation.

The company’s “three domains and four layers” framing is an architecture for reusing core power-system technologies across a broader market. Three domains—power grid, new energy and industry—define where demand originates, while four technical layers—from sensing and control equipment to software platforms and applications—define how NARI packages capability.

In the annual business review, the grid domain remains the technical anchor. NARI supplies dispatch automation, stability analysis and control, relay protection, substation automation, HVDC, flexible AC transmission, distribution platforms, smart metering, demand response, virtual power plants and source-grid-load-storage coordination. These applications share a common requirement: precise measurement, dependable control and secure system-wide decision making.

The new-energy domain extends the same capabilities into renewable forecasting and integration, pumped storage, battery energy storage, offshore wind monitoring, synchronous condensers, green hydrogen and other low-carbon systems. The industrial domain applies control and energy-management capability to rail transit, water, petrochemical, mining and other industrial settings, where customers value automation reliability but may use different procurement and operating standards.

The four-layer logic helps explain why the product list is so broad without being random. At the lower layers, sensors, protection devices, meters and power-electronic equipment interact with physical assets. Above them, automation and control systems coordinate equipment. Digital platforms organize data, models and cybersecurity. Application software then turns those layers into dispatch, market, asset, energy-management or operational workflows.

NARI sells mainly into organizational buying processes rather than consumer demand. Operators and engineers use the systems, technical departments define specifications, procurement or tender committees select vendors, and utilities, generators, infrastructure owners or industrial enterprises fund projects. The main routes are competitive tenders, direct project selling, system integration and lifecycle service.

That separation of roles matters. A protection engineer may care about selectivity, fault clearing and interoperability; a dispatcher may prioritize situational awareness and control; a procurement team evaluates price, qualification and delivery; executive sponsors care about reliability, compliance and project economics. Winning therefore requires both technical proof and commercial qualification, not simply brand awareness.

Customer retention is therefore embedded in installed systems and operating continuity. After commissioning, maintenance, software updates, cybersecurity changes, capacity additions and adjacent projects can generate repeat demand. That does not make revenue automatically recurring: large contracts remain project-driven, and incumbency must still be defended through performance, compatibility, service responsiveness and successful requalification.

International expansion matters because it diversifies the customer base and gives NARI additional markets for mature grid-control, transmission, renewable-integration and industrial technologies. In 2025, overseas revenue reached CNY 6.038 billion and grew 84.13%, while the company continued combining partner-assisted project access with direct market development.

The international route is still smaller than domestic business, but its growth rate and widening market coverage make it strategically meaningful. Securities Times reported that NARI newly entered Tanzania, Madagascar and three other markets during 2025 and that more than fifty products obtained TÜV Süd or TÜV Rheinland certifications, supporting qualification for overseas tenders and project delivery.

Why Use Partner-Assisted International Routes?

Working through established project partners can provide local EPC access, contracting context and execution channels while NARI contributes protection, automation, transmission and digital systems inside a broader infrastructure package.

Why Build Direct International Market Access?

Direct development can strengthen customer relationships, certification knowledge and local service capability, improving NARI’s ability to bid repeatedly rather than depend entirely on another contractor’s project pipeline.

NARI describes its international approach as combining partner-assisted expansion with independent market development in the annual report.

The two routes solve different problems. Partner-assisted expansion can reduce initial market-entry friction and connect NARI to larger infrastructure packages; direct expansion can build local account knowledge and service relationships. Neither removes execution risk. International projects expose the company to local certification, contracting law, trade policy, currency movements, localization requirements, logistics and political or payment conditions that differ from its domestic base.

NARI competes most directly with Chinese automation and electrical-control vendors that can satisfy the same utility or infrastructure tender for protection, substation automation, dispatch, distribution or power-electronic systems. Beijing Sifang, XJ Electric, Guodian Nanjing Automation and Dongfang Electronics are material overlaps, although none matches NARI across every product layer.

The comparison boundary is the buyer decision, not company size or broad “smart grid” branding. A utility may compare suppliers for a relay-protection package, a substation-control system, a dispatch platform or an HVDC secondary-control scope. Large projects can also use several vendors simultaneously, so a company may be a competitor in one package and a complementary supplier elsewhere.

A useful independent technical cross-check comes from China’s national-standard system: the protection-equipment standard record lists NARI-related entities together with Sifang, XJ and Guodian Nanjing Automation among principal drafting participants. That does not establish market share, but it confirms that these suppliers operate within the same technical standard-setting field.

Substitutes also exist outside one-company comparisons. A project owner can split scope among specialized protection, SCADA, cybersecurity, power-electronics and engineering vendors, or rely more heavily on an EPC integrator. NARI’s defense is therefore integration breadth: the more layers it can supply and coordinate under one architecture, the harder it is to replace with a single narrower vendor—provided its bundled offer remains technically open and commercially competitive.

Three engines dominate NARI’s near-term growth logic: deeper modernization of the domestic grid, extension into low-carbon and industrial applications, and faster international expansion. Management’s 2026 plan targets CNY 75 billion of revenue, a company objective rather than a forecast certainty, supported by ongoing technology investment and project conversion.

These engines and the 2026 operating plan are set out in the annual report.

Evidence of progress is uneven across those engines, which is important. In 2025, energy low-carbon main-business revenue increased 37.30%, overseas revenue rose 84.13%, and the company reported approximately CNY 8.0 billion of emerging-business revenue, up 29%. Those are historical actuals; they support direction, but they do not guarantee the same growth rates in 2026.

The quarterly pattern also disciplines how to read the 2026 revenue target. NARI must convert backlog, win new work and complete acceptance milestones on schedule; a strong order book is necessary but not sufficient. Fixed-asset investment, continued research, supplier capacity and customer project readiness all influence whether contracted work becomes recognized revenue in the intended period.

Longer term, the 2030 ambition depends on moving from domestic scale to internationally repeatable intellectual property and products. Progress would be evidenced by wider certification, reference projects, export growth, platform reuse and higher-value emerging businesses. The main strategic test is whether NARI can scale standard products internationally without losing the customization and local service needed for critical infrastructure.

Board leadership and executive management are distinct. Zheng Zongqiang is chairman and legal representative, while Luo Hanwu is vice-chair and general manager responsible for day-to-day execution. Finance, technology and disclosure responsibilities sit with named executives, while board committees handle strategy, audit and risk, nominations, remuneration, ESG and technology oversight.

Leadership has been in transition. Luo became general manager on 30 December 2025 and vice-chair in March 2026. Employee director Chen Gang resigned effective 30 July 2026, so the most recent management and board records should take precedence over the composition printed in the April 2026 annual report. That distinction matters in a fast-moving governance period.

The SSE announcement record provides the current disclosure trail for board changes and other corporate actions. Separately, the 2025 governance structure assigned former supervisory-board functions to the board Audit and Risk Management Committee. This strengthens the practical importance of committee independence, conflict review and complete disclosure in a company with a controlling state-owned parent and substantial related-party relationships.

NARI’s main constraints arise from project execution, technology intensity and international expansion. Large systems must clear design, manufacturing, integration and acceptance milestones; advanced control products require sustained research talent; and overseas growth introduces certification, contracting, localization and currency risks. State-group relationships also require disciplined related-party governance and operational independence.

NARI identifies market, technology-innovation, overseas-operation and talent risks in the annual risk review.

Project timing is especially visible because the operating model is order-driven. NARI designs or configures systems against customer requirements, then recognizes results after delivery and acceptance conditions are satisfied. The audited quarterly pattern above shows that revenue can cluster late in the year. That creates planning pressure around manufacturing capacity, field engineering, supplier coordination, customer site readiness and cash collection.

Technology risk is two-sided. NARI benefits when renewable penetration, power electronics and digital operation make grid control more complex, because those trends increase demand for sophisticated equipment and software. But the same trends shorten technology cycles and require investment before every new product proves commercial. Research depth therefore supports growth while also creating a fixed capability cost that management must continually convert into saleable systems.

Ownership concentration creates a different dependency. Alignment with State Grid’s research and industrial ecosystem can provide technical context and strategic consistency, but related-party relationships must still be handled through listed-company procedures. NARI’s reported corporate separation, board committee oversight and transaction-recusal practices are therefore operational governance mechanisms, not formalities, because public shareholders hold meaningful economic interests outside the controlling block.

NARI Technology is defined by the combination of listed-company governance, state-controlled strategic alignment and a broad technology stack spanning protection, dispatch, power electronics, digital platforms and industrial control. Its opportunity is to reuse that stack across modernizing grids, low-carbon systems and global markets while executing complex projects reliably.

That combination explains both the company’s scale and its constraints. The 2017 asset consolidation made breadth a structural advantage; the 2025 shareholder transfer simplified direct control without changing the ultimate state controller; and the current strategy pushes the platform into faster-growing low-carbon and international applications. The same breadth increases integration, talent and governance demands.

What Is the Core Advantage?

NARI can combine protection, control, power electronics, software platforms and engineering service across one infrastructure problem, broadening project scope beyond a single equipment category.

Where Is the Growth Tension?

Grid modernization, low-carbon applications and international expansion widen demand, but they also require more certification, localization, project management and specialist engineering capacity.

What Makes Governance Material?

A majority state-owned controlling chain coexists with public shareholders, making board oversight, corporate separation and related-party procedures central to preserving listed-company accountability.

The synthesis connects the evidence in the annual report and introduces no new factual claims.

The clearest way to understand NARI, therefore, is not as a generic “smart-grid company” but as an engineering platform built around critical control. Its performance depends on converting research into repeatable products, winning technically demanding institutional procurements, integrating systems safely and supporting them over long operating lives. International reach and adjacent industries expand the runway; execution quality determines how much of that runway becomes durable business.