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2025-09-04 BY
IN Company News

ABB Power Distribution Equipment Helps Shenzhen Mawan Tunnel Achieve “Zero Power Outage” Operation

A Landmark Tunnel with Unique Power Challenges
Mawan Subsea Tunnel, Shenzhen’s first cross-sea tunnel, opened on January 21, 2025. Its two subsea shield tunnels have a maximum diameter of 15.5 meters—setting a new domestic record. The 1.1-kilometer underwater section also makes power supply far more difficult.
High chloride levels in subsea environments corrode metal equipment nonstop. Poor air flow inside the tunnel keeps it humid and stuffy. Water vapor condenses on equipment, triggering short circuits and faults.
Electricity is critical for the tunnel. It powers lighting and ventilation. More importantly, it is the “lifeline” for emergency rescue and fire systems. A power outage would plunge the tunnel into darkness. Stalled ventilation would trap harmful gases. Inoperable fire gear would raise safety risks sharply.
Thus, building a corrosion-resistant, uninterrupted power distribution system became a key project task.
ABB’s Tailored Solution: The Backbone of Reliable Power
Against this backdrop, ABB teamed up with Shenzhen Ost Electric Technology Co., Ltd. ABB used its deep electrical expertise to create a custom solution. The core is its SafePlus series ring main units (RMUs).
This is not an off-the-shelf product. It was optimized across multiple dimensions to fit the tunnel’s environment and power needs. It solves subsea power distribution issues in both design and performance.
Design Built for “Zero Outage”
To meet the tunnel’s “zero power outage” demand, ABB integrated its solution with the ’s dual-ring network design. Each power room has two independent power sources. This redundancy eliminates outages from single-source failures.
The tunnel’s power rooms have limited space. ABB refined equipment layouts to fit. This ensures optimal power supply while saving space for other tunnel facilities.
Tough Performance for Harsh Conditions
Product performance is key to withstanding harsh environments. ABB’s SafePlus RMUs use a fully insulated, sealed structure. Their gas tanks are welded by automated robots—meeting top industry airtightness standards. All live parts are completely isolated from humidity and corrosion.
To boost safety, mechanical interlocks are installed. These force standard operating procedures, preventing accidents from wrong operations. Pressure relief holes and channels are also added. They release abnormal pressure in gas tanks quickly, protecting maintenance workers.
Modular Design: A Key Innovation
Modular design is a major strength of SafePlus RMUs. The units share one gas chamber (six units total). If one unit’s gas chamber fails, only that unit is shut down. The other five keep working. This cuts fault-handling time and reduces outage impacts.
The circuit breakers use German-imported vacuum interrupters—critical for high performance. Their vacuum level is below 10⁻⁸ mbar. Combined with high-purity copper-chromium alloy and rotating contacts, they handle strong current surges. They disconnect circuits stably, ensuring system safety.
More Adaptive Features
SafePlus RMUs have an IP67 rating. They can be submerged in 1 meter of water for 30 minutes without malfunction. This fits the tunnel’s humid, water-prone environment.
Their compact size also saves space in power rooms. This allows more efficient use of tunnel space.
Partner Feedback: Efficiency and Flexibility
“Cooperating with ABB showed us the value of custom power solutions,” said Li Haiqun, General Manager of Shenzhen Ost Electric.
He noted SafePlus RMUs’ modular design and smart configuration. They adapt to all scenarios—from voltage levels to capacity ranges. The team adjusted the solution quickly based on tunnel needs. The entire process, from design to delivery, was efficient. This ensured the project finished on time.
ABB’s Vision for Infrastructure
Luo Hui, Head of ABB Electrification China’s Power Distribution Systems Business Unit, called the tunnel project a model of ABB’s tech strength plus partner capabilities.
“We believe tech innovation must match market needs,” Luo said. “Working with Ost Electric, we applied advanced power tech to critical infrastructure. This improved the tunnel’s power reliability. It also sets a reference for upgrading urban transport power systems.”
He added ABB will keep deepening work in smart grids. It will focus on urban grid upgrades and new energy infrastructure. Together with partners, ABB aims to build a safe, smart, and efficient power ecosystem. It will contribute more “ABB solutions” to China’s infrastructure.
A Proven Record in Major Projects
ABB has a long history of supporting China’s key transport projects. Its power equipment is used in the Hong Kong-Zhuhai-Macao Bridge, Shanghai Hongqiao Hub Tunnel, and Qinling Zhongnanshan Tunnel.
With over 140 years of history, ABB is a global electrical leader. It focuses on technology and win-win cooperation. It keeps driving high-quality development of China’s transport industry. Its reliable power solutions guard every “transport lifeline.”
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2025-08-28 BY
IN Company News

8K’s Visual Boom Hits—Storage Blocks Growth, Longsys’ PTM Mode Saves the Day

8K Shines in Film and Sports
China’s first 8K space film Beyond the Blue Window will hit theaters on September 5. The announcement was made on August 19. Astronauts shot most of the film on China’s Space Station. The story comes from the Shenzhou-13 crew’s 6-month stay in space. 8K will let audiences enjoy a special Chinese space aesthetic.
The 2024 Paris Olympics also used 8K well. Its amazing 8K images drew global attention, just like the Beijing Winter Olympics. Now, 8K is moving into more areas—not just film and sports. It’s changing telemedicine, industrial checks, and security work.
8K Improves Healthcare Greatly
Healthcare has seen huge changes from 8K. Before, surgeons couldn’t see inside the body clearly before operations. X-rays from the last century were blurry and caused mistakes. But 8K now works with AI and 3D tech. This helps doctors see tiny blood vessels. Difficult, risky surgeries are now possible.
8K’s panoramic shots also help AI. They provide clear, stable data. This data is key for self-driving cars and remote doctor visits. It makes these technologies smarter and more reliable.
Traditional Storage Can’t Keep Up with 8K
But 8K has a big problem: storage. 8K needs lots of storage for long, high-res shoots. Traditional storage can’t handle this. It drops frames, overheats, and wears out fast. This stops 8K from being used more widely.
Longsys’ Custom Storage for 8K
Storage companies are looking for solutions. pSLC-based custom storage is a top choice. It’s fast and durable. Longsys is leading this effort. It makes storage plans just for 8K.
Longsys talked to many clients first. It found that scientific research, industry, and film making need storage that’s fast, stable, and long-lasting. So, Longsys used its PTM mode to make storage fit each client’s needs. PTM adjusts hardware and software. Unlike standard SSDs, it works right away and stays stable.
Longsys’ 8K SSD uses full pSLC. This makes it super fast—over 5000MB/s. It can also hold 42,000TB of data. And it doesn’t overheat easily. This solves 8K’s storage problems.
In one project, Longsys made an SSD for a high-speed camera. The camera shoots 7000 frames per second and needs 8K storage. Longsys’ SSD worked perfectly. It also works for other 8K uses, like industrial checks.
Longsys’ PTM mode can change with future 8K needs. If 8K gets better—like higher resolution—Longsys can update its storage quickly.
8K’s Growth Needs Better Storage
8K is changing more than just how we see things. It’s changing the whole tech world. Storage will decide how far 8K goes. Longsys’ work breaks storage limits. It helps 8K spread to more fields. This not only helps 8K now but also gets ready for future ultra-high-res tech.
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2025-08-21 BY
IN Company News

MICONEX2025 Changsha Exhibition: Low-Carbon Transformation Takes Center Stage, Endress+Hauser Empowers Industry with Innovation

From August 13 to 15, the Changsha International Convention and Exhibition Center hosted the 33rd China (International) Measurement and Control Exhibition (MICONEX2025). As one of China’s largest and most influential instrumentation events, MICONEX2025 centered on “Intelligent Industry, Green Future.” It drew over 500 enterprises from 20+ countries and regions, showcasing cutting-edge industry tech and solutions. Among them, Endress+Hauser—a global leader in process automation—stood out. Its 100-square-meter booth at A1061 in Hall E1 used a 3D display model (“products + scenarios + concepts”) to highlight innovations in energy metering, fermentation monitoring, and process parameter control. It quickly became one of the most visited booths at the exhibition.
01 Low-Carbon Transformation: Industry Consensus, Endress+Hauser Leads with Sustainability
Today, global industry faces dual challenges: boosting energy efficiency and achieving low-carbon development. Instrumentation acts as the “eyes and nerves” of industrial production. Its tech level directly shapes how refined, intelligent, and low-carbon industrial processes can be. Two key demands are driving change in the sector. First, enterprises are upgrading their internal needs. As environmental awareness grows, they no longer settle for “compliant production.” Instead, they pursue “high efficiency, energy savings, and low carbon” to cut costs and stay competitive. Second, external policies are pushing action. The Paris Agreement’s long-term goals, China’s “dual carbon” policies, and stricter local environmental rules have laid out a clear “green development” roadmap for the industry. Meanwhile, new demands—like customized solutions, remote operation, and predictive maintenance—are reshaping the industry.
Against this backdrop, Endress+Hauser has woven “sustainable development” into its core strategy. Every product and solution is designed to help customers cut energy use, reduce emissions, and optimize processes. For example, its smart meters in energy metering track consumption in real time to spot waste. Its automation systems in process control adjust parameters to cut material waste and emissions. This reflects the company’s belief that “business value and environmental value can coexist.”
At the exhibition, Endress+Hauser’s “Sustainability Zone” let visitors see its green practices firsthand. A living wall of local drought-resistant plants stood next to a looped video of the company’s environmental efforts. Together, they brought “green industry” to life. Displays also highlighted Endress+Hauser’s global projects: from its “zero-carbon factory” at its German headquarters to water recycling at its Chinese factories, and green supply chain management. Each case showed the company’s deep commitment to sustainability.
“Sustainability isn’t a slogan—it’s a long-term strategy that needs consistent investment and action,” said Wang Yiwei, Endress+Hauser’s Marketing Director, in an on-site keynote. Since 2014, the company has built a robust sustainability management system. Its annual reports cover ecological protection, labor rights, business ethics, and supply chain responsibility. Third parties review these reports to ensure transparency. What’s more, Endress+Hauser has earned a spot in the top 5% of EcoVadis’ “Gold Suppliers” for years—thanks to strong performance in environmental management and labor practices. It’s now a model for sustainability in the industry.
To boost its environmental tech, Endress+Hauser has also formed a deep partnership with SICK. The two sides are combining strengths in gas measurement, sensor tech, and data analysis to develop integrated environmental monitoring solutions for multiple industries. “This partnership isn’t just about expanding our product line,” Wang noted. “It’s about turning Endress+Hauser from an ‘instrument supplier’ into a ‘low-carbon transformation partner’—offering full-process services from data monitoring to emission reduction plans.”
02 Scenario-Based Solutions: Solving Real Industrial Pain Points
Beyond sharing its sustainability vision, Endress+Hauser focused on scenario-based displays to show how its tech solves real industrial problems. During the exhibition, it co-hosted a “tech live stream” Technical experts broke down product strengths and case studies for different industries. Over 30,000 industry professionals watched online. At the booth, six scenario-based systems became visitor favorites:
One-Story Integrated Scenario System for Full Product Portfolio
This system showcases Endress+Hauser’s “full-process solutions,” combining level, flow, pressure, temperature, liquid analysis, and digital products. Unlike traditional displays, it adds a “human-machine interaction” feature. Visitors can use explosion-proof tablets to check real-time data and equipment status. They can also generate analysis reports via the cloud. For example, in a simulated chemical production scenario, visitors can see how flow meters control material transport and pressure transmitters monitor pipeline pressure—helping them understand how Endress+Hauser’s products enable refined production control.
LNG Processing Scenario Simulation System
LNG operations face “low temperature, high pressure, and high risk”—so Endress+Hauser designed a dedicated solution. The system includes mass flowmeters, vortex flowmeters, and gas ultrasonic flowmeters. These devices use special materials and processes to operate stably at -196℃, with accuracy up to ±0.1%. It also integrates the Netilion IoT platform and Heartbeat self-verification tech. Netilion lets enterprises track real-time LNG process data and send alerts. Heartbeat checks instrument accuracy automatically—no manual disassembly needed—cutting downtime and maintenance costs. Staff noted this solution is already used in domestic LNG terminals and transport ships, enabling precise metering and smart operations.
Fermentation Monitoring Scenario Simulation System
Tailored to food and biopharmaceutical hygiene needs, this system is modeled after beer fermentation. It includes electromagnetic flowmeters, mass flowmeters, radar level gauges, and a beer fermentation monitor. All equipment meets strict hygiene standards (Ra ≤ 0.8μm surface roughness) to prevent contamination. The beer fermentation monitor is a standout: it uses non-invasive tech to track sugar, alcohol, and yeast activity in real time—no sampling required. This ensures data accuracy and avoids fermentation liquid contamination. It’s now widely used in beer, dairy, and juice production to boost product quality stability.
Tank Farm Metering System
Tank farms are “safety cores” for chemical and petrochemical firms. Leaks or overpressure can cause major accidents. Endress+Hauser’s system uses “hardware + software” to ensure safety. Hardware (level meters, thermometers, pressure transmitters) tracks real-time data with ±0.05% accuracy. Software (tank farm management tools) stores data, analyzes trends, and sends alerts. If levels or pressure exceed limits, the system triggers alarms and sends alerts to managers’ phones. It also generates inventory and metering reports to digitize tank farm management. Reports show this system has cut safety accidents by over 40% at large domestic petrochemical firms.
Quantitative Loading/Unloading Vehicle System
For chemical and petrochemical loading/unloading, “accurate metering” and “safe operation” are critical. Endress+Hauser’s system includes batch controllers, mass flowmeters, and control valves to automate operations and ensure precision. Its “all-in-one card” feature is key: drivers use an IC card for ID verification. The system then pulls order info and sets loading/unloading volumes. During operations, mass flowmeters track data in real time, and batch controllers adjust valves to keep errors ≤0.1%. Afterward, the system generates reports and uploads data to ERP systems—closing the loop on “order → loading/unloading → metering → tracking.”
Digital Platform Solution
To support digital transformation, Endress+Hauser’s platform covers “production → management → energy” processes. It has six modules: loading business management (for order scheduling), loading monitoring (for remote oversight), metering management (for traceable reports), smart warehouse operations (digital twin modeling), and energy management (consumption analysis). The platform supports remote deployment and integrates with existing ERP/MES systems. It helps enterprises make “data-driven decisions” to boost efficiency and cut emissions.
Endress+Hauser Beijing Technology also brought environmental innovations to the exhibition:

MARSIC 300 Ship Exhaust Monitoring System: Tracks pollutants (NOx, SOx, particulates) on ocean-going ships to meet IMO Tier III standards in ECAs. It also monitors greenhouse gases and offers 24/7 global support.

EHTECH9026 Dioxin/Furan/Heavy Metal Sampler: Automatically collects pollutants in incineration plants and steel mills for up to 7 days. It reduces human error and speeds up sample analysis.

FLOWSIC100 Flare-XT Metering System: A gas ultrasonic flowmeter for flare gas. It works in harsh conditions (high humidity, dust, corrosion) with ±0.5% accuracy. It supports online maintenance and helps recover flare gas for energy savings.

EHTECH 8010 TOC Analysis System: Measures TOC in water using high-temperature (for industrial wastewater, 0-5000mg/L) or UV oxidation (for pure water, 0-5000μg/L). It monitors 24/7 with fast responses.

MCS200HW Multi-Component Analyzer: Tracks multiple flue gas pollutants (SO2, NOx, particulates) for ultra-low emission standards. It also monitors ammonia escape and carbon emissions, with CCEP/CE certifications and customizable ranges.

Endress+Hauser’s MICONEX2025 showing highlighted its tech strength and responsibility as a process automation leader. It’s not just a platform for customer and partner engagement—it’s a window to share its “green development” vision. Looking ahead, Endress+Hauser will keep innovating, deepen industry partnerships, and drive the instrumentation sector toward intelligence, greenness, and high-end development—contributing more to global industrial low-carbon growth.
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Email: sales5@xrjdcs.com
WhatsApp/Moblie: +86 18250705533″
2025-08-15 BY
IN Company News

2025 World Robot Expo: ABB Robotics Displays Autonomous Multifunctional Tech, Shaping Industry Future

• Autonomous multifunctional robots lead industrial automation innovation: AI-enabled to perform multiple tasks independently
• Product demos decode tech development logic, presenting “smart and efficient” new experiences

 

During the 10th World Robot Expo 2025, ABB Robotics showcased the latest achievements of autonomous multifunctional robots and shared the industry’s future direction. Zhang Jiafan, head of ABB Robotics’ China Research Center, delivered a keynote speech. He explained how AI injects intelligent power into industrial robots and ABB’s outlook on next-gen technologies.

 

“The development of AI and industrial robots is  a key breakthrough period. Over the past decade, we gave robots ‘vision’ through 3D AI vision. We equipped them with’skillful hands’ via advanced force control and high precision. We let them ‘move’ through autonomous navigation. Now, we are integrating and upgrading these capabilities,” Zhang said.

 

“This is the era of autonomous multifunctional robots. They can handle multiple tasks completely independently. They can switch between different jobs quickly without human intervention,” he added.

 

“China is a hotbed of global robot innovation. Demand for automation in electronics, consumer goods and other industries continues to grow,” said Han Chen, ABB Group Senior Vice President and Head of Robotics China.

 

“ABB has been in China for over 30 years. Through our ‘Lingyu Huazhang’ localization strategy, we deepen local R&D and production. This integrates global technology with Chinese scenarios deeply. We will further promote the application of autonomous multifunctional robots in China. Customized solutions will help Chinese enterprises improve efficiency and achieve intelligent transformation,” Han noted.

 

At the expo, ABB showed its tech development ideas through three product demo zones:

 

  • OmniCore™ controller motion demo: The new OmniCore controller works with three IRB 1300 robots. They complete difficult tasks with fragile glass cups—path accuracy within 0.6mm and speed up to 1600mm/s. Compared to old models, it is 25% faster and uses 20% less energy, proving new tech balances precision and speed.
  • “Follow me” AI solution: Using AI algorithms, robots can record operators’ tool movements. They convert these into their own programs to quickly finish grinding debugging. It skips traditional programming steps, suitable for small-batch, multi-variety production and lowering automation barriers for SMEs.
  • PoWa collaborative robot display: A new product under “Lingyu Huazhang”, it is flexible in welding and loading/unloading. It combines industrial-grade speed, collaborative safety and lightweight design advantages.

 

Marina Bill, Executive Director of the International Federation of Robotics and Head of ABB Robotics Global Sales & Commercial Operations, pointed out: “The robot industry is undergoing AI-driven inclusive change. Advanced technologies make robots easier to operate and more adaptable to different scenarios. Even SMEs can access automation.”

 

“China is at the forefront of this change. It is not only the world’s largest robot market but also an important driver of AI-robot integration innovation. With government support for smart manufacturing, China is accelerating tech integration—especially in electronics and new energy vehicles. This pushes intelligent automation to land quickly,” she added.

 

ABB Robotics’ Shanghai mega-factory and R&D center, operational since 2022, reflects its vision for intelligent production and commitment to China’s manufacturing. Over 90% of ABB robots sold in China are produced here. As one of the first foreign enterprises to localize the entire value chain in China, ABB supports clients through a service network covering 22 cities.

 

ABB Robotics & Discrete Automation is a leading global supplier. It offers robots, autonomous mobile robots, automation solutions and more. Through in-house software design, it creates value for enterprises in automotive, electronics, logistics and other industries. It helps them enhance resilience, efficiency and flexibility, moving towards future factories. The business has over 11,000 employees across more than 100 locations in 53 countries.
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2025-08-06 BY
IN Company News

China’s Domestic Life Sciences Seek Lighthouse Breakthrough

AI and Strategic Partnerships Pave the Collaborative Path Forward

Global “Lighthouse Factory” recognition remains elusive for China’s domestic life sciences firms. Currently, all three Chinese life sciences Lighthouses belong to multinationals. Breaking this pattern requires overcoming major hurdles:

Key Challenges Include:

Navigating complex GMP/GxP regulations.

Managing intricate bioprocessing and sterile manufacturing.

Funding large-scale digital transformation.

Bridging the IT/OT/life sciences talent gap.

Three Forces Enable Progress:

Policy Acceleration:
China’s *Pharmaceutical Industry Digitalization Plan (2025-2030)* explicitly promotes AI across the value chain.

AI as the Essential Engine:
86% of new Lighthouse use cases utilize AI. Therefore, domestic firms must embed AI in core areas like visual inspection and predictive maintenance to demonstrate measurable impact (e.g., 30% energy reduction).

Lighthouse Ripple Effects:
Successful factories elevate entire ecosystems:

Boost R&D innovation through digital twins/AI.

Strengthen supply chain transparency and resilience.

Advance sustainability goals (e.g., Schneider’s Wuxi Sustainable Lighthouse).

Importantly, multinational successes in China (e.g., 82% productivity gains) provide local learning opportunities.

The Partner Imperative:
Experienced enablers like Schneider Electric accelerate the journey:

Dual Expertise: Operates 7 global Lighthouses while deeply understanding life sciences compliance.

End-to-End Guidance: Delivers strategy planning, technology integration (BMS/MES/AI), and Lighthouse application support.

Value-First Approach: Focuses on solving specific pain points – like cutting defect rates or shortening delivery times – rather than technology overload.

Consequently, collaboration is vital. Through strategic AI adoption, policy alignment, and expert partnerships, China’s domestic life sciences sector is poised to illuminate its own Lighthouse success stories, driving industry-wide advancement.

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2025-07-30 BY
IN Company News

Schneider Electric: AI Industrialization Demands Ecosystem Synergy

When an alarm blared at 6 a.m. in a Shanghai waste-to-energy plant—signaling critical furnace overheating—an AI vision system took autonomous action. Within minutes, it stabilized combustion by auto-adjusting fuel and airflow. This intelligent control solution, co-developed by Schneider Electric and partners, integrates machine vision with real-time optimization algorithms for precision industrial automation.

“AI industrialization has entered an ecosystem-driven era,” declared Yi Xiong, SVP of Schneider Electric China. “Isolated technologies cannot bridge the industrialization gap when AI moves from labs to boiler rooms.” He framed scaling as a triple relay race:

  1. Technology Integration: Full-stack capabilities require collaboration. For example, their waste-plant AI merges computer vision, optimization algorithms, and control systems—beyond any single company’s scope.

  2. Scenario Expertise: Lacking mechanical insight, even advanced algorithms fail. In a wind-turbine project, 20 years of vibration analysis from partners enabled accurate bearing-failure models.

  3. Scaling Networks: Replicating pilot successes demands open platforms. Schneider’s “Go Green” initiative has scaled an AI quality-inspection solution from its Wuxi factory to 12 manufacturers.

Three Engines for Ecosystem Competitiveness
Schneider’s ecosystem strategy rests on:

  • Open Culture: Internal “Impact” values break silos. In 2024, logistics teams shared predictive delay models with production units.

  • Technical Leadership: 200% AI patent growth in three years; 99.2% accuracy in industrial visual recognition anchors partnerships.

  • Hybrid Talent: “Digital Citizen” program trains engineers mastering both Modbus protocols and Python. 500 OT-AI experts will be certified by 2025.

Ecosystem in Motion
Vertical Depth:

  • “Go Green” with MIIT yielded 40+ co-innovations, including an AI energy optimizer cutting power use by 12% at 30 plants.

  • Joint lab with NVIDIA developed smart cabinets reducing GPU cluster energy by 15%.

Horizontal Expansion:

  • World’s first hydrogen-equipment digital twin with Zhejiang Hydrogen Center slashes electrolyzer fault-response time by 90%.

  • Open-source knowledge graphs help SMEs reduce manual data labeling by 80%.

Tangible outcomes include two “Lighthouse Factories”: Wuxi boosted product yield to 99.98% via AI process optimization, while Shanghai improved logistics efficiency by 40%. Concurrently, the “AI for GREEN” report warns that computing power’s energy demands require industry-wide collaboration.

“Ecosystem synergy is a marathon,” Xiong concluded. At WAIC 2025 (July 26), Schneider will unveil an industrial AI “toolkit” co-created with partners, spanning predictive maintenance and energy optimization across 20 scenarios. “Passing the ecosystem baton is key to winning the last mile of AI industrialization.”

Sales Manager：Jinny
Email: sales5@xrjdcs.com
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2025-07-23 BY
IN Company News

S-073N 3BHB009884R5211 – The “Swiss Army Knife” of Industrial Automation

I. Multi-Scenario Adaptability: Cross-Border Applications from Traditional Industry to Emerging Fields

  1. Upgrade Engine for Traditional Manufacturing
    In the stamping workshop of an auto parts factory, the S-073N module precisely controls the hydraulic press’s phase output, extending die life from 50,000 cycles to 80,000 cycles. This saves over 1 million yuan annually in die replacement costs per device. Additionally, production 节拍 increased by 15%, meeting the mass production needs of new energy vehicle lightweight components.
  2. Key Nodes in Green Energy
    In a Jiangsu offshore wind power project, the module, combined with the ABB ACS880 frequency converter, dynamically adjusts the generator’s excitation phase, increasing power generation by 22% under low wind speeds. This technical solution has been included in the National Energy Administration’s White Paper on Intelligent Development of Offshore Wind Power.
  3. Precise Control in Medical Equipment
    A medical device manufacturer applied the module to CT scanners’ rotation drive systems. With ±0.1° phase control precision, image reconstruction time was reduced from 2 seconds to 1.2 seconds, while radiation dose decreased by 18%, obtaining EU CE certification and China NMPA approval.

II. Reliability Verification: Exceptional Performance in Extreme Environments

  1. High-Temperature and High-Humidity Environments
    In a Southeast Asian palm oil processing plant, the module operated continuously for 18 months without failure in 95% humidity and 50°C temperatures, tripling the lifespan of the original system. Its moisture-proof design passed IEC 60068-2-30 standards, withstanding 10 cycles of alternating damp heat tests.
  2. Adaptability to High-Altitude Areas
    In a Tibet photovoltaic power station at 4,500 meters above sea level, the module automatically adjusts heat dissipation strategies through an air pressure adaptive algorithm, ensuring stable operation within an extreme temperature range of -30°C to 60°C. The project was selected as a National Renewable Energy Demonstration Project.
  3. Benchmark Cases in Electromagnetic Compatibility
    In a military test site, the module passed GJB 151B-2013 electromagnetic compatibility tests, with radiation emission below 30dBμV/m in the 10GHz band, meeting stringent military equipment requirements. It has now entered the supply chain of a new radar system.

III. Customer Value: A Paradigm Shift from Equipment Procurement to Ecosystem Co-Construction

  1. Reconstruction of Cost Structures
    With modular design, customers can configure functional modules on demand, reducing initial procurement costs by 20%. ABB’s “on-demand expansion” service allows customers to upgrade production lines without replacing entire systems
  2. Precipitation and Reuse of Knowledge Assets
    ABB‘s open developer platform has attracted over 200 independent software vendors (ISVs), developing 150+ industry solutions based on the S-073N module. A packaging machinery manufacturer utilized the platform’s phase control algorithm library, shortening new product development cycles from 12 months to 6 months.
  3. Enabling Sustainable Development
    The module’s energy-efficient design reduces carbon emissions by 35% throughout its lifecycle, complying with the EU ErP directive. A food and beverage enterprise adopting the module saw its production line selected as a “Green Manufacturing Demonstration Project” by the Ministry of Industry and Information Technology, gaining tax incentives and policy support.

IV. Industry Trends: The Intelligent Evolution Path of Industrial Control

  1. AI-Driven Predictive Maintenance
    Through ABB Ability™ Condition Monitoring solutions, the module monitors over 120 health indicators in real time. In a paper mill application, the system predicted potential drive circuit failures 48 hours in advance, avoiding 5 million yuan in downtime losses.
  2. Synergy Between Edge Computing and Cloud Platforms
    The module’s built-in edge computing unit processes 80% of real-time data, uploading only critical information to the cloud. In a steel mill’s hot rolling line, this architecture reduced decision response time from 500ms to 50ms, improving rolling precision to ±0.03mm.
  3. In-Depth Application of Digital Twins
    ABB is building a digital twin model of the S-073N module to simulate performance under various conditions. A chemical enterprise used the model to optimize phase control strategies, reducing energy consumption by 10% before actual production and saving over 3 million yuan in R&D costs.

V. Expert Interview: The Future Form of Industrial Control

“Industrial control intelligence is not simply automation  but system self-optimization through data closed loops,” stated Professor Li from Tsinghua University’s Department of Automation. “The S-073N module’s digital interfaces and edge computing capabilities provide essential conditions for this process.”

 

The President of ABB Industrial Automation China said: “We are collaborating with Alibaba Cloud to connect the S-073N module to the Industrial Brain platform. In the future, customers will not only obtain hardware products but also access AI algorithms, industry knowledge bases, and other digital assets on demand, transitioning from equipment suppliers to intelligent service providers.”

Conclusion

The launch of the ABB S-073N 3BHB009884R5211 phase module marks not only a milestone in technological innovation but also the starting point of intelligent industrial control. Its IGCT technology, modular design, and digital interfaces are reshaping the competitive landscape in high-voltage frequency conversion. With deep integration of AI and 5G technologies, the module is poised to become infrastructure for Industry 4.0, driving global manufacturing toward higher efficiency and sustainability.
Sales Manager：Jinny
Email: sales5@xrjdcs.com
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2025-07-17 BY
IN Company News

Energy Efficiency: The Engine for a Sustainable Industrial Future

Global industrial change is speeding up. Energy supply and demand are increasingly unbalanced. Traditional energy use harms the environment, pushing industries to upgrade. Rising energy prices are also squeezing corporate costs.
In this scenario, improving energy efficiency is not just a quick fix. It’s a long-term way to balance economic, environmental, and social progress.
Recently, Mike Umiker, Executive Director of the Energy Efficiency Movement (EEM), visited China for the first time in his role. He shared global energy efficiency insights with Chinese companies.  interviewed him to discuss EEM’s work and China’s part in global energy efficiency.

EEM: Growing From a Vision to a Global Network

EEM began in 2021. ABB and Alfa Laval started it to highlight energy efficiency’s importance. They wanted to speed up the use of existing high-efficiency technologies.
Today, EEM is an independent non-profit association. It has 600+ member companies worldwide, including 70+ Chinese firms from various industries.
EEM focuses on practical steps. Its Industrial Energy Efficiency Cases report suggests 10 measures. For example, using high-efficiency motors with frequency converters can cut energy use and costs. These steps can be deployed quickly and scaled up.
By 2030, such measures could reduce global carbon emissions by 11%. They could save the industrial sector $437 billion each year.

“Scale Is Now the Big Challenge”

“We have good technologies. The challenge is to scale them up,” Mike said. “That needs everyone in the industry chain to work together.”
ABB, a co-founder, leads by example. Its new brand, “Engineering True Progress,” uses engineering and digital tech to help industries work efficiently. This boosts energy and production efficiency, supporting sustainability.

Data Gaps: A Major Hurdle

Energy efficiency has big potential, but companies face obstacles.
Energy audits are well-established in China, and rules are clear. But energy management needs good data. EEM’s white paper says data issues are a top barrier.
46% of companies can’t get high-quality energy data. 39% don’t process data regularly, so management is in the dark.
Digital technologies like AI are fixing this. In Chinese industrial parks, AI energy audits and digital twins are common.
ABB uses AI for heating, steel, and ports. It analyzes power use, emissions, and operations to cut energy use.
Xinjiang Tianfu Energy Heating Branch works with ABB. Using data from 2,000+ frequency converters, ABB’s AI checks energy use and warns of problems. Since 2009, this has saved 70,000 tons of standard coal, cut CO₂ by 180,000 tons, and saved 18.054 billion kWh.

Global Collaboration: Learning From Each Other

Energy efficiency is a global issue. Countries and industries must work together.
Mike thinks each country and industry has strengths. Sharing these can help everyone.
EEM joins global energy talks. At the 10th IEA Global Energy Efficiency Conference, it held a CEO roundtable to encourage cooperation. It also publishes reports to help companies with funding, tech, and market access.

China’s Role: Leading by Example

China takes energy efficiency seriously. EEM works with Chinese companies to mix energy transformation and digitalization.
Dongguan Haoxin Precision Machinery is a great example. It used ABB’s solution for its book gluing line. Production went from 50 to 60 books per minute. That’s 20% more efficient, 15% less energy, and 20% better energy efficiency.

From “Must-Do” to “Want to Do”

Energy efficiency was once a policy requirement. Now, it’s a way for companies to stay competitive and grow. It involves technology, economics, the environment, and society.
With better tech, more collaboration, and stronger motivation, energy efficiency will drive industry to a more efficient, low-carbon future.

Sales Manager：Jinny
Email: sales5@xrjdcs.com
WhatsApp/Moblie: +86 18250705533
2025-07-11 BY
IN Company News

Inside TGV – How This Tech Powers Next-Gen Semiconductor Packaging

Semiconductor packaging is evolving fast. As 3D integration takes center stage, the need for better substrates grows. Silicon substrates are no longer enough. Glass substrates, with TGV (Through Glass Via) tech, are stepping up.
TGV is critical for 3D integration in glass substrates. It’s like a “bridge” that connects layers vertically, making it a game-changer for moving beyond silicon-based solutions.
The Basics of TGV
TGV stands for Through Glass Via – vertical electrical links through glass. Unlike TSV (Through Silicon Via), it’s designed to replace silicon substrates in next-gen 3D integration.
It uses high-grade borosilicate or quartz glass. The process flow includes laser induction, etching, seed layer sputtering, electroplating to fill vias, CMP, RDL, and bumping. TGVs are tiny – 10μm to 100μm in diameter. For advanced uses, each wafer needs tens of thousands to millions of these vias, all metalized for conductivity.
TGV’s Core Processes

1.Glass substrate prep: Pick ultra-thin glass with specific composition, thickness, and surface quality.

2.Laser drilling/etching: Use femtosecond lasers or wet/dry etching to create micro-holes.

3.Insulation and seed layer deposition: Add an insulating layer on hole walls for electrical isolation. Then deposit a metal seed layer.

4.Electroplating: Fill vias fully with metal (mostly copper) via electroplating.

5.Surface planarization (CMP): Polish away excess metal for a flat glass surface.

6.RDL fabrication: Deposit insulation on the glass, pattern it, and electroplate wiring to form interconnect circuits.

7.Testing and dicing: Test the interconnected wafer, then cut into individual chiplets for further packaging.

Why TGV Matters
TGV outperforms TSV in key areas. It has better high-frequency properties, lower costs, simpler processes, stronger stability, and wider uses. These perks make it a top choice for next-gen semiconductor packaging.
Sales Manager：Jinny
Email: sales5@xrjdcs.com
WhatsApp/Moblie: +86 18250705533
2025-06-23 BY
IN Company News

Schneider Electric Breaks New Ground in New Energy Transition: A Dual-Drive Path from “Scale Competition” to “Value Reconstruction

In the Saudi Arabian desert 腹地 (heartland) in June, under 40℃ high temperature, a blue photovoltaic matrix is converting solar energy into clean electric power – this Al 舒巴赫 (Al Shuqaiq) 2.6GW photovoltaic power plant, contracted by China Energy Engineering Group, not only stands as the largest photovoltaic project in the Middle East but also reflects the transformation trajectory of the global new energy industry. As China’s new energy installed capacity exceeded 1.45 billion kilowatts in 2024, surpassing thermal power for the first time, the industry is facing “growing pains” such as grid integration challenges and rising system costs. Schneider Electric provides a model for the industry’s transition from “scale expansion” to “value creation” through its dual-drive strategy of “agile innovation + ecological collaboration.”

Technological Iteration and Scenario Adaptation: The Value Breakthrough of Agile Innovation

At the 18th SNEC 2025 exhibition, Schneider Electric’s booth showcased solutions like ECC AC microgrids and photovoltaic-storage-supercharging systems, revealing the industry’s technological shift from “parameter competition” to “scenario adaptation.” Take Wuhan’s photovoltaic-storage-direct current-soft load (PV-storage-DC-soft load) demonstration base as an example: by integrating buildings, photovoltaics, and energy storage into a DC microgrid, the base reduces carbon emissions by 577 tons annually, improving carbon reduction efficiency by 13%. Such scenario-based innovation is not isolated: for extreme environments like high altitudes and cold regions, Schneider Electric’s custom air circuit breaker for the world’s highest-altitude wind power project (5,200 meters) not only adapts to 1,140V rated voltage but also operates stably in temperature ranges from -40℃ to 70℃, breaking through the environmental limitations of traditional electrical equipment with its specialized arc extinguishing system.
“Rapid new product launch” epitomizes Schneider Electric‘s agile innovation. The EasyPact CVS DC NE DC circuit breaker global protection solution launched in 2025 forms a technical matrix with the new-generation Acti9 Pro power distribution products, covering niche scenarios like photovoltaics, wind power, and energy storage. This “small steps, fast iteration” R&D model allows the company to always center on customer pain points in the rapidly evolving new energy landscape, achieving the demand upgrade from “single products” to “digital solutions.”

Industrial Chain Collaboration: From Isolated Competition to Ecological Win-Win in Global Practices

Behind the Saudi PV project lies a collaborative network of over 50 multinational suppliers from 10 countries. As the electrical solution provider for the step-up substation and central control center, Schneider Electric has become a “global partner” for Chinese new energy enterprises with its international standards and global resource integration capabilities. This ecological cooperation model was further deepened at SNEC – the joint white paper Global Protection: Eliminating DC Protection Blind Spots in Battery Energy Storage Systems released with Beijing Hybric Energy Technology Co., Ltd. integrates the technical strengths of both sides in energy storage safety, providing a replicable system-level cost reduction solution for the industry and setting a new benchmark for DC protection.

China-Centric Strategy: Localized R&D Drives Global Value Output

Schneider Electric’s dual-drive strategy relies on its deep “China-Centric” layout. With five R&D centers and an AI laboratory in China, its annual R&D investment growth exceeds 18%. The Phase II of Jinshan Innovation Experimental Park completed in 2024 has become an innovation hub for new power systems. This “integrated R&D-production-sales” mechanism enables Chinese innovations like the Wuhan PV-storage-DC-soft load base to feed back into global markets. As Wei Sizhe, Senior Vice President of Low Voltage Business at Schneider Electric Energy Management, stated: “Centered on customer needs, through a high-density innovation mechanism, we are transforming technological achievements into driving forces for the new energy industry’s value leap.”
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