Signal From The 6.8 Billion Yuan Centralized Procurement: State Grid Fires The First Shot in The Large-Scale Deployment Of Embodied Intelligence

This is more than just a robot dog; it represents a systematic infrastructure upgrade from "manual operations and maintenance" to "autonomous operations and maintenance."

In late April 2026, news of a procurement announcement by State Grid sent shockwaves through the robotics industry. The world's largest utility company is casting a decisive vote of confidence in the commercialization of embodied intelligence technology with real money.

Key Event:

6.8 billion yuan in centralized procurement-the largest single order in the history of embodied intelligence

On April 22, Jiemian News exclusively reported that State Grid Corporation of China had internally issued the "2026 Embodied Intelligence Development Plan", which calls for the centralized procurement of approximately 8,500 embodied intelligence devices within the year, with a total investment of 6.8 billion yuan.

This is not a trial procurement. From the scale of procurement and product categorization to the implementation schedule, the document indicates that this is a systematic, large-scale deployment. According to the plan, procurement will proceed in phases: Q1 pilot procurement, Q3 large-scale procurement, and Q4 supplementary procurement.

A source within the embodied intelligence industry supply chain told Jiemian News: "If we factor in follow-up procurements by China Southern Power Grid and local energy groups, the total investment in embodied intelligence within the power sector in 2026 is expected to exceed 10 billion yuan."

This signifies that the power sector is becoming the starting point for the first "hundred-billion-yuan-level" sector in China where embodied intelligence technology is being implemented on a large scale.

Breakdown of the Procurement List:

Three Types of Robots, Three Major Strategic Directions

According to the planning documents, the procurement list for 8,500 units of equipment has been precisely divided into three major categories, with a total procurement budget of approximately 5.8 billion yuan. An additional 1.2 billion yuan has been earmarked for research and development (800 million yuan) and talent development (200 million yuan).

This list reveals State Grid's three major strategic objectives:

A total of 5,000 units will be procured and deployed primarily at substations, along power transmission lines, and in mountainous power grids. The key challenge in these scenarios is the "large number of locations and complex terrain," making traditional manual inspections costly, inefficient, and risky. Thanks to their exceptional terrain adaptability, quadruped robots have emerged as the optimal solution to replace manual inspections.

With a unit price of 5 million yuan and a total budget of 2.5 billion yuan, it is clear just how much importance State Grid places on automating "live-line work," a highly hazardous operation. Live-line work on ultra-high-voltage and distribution networks has long relied on manual labor, exposing workers to serious safety risks such as electric shock and falls from heights. The introduction of humanoid robots essentially involves entrusting machines with "tasks that humans cannot perform."

With a purchase volume of 3,000 units, this ranks second; the equipment is primarily used for operating precision equipment and troubleshooting within substations. These scenarios are highly standardized and well-suited for large-scale replication given the current level of technological maturity.

Why the Power Industry? Three Key Drivers

With the robotics sector currently experiencing a boom, why has the power industry been the first to open the door to large-scale procurement? The answer lies in three key factors: essential demand, standardized scenarios, and ample budgets.

The "human" challenges facing the power industry are more pronounced than in most other industrial sectors. Substations are scattered throughout remote mountainous areas, and the average annual cost of a single patrol inspector is approximately 300,000 yuan, not to mention the high risks associated with working near live power lines.

According to internal calculations by State Grid, after replacing human labor with embodied intelligent devices, each device saves between 500,000 and 800,000 yuan in annual labor costs, with a payback period of just 2 to 3 years; inspection efficiency can be increased fivefold, and fault resolution time reduced by 60%; more importantly, the exposure risk for personnel engaged in high-risk operations can be reduced by over 90%.

These are highly persuasive economic figures. For any enterprise, when a technological investment can recoup its costs within 2–3 years while significantly reducing safety risks, the scales of decision-making have already tipped.

Unlike chaotic home environments or non-standardized factory logistics, power inspection and operations have clearly defined boundaries and highly standardized processes. The equipment layout, inspection routes, and operating procedures at substations all adhere to explicit standards, providing the "most conducive" environment for the current stage of robotics technology.

By the end of 2025, State Grid had completed technical validation at multiple substations. In a pilot project at the 220-kilovolt Xiangong Substation in Linyi, Shandong, quadruped robotic dogs and wheeled robots worked in tandem to reduce the inspection cycle by two-thirds. Some substations in Sichuan and the Guangzhou Power Supply Bureau in Guangdong have successfully established a millisecond-level closed-loop system for "perception-decision-making-action."

The power sector possesses ample capacity for capital expenditure. In January 2026, State Grid announced that fixed-asset investment during the 15th Five-Year Plan period is expected to reach 4 trillion yuan, representing a 40% increase compared to the 14th Five-Year Plan period. The primary focus of this investment is to build a smarter and greener power grid system.

The 6.8 billion yuan invested in embodied intelligence in 2026 accounted for 8.75% of the approximately 80 billion yuan in total intelligence-related investment for the year. This proportion indicates that embodied intelligence has been incorporated into the core technological pathway for the smart grid transformation.

Timeline and Roadmap:

From 2026 to 2030

What State Grid has released is not merely a procurement list, but a medium- to long-term roadmap for the implementation of embodied intelligence in the power industry:

· 2026: Penetration rate in key regions reaches 30%;

· 2027: Adoption rate of intelligent agents exceeds 80%, with embodied intelligence devices covering more than 80% of high-risk operational scenarios;

· 2030: Embodied intelligence and digital twin grids are deeply integrated, enabling autonomous operation and maintenance.

This roadmap clearly demonstrates that State Grid is not merely purchasing a batch of equipment to address immediate issues, but is systematically positioning embodied intelligence as the foundational infrastructure for the next-generation power grid.

At the 9th Digital China Summit held in late April 2026, State Grid's fleet of embodied intelligence robots made its public debut, covering four multidimensional categories: "Aerial Watchdog, Ground Guardian, Underground Pioneer, and Special Forces."

Among them, the "Underground Pioneers" are China's first six-legged inspection robots designed for underground utility tunnels in power scenarios. Equipped with a laser SLAM navigation system, they can autonomously plan routes in completely unknown underground environments; the "Aerial Eyes"-an intelligent innovation platform for all types of drones-has a payload capacity of 50 kilograms and a transport range of 3 kilometers, having completed a cumulative total of 1,721 missions and flown 4,020 kilometers.

Impact on the Industry Chain:

Who Will Benefit?

This massive order is revitalizing the entire industry chain. The competitive landscape is taking on a distinct "bipolar structure."

According to a report by Jiemian News, the robot manufacturers involved in this procurement include Yunshenchu, Yushu, Zhiyuan, UBTech, and Fuliye.

Among them, Yunshen has the deepest-rooted partnership with State Grid. In 2023, the company signed a five-year, 1 billion yuan framework agreement to provide inspection robots for over 1,000 substations; demand for orders remained strong in 2025, with more than 600 projects implemented throughout the year. In this procurement, Yunshen is viewed by the market as the biggest beneficiary in the quadruped robot category.

In addition to robot manufacturers, a group of integrators and service providers with years of deep experience in the power industry are seeing their value reassessed. Their core strengths lie not in robot manufacturing, but in their distribution channels, data resources, and understanding of specific application scenarios.

Xianheng International: As a key supplier for centralized procurement by state-owned and centrally administered enterprises, the company began supplying 28.88 million yuan worth of embodied intelligent equipment to clients in 2025. The company estimates that the approximately 100,000 substations nationwide have inspection needs. Assuming each substation is equipped with 1–2 units at a unit price of 500,000 to 1 million yuan, the potential market size reaches the hundreds of billions of yuan level, and the company is expected to capture a market share of over 20%.

Yijiahe: A long-established leader in domestic power inspection robots, the company has developed a multi-scenario smart power solution system covering substation, transmission line, and distribution network safety. Its product portfolio includes live-line operation robots, power inspection robots, and quadruped robots.

Shenhao Technology: In March 2025, the company entered into a strategic partnership with Yundushen Technology to promote the application of intelligent solutions in areas such as power inspection and emergency firefighting.

CSG Technology: As a technology platform within the China Southern Power Grid system, the company possesses a unique first-mover advantage in subsequent procurement by China Southern Power Grid.

A Turning Point for the Industry:

From "Small-Scale Validation" to "Large-Scale Deployment"

If the theme of the robotics industry before 2025 was "technological breakthroughs," then the keyword for 2026 has shifted to "commercialization."

Looking back at State Grid's robot procurement journey, a clear evolutionary path emerges:

· 2023: Signed a five-year, 1 billion yuan framework agreement with Yunshenchu, covering over 1,000 substations-a small-scale pilot phase;

· 2025: Orders for Yunshenchu's robotic dogs exceeded 600 projects, with the pilot scope expanded;

· 2026: A 6.8 billion yuan centralized procurement initiative is implemented, marking the official entry into the large-scale deployment phase.

The significance of this turning point extends far beyond the power industry itself. As a procurement benchmark among central state-owned enterprises, State Grid's actions will generate a strong示范 effect. Industry experts anticipate that China Southern Power Grid and major regional energy groups will follow suit, driving total investment in the power sector to exceed 10 billion yuan in 2026.

More importantly, once the "technology-order-iteration" commercial cycle is successfully established in the power sector, this model will rapidly be replicated in other industrial sectors such as mining, oil and gas, rail transit, and emergency firefighting. The large-scale commercialization of embodied intelligence is shifting from a question of "if" to a question of "when."

Data sources for this article:

1. Exclusive report by Jiemian News' "Hard Tech Headlines" (April 22–24, 2026)

2. Report by 21st Century Business Herald's "STAR Market Daily" (April 24, 2026)

3. Report from "China Energy News" on the State Grid Corporation website (April 29–30, 2026)

4. In-depth analysis from "Forecasting Energy" by Jiemian News (April 29, 2026)