Empowering ultra-low-cost energy storage, BangQi unveils its innovative "1+8" integrated hardware-and-software production collaboration solution—fully automated—for the first time at the 2024 Gao Gong Energy Storage Annual Conference!

Reduce headcount by 50%, boost efficiency by 30%, and cut costs by 30%.

BangQi Unveils Its Integrated "1+8" Human-Machine Collaborative Unmanned Solution

BangQi Technology's fully automated, scenario-specific, and process-integrated solution for the energy storage industry is designed to Streamline the entire process—from platform-based loading and unloading of goods, distribution of raw materials and line-side auxiliary supplies, to production-line collaboration—and finally, move finished products into storage and enable outdoor autonomous logistics. By leveraging comprehensive intelligent and unmanned deployments, we are driving the efficient operation of the energy storage industry.

Producing the collaborative, unmanned pull-and-delivery system LDS, to Logistics/Production Big Data, Scenario AI, Decision AI, Robotics Control Technology As a foundation, establish seamless data connectivity between equipment and systems across the logistics and production sides, Managing demand in the production process, along with multi-level calculations, autonomous pull systems, task scheduling, and unmanned logistics delivery. An integrated management platform.

Automatic loading and unloading on the platform : Covers Fork-rail platform for automated loading and unloading, tail-box AGV for automatic cargo handling, and dual-wing automated loading and unloading system Wait—by leveraging intelligent technologies, we’ve dramatically boosted loading and unloading efficiency, significantly reducing cargo transit times, and achieving tangible results. Reduce reliance on manual labor and operational costs ， Achieve efficient loading and unloading operations.

Automatic Unpacking of Foil Materials : Enhance unpacking efficiency, minimize manual intervention, and achieve precision through accurate operations. Avoid material waste and ensure job site safety. , helping enterprises significantly boost productivity, reduce labor costs, and comprehensively optimize material utilization and working conditions.

Automatic unpacking of battery cell auxiliary materials : By leveraging a highly efficient and precise automation system, we address the challenges of slow manual unpacking, frequent errors, and high contamination risks—enabling… Reduced the number of staff by 60%, dropping from 18 to 8 employees. , significantly enhancing unpacking speed and accuracy, thereby providing robust support for the stable operation of the battery cell production line.

Module raw material in-line warehouse: store above, pick below : Focused on the quick and precise unpacking of auxiliary materials such as end plates and side panels, as well as efficient put-away and retrieval operations—enabling Reduce manual operations by 50%, while simultaneously boosting production efficiency and unpacking accuracy—each by 50%. Addressing the issues of long production lead times and high risks of material contamination.

Automatic OHT Overhead Crane Transportation System : To address the need for airborne handling of coil materials, we optimize the material transport process through intelligent, high-precision automation, enabling… Work efficiency improved by 80%, production cycles shortened by 60%, and overall production efficiency increased by 40%–55%. and fully meet the stringent requirements for high-cleanliness and high-precision production environments.

Air Transportation System Designed for the efficient and continuous handling of battery cell materials, it breaks through the efficiency limitations of traditional ground transportation, enabling: Material transportation efficiency increased by 30%, labor costs decreased by 65%, space utilization improved by 40%, and overall production efficiency rose by 25%. , creating a comprehensive and efficient material flow environment for businesses.

AI-powered visual inspection : Capable of being applied to scenarios such as aluminum-shell top cover inspection and six-sided cell inspection, effectively addressing the issues of low manual inspection efficiency and high rates of false or missed detections, while enabling… Efficiency increased by 80%, while false and missed detection rates were reduced by 80%—all while cutting manual inspection requirements by more than 50%. , providing precise and efficient quality assurance for the production line.

High-Speed Logistics Conveyor System Designed for the battery cell assembly production line, through Increase cargo handling speed and reduce operational time. , addressing the challenges of low efficiency and slow speeds in traditional logistics systems, injecting new momentum into enterprise assembly line logistics, and ensuring maximum logistical efficiency for smoother production rhythms.