Core Insights - The sixth Battery Day of Honeycomb Energy, themed "Bee Beyond, Trust the Future," showcased breakthroughs in key technologies for power batteries, emphasizing safety as a core principle [1] Product Innovations - Honeycomb Energy launched the world's largest 80kWh plug-in hybrid battery pack "Fortress 2.0," enabling D-class plug-in vehicles to achieve over 400km pure electric range, with a 6% improvement in volume utilization and energy density [3] - The company introduced a low-cost semi-solid battery using a globally pioneering membrane transfer technology, enhancing ionic conductivity by 10% and reducing thermal shrinkage by 20%, significantly improving high-temperature safety [4] - The "Dragon Scale 3.0" platform achieved "fire-electric separation" and compatibility with CTC/CTB in square batteries, increasing cell capacity by 7%-10% and enhancing heat dissipation capabilities [6][7] Market Expansion - Honeycomb Energy is diversifying its product offerings across multiple scenarios, including HEV batteries with capacities ranging from 3.6 to 7.3kWh, large storage cells of 588Ah/866Ah, and batteries for unmanned logistics vehicles with a range of 10-50kWh [7]

Core Viewpoint - The article discusses the launch of various innovative battery technologies by Hive Energy, focusing on safety, performance, and versatility across multiple applications in the energy and transportation sectors [2][28]. Group 1: Product Innovations - Hive Energy introduced the world's largest plug-in hybrid battery, the Fortress 2.0, with an 80kWh capacity, enabling over 400km of pure electric range for D-class vehicles [7][4]. - The Fortress 2.0 features a highly integrated system design, improving volume utilization and energy density by 6%, and supports peak 6C fast charging, allowing 10%-80% charging in just 10 minutes [9]. - The company unveiled a low-cost semi-solid battery utilizing a pioneering solid electrolyte membrane transfer technology, enhancing safety and performance metrics [10][11]. Group 2: Safety Enhancements - The self-developed solid electrolyte membrane technology improves ionic conductivity by over 10% and reduces thermal shrinkage at 200°C by 20%, significantly enhancing high-temperature safety [11][15]. - The Dragon Scale 3.0 platform achieves optimal thermal separation in square battery systems, addressing safety concerns related to thermal runaway while maintaining high integration levels [17][19]. - The new battery designs incorporate features that enhance thermal management and reduce the risk of thermal runaway by improving heat dissipation and structural integrity [20][15]. Group 3: Market Applications - Hive Energy is targeting the emerging markets of unmanned logistics and low-altitude scenarios with a new series of batteries ranging from 10-50kWh, designed for diverse operational environments [26][28]. - The company also launched a large-capacity HEV battery with a range of 3.6 – 7.3kWh, aimed at facilitating the intelligent upgrade of fuel vehicles [20]. - In the energy storage sector, Hive Energy introduced the world's first 588Ah stacked energy cell, designed for high safety and rapid discharge capabilities, with scalable solutions for various applications [22][24]. Group 4: Future Directions - Hive Energy aims to leverage its foundational safety technologies and systematic innovations to continuously develop products and solutions for the next generation of transportation and energy systems [29].