Successful Conclusion of the Dual-Booth Collaborative Exhibition | Redcoast Made Its Debut at CIBF 2026, Empowering the Upgrade of New Energy Intelligent Manufacturing with AI and Industrial Digitalization

As the 18th China International Battery Fair (CIBF 2026 ) concluded successfully, this major industry event—which brought together global companies in new energy and lithium battery supply chain—once again sent an important signal that new energy manufacturing is undergoing a deep upgrade toward intelligence and digitalization.

During this year’s exhibition, the momentum of the new energy industry continued to rise, with dense crowds on site and a vibrant atmosphere of exchanges. A large number of enterprises and professional visitors from lithium battery materials, battery manufacturing, intelligent equipment, industrial software, and digitalization gathered at the venue, engaging in in-depth discussions on AI, digital twins, intelligent manufacturing, equipment asset management, etc.

Against the backdrop of continued industrial expansion and intensifying global competition, the industry’s focus on “intelligent manufacturing” is gradually shifting from automation of individual equipment toward more systematic digital collaboration capabilities.

At CIBF 2026, Redcoast made a powerful appearance with its core industrial digitalization system and AI-driven full lifecycle equipment asset management solution. Participating in a dual-exhibition format—featuring its main booth 4T119 and a joint booth 7T010 with its parent company SOPHON—Redcoast fully showcased the upgrade path for new energy manufacturing through the integration of AI and industrial digitalization, attracting a large number of industry customers, partners, and professional visitors to engage in on-site exchanges.

Collaborative exhibitions in tandem, with on-site exchanges remaining vibrant.

During the exhibition, the Redcoast 4T119 main booth maintained a consistently high level of enthusiastic exchanges.

From the very first day of the exhibition, the booth attracted a large number of industry customers who stopped by for inquiries, with a continuous stream of visitors on site. The large-screen demonstrations, dynamic displays of digital systems, and equipment visualization in the exhibition area drew many visitors to stay and watch for extended periods. Quite a few customers even engaged in lengthy technical exchanges and business discussions within the booth area.

On site, one could clearly feel that—compared to the past phase of focusing solely on “automated equipment”—a growing number of companies are now placing greater emphasis on:

• How AI can truly enter the production process
• How data can form a closed loop
• How factories can achieve collaborative management
• How equipment can realize predictive maintenance
• How digital systems can be truly implemented

Especially against the backdrop of rapid production expansion in the new energy industry, equipment stability, production consistency, and plant operational efficiency have gradually become the core concerns of enterprises.

The overall display system that Redcoast built around “AI + Industrial Digitalization” has also become one of the key focus areas for on-site exchanges.

Meanwhile, at the parent company’s Joint Booth 7T010, the AI-driven Equipment Asset Full Lifecycle Management exhibition area under Redcoast also attracted a large number of customers for in-depth exchanges. The coordinated display of the two exhibition zones not only further strengthened industrial synergy capabilities but also enabled more clients to intuitively experience the application value generated by the integration of the AI digital system with real-world industrial scenarios.

Core Exhibition Zone 1: AI-Driven Equipment Asset Full Lifecycle Management Zone

As a core highlight of this exhibition, the “AI-Driven Equipment Asset Full Lifecycle Management Zone” located in the central area of the booth became one of the most attended sections on site.

Throughout the exhibition, this zone consistently drew large crowds. Many clients engaged in in-depth discussions around predictive maintenance, equipment health scoring, anomaly warning, and AI diagnostic logic.

The live dynamic screen continuously demonstrated equipment operating status, health trend analysis, and fault prediction logic. Through the integration of real-time data and AI models, visitors gained a more intuitive understanding of the shift in equipment management from “reactive maintenance” to “predictive maintenance.”

The new energy industry currently faces common challenges such as:

• Rapidly increasing number of equipment assets
• Continuously rising operational and maintenance complexity
• High costs of unplanned downtime
• Insufficient utilization of equipment data
• Difficulties in multi-factory coordination

Especially in the context of continuous production in the new energy industry, an anomaly in a critical piece of equipment often directly affects the rhythm of the entire production line, and may even impact product consistency and delivery schedules. Therefore, “equipment asset management” is gradually evolving from a traditional record-keeping model to an AI-driven intelligent management system.

Redcoast’s AI-driven Equipment Asset Full Lifecycle Management system showcased at this exhibition covers the entire equipment journey from:

• Design and selection
• Installation and commissioning
• Operation monitoring
• Predictive maintenance
• Fault diagnosis
• Spare parts management
• Lifecycle assessment

Through AI algorithms, industrial data modeling, and equipment digital profiling technology, the system enables the upgrade of equipment asset management from “reactive management” to “predictive maintenance.”

Many customers at the exhibition expressed during their conversations that the new energy industry will have increasingly higher demands for equipment stability and asset operational efficiency in the future, and that AI-driven equipment management systems will gradually become an important direction for industry development.

Core Exhibition Zone 2: LFP Digital Production Line Zone

The LFP digital production line zone also became one of the most actively discussed areas at the exhibition.

Through dynamic production line demonstrations and a digital operation interface, the zone intuitively showcased data collaboration capabilities across key processes, including raw material feeding, mixing, sintering, conveying, and packaging.

Many new energy material enterprises at the exhibition paid close attention to the following aspects:

• Process stability improvement
• Data traceability capabilities
• Energy consumption management
• Key equipment coordination
• Anomaly warning mechanisms

In recent years, as the LFP industry has entered a phase of large-scale competition, the industry’s requirements for production consistency and refined operational capabilities have continued to increase.

At the same time, the core value of digital systems is gradually shifting from “information display” to “production coordination and optimization.”

The digital production line solution showcased by Redcoast at this exhibition further enhances the stability and management efficiency of new energy material production processes through integrated analysis of process parameters, real-time equipment monitoring, and AI-powered anomaly recognition capabilities.

Core Exhibition Zone 3: Demonstration Zone for Redcoast’s Industrial Digital Solutions

The Industrial Digital Solutions Demonstration Zone focused on showcasing Redcoast’s overall digital capabilities in the process industry and new energy sector.

At the exhibition, a large screen continuously played a looped demonstration of the complete digital closed-loop process—from on-site equipment data collection, to data modeling, digital twins, AI analysis, and finally to business collaboration output.

During the live demonstrations, many visitors showed strong interest in the digital twin visualization interface and the real-time data integration effects.

Meanwhile, many customers also mentioned during their conversations that the biggest challenge in the industry today is not merely “system implementation,” but rather:

• Whether data is truly integrated
• Whether systems can collaborate with one another
• Whether AI can truly participate in decision-making
• Whether digitalization can generate long-term value

This also indicates that industrial digitalization is moving from the “single-system implementation phase” to the “systematic collaboration phase.”

Core Exhibition Zone 4: HALOMES Digital Factory Zone

The HALOMES Digital Factory Zone also attracted a large number of manufacturing enterprises who stopped by for discussions.

Through a simulated production scenario, the zone dynamically demonstrated the complete process from order placement to production execution, and then to quality traceability and data archiving.

Many customers at the exhibition paid close attention to the following areas:

• Multi-production line coordination management
• Process traceability capabilities
• Real-time production visualization
• Data-driven collaborative analysis
• Flexible production management

As the production pace in the new energy industry continues to accelerate, traditional MES systems are no longer able to meet the data collaboration demands of complex manufacturing scenarios.

In response, the new-generation digital factory platform is gradually evolving from a “production management tool” into a “collaboration hub for plant operations.”

Core Exhibition Zone 5: Critical Equipment Visualization Zone

The Critical Equipment Visualization Zone, with its dynamic 3D display effects, also became one of the most popular areas at the exhibition.

Through digital twins and 3D visualization technologies, the zone presented a real-time dynamic display of core production equipment. Visitors could intuitively see equipment operation status, structural information, and real-time parameter changes.

During the interactive experience at the exhibition, many customers showed strong interest in the following capabilities:

• 3D equipment inspection
• Fault localization
• Remote operation and maintenance
• Dynamic operation simulation
• Display of multi-equipment integration

With the continuous maturation of industrial AI and digital twin technologies, equipment visualization is also gradually evolving from a traditional “display tool” into an important component of enterprise digital operations and maintenance.

AI+ Industry: Redefining the Future of New Energy Manufacturing

Looking at the overall trend of this year’s CIBF 2026, AI and industrial digitalization are no longer just conceptual demonstrations—they have truly begun to enter the core processes of new energy manufacturing.

Especially in the following areas:

• Equipment asset management
• Production coordination
• Quality control
• Energy consumption optimization
• Intelligent operations and maintenance
• Data governance

A growing number of companies are beginning to focus on AI’s practical implementation capabilities and long-term operational value.

In the future, competition in the new energy industry will gradually shift from “standalone manufacturing capability” to “intelligent system capability.”

Whoever can take the lead in achieving the following:

• Data integration
• Deep AI application
• Industrial knowledge accumulation
• Intelligent equipment operations and maintenance
• Factory coordination and optimization

will be more likely to establish a long-term competitive advantage in the next phase of industry competition.

At CIBF 2026, Redcoast not only showcased its core capabilities in integrating AI with industrial digitalization, but also further demonstrated its deep technical expertise and scenario-based implementation capabilities in the field of new energy intelligent manufacturing.

Looking ahead, Redcoast will continue to innovate in the following areas:

• AI-driven equipment asset management
• Industrial digital twins
• Intelligent operations and maintenance
• Digital factory
• Digitalization of new energy industry

Redcoast is committed to advancing industrial digitalization from the “display layer” to the “core production layer,” providing stronger digital support for the high-quality development of the new energy industry.

Although CIBF 2026 has come to a successful close, a new era for new energy intelligent manufacturing and industrial AI is accelerating toward us.