Analysis of Trends in the Transformation and Upgrading of Complete Distribution Equipment

The primary applications of transmission and distribution equipment are to control and protect power systems, making this sector a direct consumer of electrical equipment. Investment and development in the power industry directly influence demand for such equipment. In recent years, the government has increased investment in upgrading and modernizing the grid, which has positively boosted the electrical switchgear and complete‑equipment manufacturing industry. Particularly during the 12th Five-Year Plan period, China’s economy and society exhibited new stage‑specific characteristics; by 2014, State Grid Corporation had planned fixed‑asset investments totaling RMB 403.5 billion, with growth rates approaching 20% for the first time. Moreover, following a peak in transmission‑network investment, the construction of distribution networks and related ancillary equipment is bound to usher in a new wave of capital expenditure, thereby achieving balanced development across both transmission and distribution infrastructure.

As rural grid upgrades and the construction of backbone transmission networks progress, they have spurred the localization of distribution‑related equipment. Meanwhile, demand for backbone‑network equipment has begun to decline, while distribution‑network development has entered a period of robust growth. In this context, the critical task of advancing smart grid technologies in the distribution network is compelling industry players to undertake the following transformations:

1. Transformation into an integrated solutions provider

Integrated solutions require equipment suppliers to not only possess capabilities in product R&D, production, and manufacturing, but also to design tailored solutions based on the specific characteristics of each project and develop compatible software—providing end-to-end services that span from front-end design through back-end maintenance. As the construction of transmission networks has largely been completed, demand for distribution equipment is poised to become the next growth driver. The next generation of integrated‑equipment providers must leverage modern electronics, communications, computing, and networking technologies in conjunction with power‑system hardware, seamlessly integrating monitoring, protection, control, metering, and management functions under both normal and fault conditions. This enables remote data transmission and real-time monitoring, thereby enhancing the level of automation. Companies are expected to maintain a fully integrated system covering product design, development, manufacturing, and sales—spanning every stage from order receipt to final delivery, including solution evaluation, engineering design, production guidance, installation and testing, as well as after-sales support.

For a long time, China’s distribution‑grid market has been dominated by single‑source equipment suppliers. However, as urbanization accelerates, grid capacity per unit area continues to expand. Compact, customized equipment—offering advantages such as reduced land use, lower energy and material consumption, and enhanced environmental adaptability—is poised to become the cornerstone of future smart‑grid development. Meanwhile, rising demands for grid stability and reliability will enable integrated solution providers with strong ancillary capabilities and broad coverage to sustain substantial market shares. Consequently, one‑stop comprehensive solution providers represent the industry’s future trend, meeting the growing need for personalized, customer‑specific offerings.

2. The brand effect is becoming increasingly prominent.

For a long time, China’s distribution‑equipment market has been dominated by two primary sales models. The first involves participating in tenders through the grid‑company bidding platform to secure contracts. End users in this sector are predominantly entities involved in power‑system construction or operation—such as power utilities and their affiliated companies—as well as clients in industries like railways, petrochemicals, and metallurgy. Equipment is typically selected via tendering, with manufacturers submitting bids; the winning bidder is determined according to established evaluation criteria, after which a technical agreement and a commercial contract are signed before implementation begins. The second model entails setting a target gross‑margin range based on market research and supply‑demand dynamics, then deriving a final price range by factoring in product costs. Regardless of the approach, both methods inevitably entail varying degrees of alignment with the interests of the dominant grid‑utility players. However, as the industry’s value chain continues to deepen, brand influence will inevitably reshape the current landscape of business allocation.

The State’s “Plan for the Adjustment and Revitalization of the Equipment Manufacturing Industry” calls for accelerating the localization of equipment, ensuring that project requirements are met, and driving industrial development. Meanwhile, the “Opinions on Implementing the Decisions and Arrangements to Expand Domestic Demand and Promote Economic Growth and Further Strengthening Supervision of Engineering Construction Bidding” stipulate that, except in legally prescribed circumstances—such as when the required engineering works, goods, or services cannot be obtained within China or cannot be procured under reasonable commercial terms—domestic‑brand products must be purchased. National industrial policies explicitly prioritize the use of domestically developed, indigenous brands in major infrastructure projects, thereby creating significant opportunities for domestic grid‑equipment manufacturers. As demand grows for miniaturized, customized products, a company’s overall brand—shaped by its technological capabilities, operational performance, product quality, market reputation, and after-sales service—will become its core competitive advantage and a key determinant of its success in winning contracts.

3. A wave of industry mergers and restructurings is gaining momentum.

The power industry is a quintessential capital-intensive sector. As it enters a phase of rapid growth and undergoes transformation and upgrading, its demand for capital expands, making financing strategies more critical than ever. At present, major M&A and restructuring activities in the power sector are largely led by state‑owned enterprises, with the primary objectives of securing resources and expanding market share. However, as the modernization and upgrading of transmission networks near completion, the focus of future corporate M&A and restructuring will shift from mere scale expansion to structural optimization, realignment of asset portfolios, and strategic repositioning.

According to Roland Berger’s 2012 report, “Global and China Trends in the Power Transmission and Distribution Equipment Manufacturing Industry,” by 2015, the size of China’s power transmission and distribution market will approach RMB 320 billion. At present, China is home to more than 7,000 enterprises in this sector, most of which are concentrated in the production of small- and medium-sized products and equipment, lacking standardized management. The industry has already faced a crisis of overcapacity at the low end of the manufacturing spectrum and struggles to adapt to the demands of industrial transformation and upgrading—namely, intelligentization, integration, system‑level solutions, and international expansion. M&A activities aimed at accelerating scale, extending the value chain, and identifying new sources of profit growth have become the primary objectives of corporate capital strategies in the sector. In light of emerging industry trends characterized by high barriers to entry—particularly in terms of capital, qualifications, and technology—over the next few years, low‑end, non‑customized players are likely to enter an era of razor‑thin margins, ushering in a new round of consolidation. Many uncompetitive small and medium‑sized enterprises will face acquisition or merger. Only through thorough restructuring can outdated capacity be eliminated, structural adjustments be implemented, and the industry undergo significant transformation and upgrading.

Accelerating the development of urban power grids, upgrading the distribution network, and enhancing power supply capacity represent another large-scale grid‑investment initiative following the “Two‑Network Renovation” program. Meanwhile, the industry’s weak distribution infrastructure, coupled with its substantial scale and robust market demand, enables companies that promptly undertake transformation and upgrading to seize emerging opportunities and achieve leapfrog growth.