According to the "14th Five-Year Plan for a Modern Energy System," the power grid must serve as the core platform to coordinate the large-scale development of new energy with the safe and stable operation of the power system. By advancing the digital upgrade of the power system, building new power system models, and deepening institutional reform, the plan aims to enhance technological innovation and intelligent O&M capabilities while strengthening power resource allocation. As a pillar of the national economy, the electric power industry must, while fulfilling its core role in supporting social development, build an intelligent and efficient warehousing and logistics system to boost its competitiveness. Given that power materials are diverse, have large demand volumes, and require timely supply, it is essential to scientifically plan warehouse layouts, optimize logistics architecture, and improve resource allocation efficiency to create a modern warehousing system that combines precise daily allocation with rapid emergency response, thus providing a solid material support foundation for the safe operation of the power system. PART ONE-Pain Point Analysis of Warehousing Upgrades in the Electric Power and Grid Industry The extensive variety of materials: spanning power transmission and transformation equipment, emergency repair tools, safety protection gear, etc. - presents significant challenges in categorical management. This complexity often leads to storage inaccuracies, inefficient retrieval, and may potentially cause repair delays due to material misidentification. High-Priority Emergency Response Demands: Power equipment failures may trigger large-scale power outages, necessitating rapid deployment of spare parts for emergency repairs. Conventional warehousing models exhibit slow response speeds, struggling to meet emergency demands particularly during nighttime operations or in remote areas. Challenges in Distributed Inventory Management: The widespread geographical distribution of power infrastructure creates coordination complexities for regional warehousing centers. This often results in uneven inventory distribution across service zones, leading to suboptimal resource allocation and increased operational costs. Data Latency and Information Silos: Manual inventory auditing processes cause delayed data updates (typically 24-48 hours) with accuracy rates below 85%, insufficient for real-time dispatching decisions. Compounding this issue, fragmented material management systems across departments maintain isolated datasets, preventing effective cross-functional coordination. Physical Space Constraints: Approximately 65% of power grid warehouses are retrofitted from legacy facilities, introducing inherent design limitations: Dimensional constraints in length/width, Restricted floor load-bearing capacity, Height limitations. These structural parameters fundamentally constrain storage optimization potential. PART TWO-Yufeng Intelligent Ele...

From March 25th to 27th, 2025, the 112th China National Food and Alcoholic Products Trade Fair (referred to as the "Sugar and Wine Expo") will grandly open in Chengdu. As an annual barometer of the sugar and wine industry, the expo has always been one of the most historic, large-scale, and influential exhibitions in the sector. As a core member enterprise of Helixi Group in the field of intelligent logistics, Yufeng Intelligent has successfully created intelligent warehousing and logistics model projects for leading companies such as Moutai Group, Jinjiu, Feihe Dairy, and Xiduoduo Food, thanks to its solid technological foundation and industry experience. Through self-developed WMS/WCS systems, AGV/RGV intelligent handling equipment, and digital twin management platforms, Yufeng Intelligent helps clients achieve intelligent warehousing logistics transformation, digital upgrades of production processes, significantly improving operational efficiency, reducing overall costs, and optimizing quality management systems. As a technology enterprise focusing on intelligent logistics solutions, Yufeng Intelligent continues to delve deeply into vertical scenarios in the food and beverage industry. At this year's Sugar and Wine Expo, the company will prominently showcase three targeted solutions at booth 3B-007T in Hall 3: Production-Oriented High-Density Storage Systems Flexible Dynamic Handling Solutions Innovative Applications of Narrow-Aisle Three-Way Forklifts These exhibits systematically present customized technological achievements and practical implementations tailored for the food and beverage industry. The food and beverage sector, as a crucial component of fast-moving consumer goods, primarily relies on efficient turnover and optimized production processes to drive profit growth. Implementing intelligent warehousing technologies not only significantly enhances inventory turnover efficiency but also provides a solid technological foundation for companies to establish differentiated competitive advantages. Currently, the industry is characterized by a limited variety of products with large batch sizes. Utilizing a four-way shuttle vehicle flexible system as an intelligent warehousing solution offers both adaptable system configurations and exceptional cost-effectiveness. Yufeng Intelligent's latest Multi-Directional Shuttle System is reshaping the landscape of warehousing and logistics. This innovative device offers omnidirectional movement capabilities, and with our self-developed AI cluster scheduling technology, it can deploy 500 storage units within 24 hours. Notably, the system operates efficiently across a wide temperature range from -25°C to 45°C, meeting the stringent demands of food cold chain logistics and adapting to the unique scenarios of the new energy industry. Additionally, it enhances space utilization by over 30%, bringing revolutionary changes to numerous e-commerce logistics centers and high-density storage environments. Anothe...

Product Picture Product Video

Product Description Yufeng Intelligent has deployed multiple intelligent Automated Guided Vehicles AGV. Finished products are automatically delivered by AGV to designated production positions. The AGV dispatch system integrates with the Manufacturing Execution System (MES), Warehouse Management System (WMS), and real-time internet control of each machine, ensuring efficient and reliable operation of all logistics systems. Product Picture

Product Description This project utilizes three Narrow-Aisle, Three-Way Fork Automated Guided Vehicles AGV, three Stacker Fork AGV, and two Material Box AGV. The Three-Way Fork AGV are primarily used to meet the daily inbound and outbound handling and storage needs of the raw material warehouse. The Stacker AGV mainly handle material transportation between the raw material area and the production line. The Material Box AGV are primarily responsible for transporting and storing materials between the production line and the finished product warehouse. Product Picture

Product Description This project is designed to automate the storage of anode and cathode raw materials in the lithium battery workshop. A total of four laser-guided three-way forklift AGVs are deployed. The workflow is as follows: Operators place the anode and cathode raw materials in the designated buffer storage area. Once placed, the automatic scanning system identifies the material type and pallet specifications. The WMS (Warehouse Management System) automatically binds the material and pallet information. A safety light curtain detects the material’s external dimensions, checking for excessive height or width. Once verified, the WCS (Warehouse Control System) dispatches the AGVs to transport and store the materials in the designated warehouse locations. Product Picture

Product Description Yufeng Intelligent has deployed multiple models of mobile robots for a medical enterprise, integrating MES, WMS, and WCS to create a flexible and intelligent material handling solution that synchronizes with factory and production line equipment. All robots are centrally managed by Yufeng Intelligent’s self-developed dispatching system, enabling dynamic route planning, real-time status reporting, and efficient execution of tasks such as raw material distribution, inbound handling of finished/semi-finished products, remote warehouse station deliveries, and multi-vehicle coordination with flexible avoidance mechanisms. Aligning with the digital transformation trend, Yufeng Intelligent provides end-to-end solutions for medical enterprises, facilitating smart factory development and empowering businesses with enhanced efficiency through digitalization and automation. Product Picture Product Advantage 1. Magnetic Navigation in Narrow Aisles and Laser Navigation in Open Areas The three-way forklift robot adopts magnetic navigation inside narrow aisles and laser navigation in external areas.Since the customer required the aisle width to remain unchanged,and manual pallet transport was still necessary on the first level,the standard dual-side navigation guard rails for three-way forklifts could not be used.To ensure operational stability and safety,a hybrid navigation system combining magnetic guidance within aisles and laser navigation in open areas was implemented to meet production needs. 2. Multi-Area,Multi-Floor Pharmaceutical Transport The production facility spans three floors, with each level covering over 10,000 square meters.The robots receive WMS-assigned tasks based on production line requirements across different floors.To navigate complex pathways,seamless integration with MES enables: Obstacle avoidance, Efficient elevator transitions between floors, Automated door passage, Accurate and rapid switching of navigation maps. This interconnected system showcases Yufeng Intelligent’s advanced software capabilities, ensuring smooth and precise automation for multi-floor pharmaceutical logistics. Product Video

Project Background The tobacco industry is characterized by high material flow,multiple transportation stages,a high degree of automation and flexibility in production,and stringent requirements for information control and management systems.In recent years,major tobacco companies have been continuously adopting new technologies to enhance operational efficiency and control costs.As a hallmark of modern production,AGVs are well-suited to meet these industry demands. This project aims to provide a fully automated,unmanned solution for a tobacco company,integrating storage,sorting,and distribution.The automation level is expected to exceed 90%.Additionally,to align with the State Council's "Made in China 2025" strategic plan,the project requires a significantly higher proportion of domestically produced equipment compared to imported products. Implementation Challenges and Countermeasures Due to site constraints,the project requires an increase in storage capacity.The temporary storage area is designed as a high-density storage zone,utilizing shuttle cars for storage and AGVs for transportation.The project primarily involves two key challenges: Challenge 1: Efficient Warehouse Scheduling in a High-Density Storage Area with Limited Space To address warehouse space limitations and optimize inbound and outbound efficiency,a customized Warehouse Management System (WMS) with multiple rule-based strategies was implemented.This system manages multi-level orders across provinces and cities,handling multi-SKU,multi-batch attributes.It streamlines order initialization,order consolidation,inventory allocation,picking strategies,and shipping strategies,significantly improving inventory efficiency. Challenge 2: High-Precision AGV Handling of Shuttle Cars There are very few successful industry cases of AGVs handling shuttle cars,mainly due to the minimal gap between the shuttle car and its rail.The AGV must place the shuttle car with millimeter-level accuracy.Additionally,the plant layout leaves only 2.7 meters of space for AGV movement.To overcome these challenges,a custom reach-type laser-guided forklift AGV was designed.The vehicle's mechanical structure was modified,and precise load distribution calculations ensured a compact yet stable design.The smaller body facilitated accurate positioning,while enhanced positioning sensors and an improved control system ensured millimeter-level precision. Customer Value This project deployed six reach-type laser-guided forklift AGVs working in coordination with shuttle cars.Manual layer-switching was replaced with automated AGV operations,significantly increasing workshop intelligence and automation while reducing labor intensity.The Yufeng intelligent scheduling system effectively addressed challenges such as high material transport volume,low efficiency,and inaccurate handling of manual forklifts. This also enhanced workplace safety and eliminated the conventional reliance on stacker cranes or lifts to interface with s...