I. Industry Frontiers: Focus on High-Density Automation and Green Transition

1. Omnidirectional AGV Technology Breaks Space Constraints
   German startup Filics recently secured €13.5 million in funding for its dual-AGV "chopstick mode" system. By collaborating with two independent chassis robots, it increases aisle space utilization by 30% without modifying shelves, reaching a maximum of 66% in floor-stacking scenarios. This technological trend aligns with EBILTECH's welded rack + stacker solution in the LG Energy Solution project, jointly driving a revolution in warehouse space efficiency.
2. China-Europe Cooperation Sets Benchmark for Full-Process Intelligence
   The smart warehousing project jointly developed by Zhongjian Intelligence and Hungary's J-STAR MOTION utilizes 5 automated stackers (20m in height), AGVs, and multilingual WMS/WCS systems to achieve fully unmanned operations from raw materials to finished products, with an inbound/outbound efficiency of 199 pallets/hour. The equipment strictly complies with EU CE certification standards, adopting shot blasting and electrostatic spraying processes to practice green manufacturing. Such projects provide a replicable "technology export + localized operation" model for EBILTECH's European market expansion.
3. AI and IoT Drive Dynamic Scheduling and Zero Cargo Damage
   The unmanned forklift cluster deployed by Wood Ant Robotics in a European automotive parts warehouse achieves dynamic path planning and precise handling of film-covered pallets through SLAM laser navigation, multispectral visual recognition, and digital twin technology. This reduces the cargo damage rate from 1.2% to 0.03%, saving over €800,000 annually. EBILTECH's independently developed intelligent scheduling system also supports seamless integration with mainstream European WMS, enhancing cross-cultural collaboration efficiency.

II. EBILTECH's Technological Practices and Industry Empowerment

1. Core Technologies: High-Density Storage and Flexible Automation
   In the LG Energy Solution project, EBILTECH innovatively adopted a combination of welded racks and stackers, enabling automatic data backup and unmanned operations through WMS/WCS systems, reducing overall investment costs by 20% while supporting flexible layouts across multiple industries. Its shuttle rack technology can adapt to customized needs in new energy, cold chain, and other scenarios, achieving rapid deployment through modular design.
2. Building a Green Standard System
   EBILTECH actively responds to the EU Green Deal, adopting photovoltaic energy storage, energy-efficient motors, and other technologies in equipment manufacturing to reduce the carbon footprint throughout the warehouse lifecycle. The green warehousing standard system it participates in formulating covers core indicators such as energy efficiency grading and waste recycling, helping enterprises meet EU packaging regulations (75% recyclable materials requirement) and carbon footprint tracing needs.
3. Global Strategy and Ecological Collaboration
   Following the LG project, EBILTECH is accelerating its expansion into the European market, planning to establish a regional center in Hungary to radiate manufacturing powerhouses such as Germany and France. By opening API interfaces for in-depth integration with local supply chain enterprises, its solutions have proven effective in e-commerce distribution, automotive parts, and other fields, providing a model for "Belt and Road" smart logistics construction.

III. Market Data and Policy Drivers

• Scale Growth: The global smart warehousing market is expected to reach RMB 558.8 billion by 2025, with China's market exceeding RMB 195.4 billion, driven by surging demand in new energy, pharmaceuticals, and other industries.

• Policy Support: China's 14th Five-Year Plan specifies that the penetration rate of smart warehousing will exceed 50% by 2025, while the EU's "Green New Deal" mandates a 20% improvement in energy efficiency for warehousing equipment.

• Technology Integration: 5G + edge computing and digital twins enable real-time scheduling and predictive maintenance, as exemplified by Filics' planned 2026 launch of the "5-minute fully autonomous truck loading" function, further compressing end-to-end time.

EBILTECH's Future Layout