Re-purchased 109 times—chosen by over 80% of industry giants! Unveiling Pangqi’s AI-powered, fully automated solutions for all scenarios, favored by CATL, EVE Energy, and other leading companies.
Release date:
2025-12-01 11:30
Source:
The global energy transition is accelerating. As the core of new energy sources, lithium batteries face four major challenges in their manufacturing—high complexity, high efficiency, high stability, and high cleanliness—and have become a critical area for upgrading industrial automation. Driven by the nation’s “Dual Carbon” strategy and the surging demand for energy storage and new-energy vehicles, enterprises are urgently seeking to improve quality, reduce costs, and enhance efficiency. However, bottlenecks such as complex production lines, labor-intensive operations, and poor quality consistency have become increasingly apparent, making it imperative to adopt systematic, intelligent solutions to break through these challenges.
As a global leader in AI-powered unmanned factories and warehouses, Pangqi Technology focuses on “end-to-end AI-driven automation,” leveraging... An independently developed digital foundation for industrial AI small models, integrating innovative technologies such as the production collaboration and autonomous pull system LDS, the multi-brand robot hybrid scheduling system ADS, and the unmanned collaborative manufacturing management system MOM. , We have built an integrated system encompassing “AI + software + hardware + services,” creating the first “1+15” fully unmanned solution covering all scenarios and processes in the new energy industry.
According to estimates, by adopting Pangqi New Energy’s comprehensive unmanned solution for all scenarios, numerous enterprises have achieved a significant boost in production efficiency, a noticeable reduction in costs, and a substantial increase in automation levels, enabling them to reach— Capacity output increased by 10%, automation rate improved by 50%, hardware investment costs reduced by 30%, and workforce reduction coupled with efficiency gains led to cost reductions of 50%. This has truly achieved the goals of lower costs, higher efficiency, and more stable quality in the transformation and upgrade, setting a replicable benchmark for the lithium-ion new energy industry.
Pangqi’s new energy industry “1+15” all-scenario, end-to-end unmanned solution covers key links on both the logistics and production sides. On the logistics side, there’s automated loading and unloading at platforms, automatic unpacking in auxiliary material handling areas, and storage and retrieval operations at module-line-side warehouses. On the production side, we have a fully automated OHT system, aerial conveyance, AI-powered visual inspection, high-speed roller/magnetic levitation conveyor systems, and 15 standardized scenarios—all comprehensively implemented. Empower battery manufacturers to enhance efficiency, reduce costs, and ensure quality. Helping the industry comprehensively enhance production line automation, collaborative efficiency, and intelligent decision-making capabilities.
Among these, focus on the pain points and bottlenecks in battery manufacturing. Pangqi Technology has innovatively launched eight comprehensive, unmanned solutions for new energy scenarios, centered around core processes such as "moving, dismantling, picking, transporting, inspecting, and managing." It covers key processes ranging from automated loading and unloading on platforms, unpacking of battery cell auxiliary materials and foil sheets, to highly precise fully automated OHT systems, AI-powered visual inspection, and unmanned driving within the plant area—creating a fully integrated, end-to-end, intelligent manufacturing loop that accelerates the global battery manufacturing industry’s transition into an unmanned era.
Pangqi 8: All-Scenario, Full-Process Unmanned Solution
Includes automated loading and unloading at fork-track platforms, automated loading and unloading with tail-gate AGVs, and automated loading and unloading on both sides of the vehicle—leveraging unmanned technologies to empower enterprises. The automation rate has increased to over 90%, labor costs have been reduced by more than 70%, and the product damage rate has dropped to zero. Achieve fast, high-frequency, and zero-error cargo handling.

By leveraging a highly efficient and precise automated system, we can address the challenges of slow manual unpacking, frequent errors, and high contamination risks associated with traditional manual methods. The number of personnel has been reduced by 80%, pollution and misdisassembly rates have decreased by over 90%, and defect rates have dropped by 60% to 80%. Significantly improves unpacking speed and accuracy, providing strong support for the stable operation of the cell production line.

Improve unpacking efficiency, reduce manual intervention, avoid material waste through precise operations, ensure operational safety, and help enterprises achieve... Work efficiency increased by 50%, labor costs reduced by 50%-100%, and material waste rate decreased by 90%. The work environment has been comprehensively optimized.

To meet the demand for aerial handling of coil materials, we will optimize the material transportation process through intelligent and high-precision automation, enabling... Work efficiency increased by 80%, production cycle shortened by 60%, defect rate reduced by 70%-80%, and overall production efficiency improved by 40%-55%. and fully meet the requirements of high-cleanliness and high-precision production environments.

Designed for the efficient and continuous handling of battery cell materials, it breaks through the efficiency bottlenecks of traditional ground transportation and can achieve: Material transportation efficiency increased by 30%, labor costs reduced by 65%, space utilization improved by 40%, and overall production efficiency increased by 25%. To create a comprehensive and efficient material flow environment for enterprises.

It can be applied to scenarios such as aluminum-shell top covers and six-sided cell inspections, effectively addressing the issues of low efficiency in manual inspection and high rates of false positives and missed detections, and can achieve... Efficiency increased by 80%, false positive and missed detection rates reduced by 80%, while the need for manual inspection is reduced by more than 50%. Providing precise and efficient quality assurance for the production line.
Focusing on the rapid and precise unpacking and storage/retrieval operations of auxiliary materials such as end plates and side plates can enable... Manual operations reduced by 50%, while production efficiency and unpacking accuracy each improved by 50%. To address the issues of long production lead times and high risks of material contamination.
Unmanned Driving Solution for the Pangqi Factory Area Supports 24/7 fully automated operations, with outdoor operational stability exceeding 99%. It can replace the three-shift manual handling system, reducing labor costs by more than 60%. It is suitable for long-distance warehouse and unpacking areas handling heavy-duty materials, as well as outdoor material handling. Even under adverse weather conditions such as moderate rain, slight puddles, or foggy days, it can operate reliably and stably outdoors.
To meet the demands of multi-scenario, high-precision operations in battery manufacturing, Bangqi Technology has developed a cluster of intelligent robots, providing comprehensive coverage—from basic material handling to heavy-load operations.
This matrix covers categories such as embodied robots, latent robots, transfer/overhead-load robots, forklift robots, and bin-handling robots. Not only do these robots feature intelligent navigation and flexible scheduling capabilities, but they also offer cost-effective advantages, making them perfectly suited to meet the high-frequency operational demands—from material handling to finished-product warehousing—in battery manufacturing processes. Providing hardware execution support for fully automated end-to-end processes and building a “mobile foundation” for intelligent battery manufacturing. 。
Among them, Pound Flag Embodied Robot With “Expanding the Boundaries of Humanity” as its design core, it can be described as an “all-purpose operator” for industrial settings. Equipped with a dual 7-DOF robotic arm and dual dexterous hands, it can perform complex tasks such as goods-to-person picking, in-warehouse material handling, unmanned unpacking and palletizing, order sorting and packaging, AI-based quality inspection, patrol inspections, and automated inventory counting.

Its modular design allows for quick connection to the tail-end trolley and is suitable for a variety of scenarios, including industrial applications. Features a moving speed of 1.5 m/s, an endurance of ≥100 km, and an operational endurance of ≥8 hours. becoming the core force to replace high-risk, repetitive labor.
Standing at a critical juncture in the industry’s profound transformation, Pangqi Technology will continue to... Industrial AI small models are the technological core, with deep expertise in artificial intelligence, big data, cloud computing, and embodied robotics. In cutting-edge fields, further refine intelligent solutions for the entire battery manufacturing process.
In the future, the company will focus on globally building technology standards, product systems, and delivery models. Leveraging cutting-edge technologies, it will inject momentum into the new energy industry chain, creating a “smart hub” for global manufacturing. This will lead battery manufacturing toward higher levels of unmanned and intelligent operations, driving the restructuring and leapfrogging of the global manufacturing landscape.
About Pound flag
Pangqi Technology was founded in 2013, with unmanned factories and unmanned warehouses as its target scenarios. The company is committed to making global manufacturing smarter by achieving end-to-end intelligence and full automation. It has now grown into... A global leader in AI-powered, digital, and unmanned factories.
Pangqi Technology via Independently build a digital foundation for small-scale AI models tailored to industrial verticals. , provide An integrated solution of “AI + Software + Hardware + Services” We are driving the unmanned transformation of global smart manufacturing, intelligent logistics, smart cloud warehouses, digital energy, and smart industrial parks, helping our clients set a new global benchmark for superfactories. To date, we have implemented over 1,000 projects worldwide, covering countries and regions including China, North America, Europe, and Southeast Asia.
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