Exciting Review
【Battery Craftsman Annual Forum 2025：Convergence of ingenuity, Building a new era of battery technology】
Driven by the wave of new energy, battery technology as the core driving force is leading an unprecedented green revolution. Since the first event, the Battery craftsman series has successfully held 24 battery series activities.
These 24 times, the Battery craftsman series of activities witnessed every step of battery technology from germination to maturity.From the in-depth analysis of battery safety to the fine regulation of battery thermal management; From the innovative design of battery structure to the excellence of battery manufacturing;To the clever conception and exquisite manufacturing of the battery pack housing, the battery craftsman series of activities are all leading the industry to a more efficient, safer and more environmentally friendly direction with its forward-looking vision and deep heritage.
In this brilliant process, battery craftsmen have established a solid and profound cooperative relationship with mainstream car companies at home and abroad, energy storage system manufacturers, power and energy storage battery factories.Together, these cooperation results not only highlight the outstanding contributions of battery craftsmen in the field of batteries, but also inject strong momentum into global energy transformation and sustainable development.
Today, the Battery Craftsman Annual Forum 2025 - this event carrying countless dreams and expectations, is about to open.As an important part of the 25th battery series activities, the theme of this annual meeting will be "Convergence of ingenuity, Building a New era of battery technology"， In-depth discussion of battery from design, research and development to manufacturing of the whole chain optimization and innovation。Here, top experts, scholars, and business leaders from around the world will gather to share the latest research results and successful cases, explore industry development trends and challenges, and paint a magnificent picture of the future development of battery technology.
The Battery Craftsman Annual Forum 2025 is not only a feast of wisdom and inspiration, but also an excellent opportunity for industry exchange and development。It will take ingenuity as the pen, wisdom as the ink, jointly write a new chapter in the development of battery technology, and contribute a more brilliant light to the global energy revolution。 Let's work together to usher in a new era of battery technology！
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General Session 2025.3.20 |
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Market Situation and Forecast, Auto OEMs/Energy storage system plants/Power and energy storage battery factories’strategy and demand,Overseas opportunities and challenges，The core technology of flying car battery and the key to industrialization |
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08:35-09:00 Power and energy storage battery industry development status and future prospects |
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09:00-09:25 The prospects and challenges of automotive batteries for BMW's next generation electric platform |
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09:25-09:50 Power battery development and application trends |
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09:50-10:15 Innovative materials help the safe and healthy development of new energy batteries |
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10:15-10:40 Tea breaks and Communication |
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10:40-11:05 The promotion and restriction of low-altitude economy to the development of power batteries |
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11:05-11:30 Innovative equipment upgrades help the high-quality development of new energy batteries and reduce costs and increase efficiency |
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11:30-11:55 Development direction and key technology of electric cell for power storage |
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11:55-12:15 Award Ceremony |
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12:15-13:30 Lunch and Communication |
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Session 1 2025.3.20 |
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Battery Safety and Thermal Management（High power battery,Core component，Fire and flame retardant/coating material，Liquid cooled part,pipeline, connectort) |
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13:35-14:00 Power battery safety design and Dongfeng Nissan battery ultra safety technology decryption |
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14:00-14:25 Fuchs immersion cooling innovative solutions |
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14:25-14:50 Lithium battery thermal safety and thermal management test solutions |
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14:50-15:15 Thinking and practice of eVTOL super charging battery |
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15:15-15:40 Tea breaks and Communication |
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15:40-16:05 Technology and application of low temperature cold start cell |
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16:05-16:30 Huafeng innovative solutions for battery safety and thermal management |
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16:30-16:55 Introduction to the application of extreme heat resistant materials in the safety of battery insulation |
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16:55-17:20 Advanced BMS solutions for the future |
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17:20-17:45 Battery life management technology |
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17:45-18:10 Specification for design of liquid cooling pipelines for energy |
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Session 2 2025.3.21 |
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Super charge,Battery Thermal Management & Liquid cooling key technology（800V EV supercharge heat management, Energy storage thermal management, New materials for thermal management, Battery and liquid cooling plate testing,submerged cooling, cooling plates model selection、design, manufacture） |
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09:00-09:25 Thermal safety design of battery system |
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09:25-09:50 The practical application case of submerged cooling |
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09:50-10:15 Liquid cooling super charging heat dissipation bottleneck breakthrough and thermal management strategy |
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10:15-10:35 Tea breaks and Communication |
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10:35-11:00 Thermal runaway protection of battery pack and material selection under fast charging technology |
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11:00-11:25 Thermal management solutions for 800V fast charging battery systems |
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11:25-11:50 Application of innovative testing technology in quality management of battery and liquid cooling plate |
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11:50-12:15 Next generation submerged cooling battery thermal management system |
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12:15-13:30 Lunch and Communication |
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13:35-14:00 Thermal characteristics, thermal safety and liquid cooling thermal management technology of energy storage battery |
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14:00-14:25 New energy liquid cooling plate development and laser welding application solutions |
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14:25-14:50 Battery liquid cooling plate design simulation and solution |
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14:50-15:15 A new challenge for thermal safety in battery thermal management with large cell |
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15:15-15:40 Tea breaks and Communication |
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15:40-16:05 Design points of liquid cooling plate in cylindrical power battery system |
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16:05-16:30 Design and selection of explosion-proof valve for new energy vehicle power battery system |
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16:30-16:55 Research on optimization method of integrated design of battery thermal management system |
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16:55-17:20 Analysis of reliability design of energy storage PACK |
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Session 3 2025.3.20 |
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Battery Structure Innovation、UV spraying Innovation，Adhesives and gluing techniques（CTP-CTC，Material innovation under structural innovation，UV spraying、gluing） |
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13:35-14:00 CTC battery chassis integration technology enables innovation in electric vehicles |
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14:00-14:25 New energy battery fireproof coating innovative solutions |
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14:25-14:50 Innovative digital printing solutions for the UV insulation coating industry |
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14:50-15:15 Adhesive technology development under structural innovation/gluing process innovation |
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15:15-15:40 Tea breaks and Communication |
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15:40-16:05 Application and innovation of large cylindrical cell technology |
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16:05-16:30 Power battery coating material innovation |
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16:30-16:55 Current status, trend and application of new structure technology of power battery pack |
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16:55-17:20 Battery pack lightweight and CTB body battery integration technology development |
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17:20-17:45 Battery system structure innovation and safety design |
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Session 4 2025.3.21 |
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Battery Packs Design and Manufacture & Pack upgradesi n new situations（Different material box development trend, Welding and gluing process,lightweight materials、testing,cost reduction and quality supervision of battery trays,Pack assembly and manufacture） |
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09:00-09:25 The technology trend of the new generation battery Pack |
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09:25-09:50 Thermoplastic material solutions for battery packs |
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09:50-10:15 Battery box automatic weld detection solution |
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10:15-10:35 Tea breaks and Communication |
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10:35-11:00 Flash Battery Introduction |
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11:00-11:25 Innovative materials contribute to the lightweight and safe development of battery pack |
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11:25-11:50 The design trend of battery PACK structure under cost reduction and efficiency improvement |
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11:50-12:15 Battery pack housing design and manufacture |
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12:15-13:30 Lunch and Communication |
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13:35-14:00 Progress in the development of composite battery housing |
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14:00-14:25 Battery tray 3D scanning and quality inspection technology solutions |
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14:25-14:50 Aluminum alloy battery tray and battery pack core technology and solutions |
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14:50-15:15 Innovative application design of thermoformed steel and advanced high strength steel in battery packs |
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15:15-15:40 Tea breaks and Communication |
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15:40-16:05 Battery pack sealing technology/Innovative welding technology to help battery tray manufacturing upgrade |
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16:05-16:30 Power battery pack "three" design |
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16:30-16:55 Battery PACK flexible assembly line automation and digital tightening technology application |
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16:55-17:20 Development and sharing of large-scale integrated die casting battery pack |
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Session 5 2025.3.20 |
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Battery manufacturing/Intelligent manufacturing and process innovation（Dry Electrode，Production-Assembly-Inspection）Precision manufacturing technology（coating、winding/stacking、welding、filling）、new packaging technology（heat-seal、ultrasonic、laser）、Innovation material（Cathode and Anode material、Separator）and Intelligent manufacturing |
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13:35-14:00 Development progress of high specific energy lithium metal batteries |
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14:00-14:25 Large cylindrical battery housing 'new structure' "design and manufacture |
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14:25-14:50 Iterative optimization of laser welding technology in cell manufacturing |
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14:50-15:15 Industrial AI testing helps upgrade the intelligent manufacturing of lithium batteries |
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15:15-15:40 Tea breaks and Communication |
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15:40-16:05 The lithium iron phosphate battery under the "roll" and "stack" competition |
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16:05-16:30 Dry electrode technology: Leading a new revolution in battery manufacturing |
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16:30-16:55 Blade battery ultimate manufacturing and application |
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16:55-17:20 Progress of positive verification of dry electrode at home and abroad |
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17:20-17:45 Development and application of silicon negative electrode in high energy density battery |
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Session 6 2025.3.21 |
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Development of Solid-state batteries and advanced Current Collectors（Solid state battery mass production key points, innovative applications, Solid state battery key materials and process equipment, Innovative technology for Current Collector and Composite Current Collector and mass production key technology） |
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09:00-09:25 Difficulties and prospects of industrialization of solid state battery |
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09:25-09:50 The key manufacturing process and equipment of solid state battery |
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09:50-10:15 Technology innovation of solid state lithium battery without diaphragm |
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10:15-10:35 Tea breaks and Communication |
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10:35-11:00 Application of solid state battery in low altitude economy field |
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11:00-11:25 Upgrade and application of key materials for solid state batteries |
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11:25-11:50 Negative collector for solid-state batteries |
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11:50-13:30 Lunch and Communication |
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13:35-14:00 Evelopment status and prospect of solid state battery industry |
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14:00-14:25 Research progress of electrolyte materials for solid state lithium batteries |
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14:25-14:50 Dry electrodes & halide electrolytes enable high specific energy all-solid-state batteries |
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14:50-15:15 The key equipment and technology for the composite fluid collector mass production |
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15:15-15:40 Tea breaks and Communication |
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15:40-16:05 Negative collector for solid-state batteries |
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16:05-16:30 Development and future of copper foil technology for power lithium battery |
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16:30-16:55 Large-scale production of new multi-functional composite fluid collector |
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16:55-17:20 Research progress on key materials and safety of high specific energy sulfide all-solid-state batteries |
Ontact: Carl (Manager Du)
Tel: 181 5871 1612
Email: carl.du@ourpolaris.com
