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Facing challenges in "hybrid scheduling" for solar-plus-storage? BangQi ADS delivers all-around support for diverse application scenarios.


See how the BangQi Hybrid Scheduling System ADS breaks down information silos in energy storage production →

 

As the global energy transition accelerates, solar-plus-storage technology—playing a key role in clean energy—is now poised for a historic opportunity for growth. Big Data, AI Artificial Intelligence The widespread adoption of next-generation information technologies is introducing new variables into industry development. Meanwhile, competition in the solar-plus-storage market is intensifying, placing unprecedented pressure on companies as they strive to survive and thrive.

 

Affected by this, the solar-plus-storage industry urgently needs to adopt multiple measures to further reduce costs and enhance efficiency, continuously strengthen technological innovation, accelerate digital transformation, and ultimately achieve intelligent manufacturing and smart management—creating a more efficient and convenient production and operational model to meet market changes and challenges.

 

 

In the photovoltaic energy storage industry's production line, AGV applications cover the entire process—from raw material transportation to integration with production processes and finally to handling finished products—providing crucial support for automating and enhancing the efficiency of the line. However, as the variety of equipment increases, compatibility issues among different robots have become increasingly prominent, making it difficult for various devices to achieve flexible scheduling and seamless collaboration. This, in turn, leads to challenges within the photovoltaic energy storage production line. Low production efficiency, significant safety risks, and poor equipment coordination and other issues.

 

In this context, Having flexible and collaborative solutions has become the key factor that sets businesses apart. By leveraging full-stack intelligence and versatile, collaborative solutions, companies can achieve optimal resource utilization and enhance their overall economic efficiency. This is not just a technological challenge—it’s also the essential path forward for building a new ecosystem in the manufacturing industry amid the surging waves of smart manufacturing and digital transformation.

 

 

In response, BangQi Technology, a pioneer in full-stack, intelligent, and digital manufacturing, has successfully overcome the technical challenge of isolated energy storage information systems: the company has achieved this by integrating Cloud computing, AI artificial intelligence technologies Wait—innovatively launched a new set of Hybrid Scheduling System —ADS It can drive AGVs of different brands and types to perform mixed scheduling, enabling seamless data exchange and collaborative operations among the AGVs while breaking free from the constraints of "information silos."

 

 

 

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Pound-Flag Hybrid Scheduling System ADS

Pioneering a New Digital Era in Solar and Storage


 


 

 

Pound Flag Multi-Category AGV Hybrid Scheduling System ADS Based on AI algorithms, and by providing a unified scheduling interface for open-source mobile robots, this is implemented within ADS. Unified path planning, mixed task scheduling, traffic control, and centralized equipment management Wait—able to provide leading, high-efficiency scheduling solutions for PV-storage enterprises, specifically demonstrated in:

 

1. Unified Map Management : Achieve alignment between the ADS map and the AGV vehicle’s onboard scene map, enabling unified configuration of waypoints, paths, controlled areas, and floor layouts to provide seamless support for production line operations.

 

2, Unified Interface Management : Providing a standardized AGV/AMR control system interface, unifying the content, format, and communication protocol structure of the system’s scheduling interface, thereby integrating interaction and control seamlessly within the system. 。

 

3, Multi-category Robot Task Mixed-Flow Scheduling : Achieving a rational combination and synchronized control of different types of mobile robots, enabling them to independently perform tasks or collaborate in any desired configuration, while ensuring flexible adjustments to path planning and operational space. 。

 

4. Multi-category robots for various traffic control types : By dynamically planning the optimal route and intelligently adjusting vehicle posture, we can handle various traffic regulations, enabling seamless mixed operations among multiple brands and vehicle types while ensuring both intelligent functionality and safety. 。

 

5, Unified Equipment Status Monitoring and Management for Multi-Category Robots : Implement comprehensive equipment management for AGVs/AMRs, including functions such as operational status monitoring, task tracking, vehicle surveillance, fault alerts, and data statistics and analysis. 。


 

 

 

Overall, the Pound Flag Hybrid Scheduling System ADS centers on intelligent collaboration, seamlessly integrating production equipment across multiple brands and product categories to create powerful synergies. This not only breaks down barriers to cooperation between different devices but also injects innovative momentum into the digital transformation of the entire solar-plus-storage industry chain.

 

 

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Case Study Sharing

Empowering the energy storage industry to enhance quality and drive upgrades


 


 

 

Customer Profile 

 

A leading energy storage company is facing numerous challenges on its battery production line, including those between different types of AGVs. Operational bottlenecks, inefficient production line scheduling, and inadequate equipment condition monitoring and other issues.

 

Solution 

 

To address the aforementioned pain points, the company introduced the BangQi Hybrid Scheduling System ADS. The BangQi ADS system It provides unified map management, interface management, hybrid task scheduling, traffic control, as well as equipment status monitoring and management. and other features, introducing an intelligent scheduling solution to the production lines of the aforementioned enterprises:

 

1. Based on standardized map management, Enabling flexible operation of AGVs from different brands on the same map. , providing seamless scenario support for the production line.

 

2. Provide a standardized AGV control system interface, Achieving a seamless integration of interaction and control 。

 

 

3, Achieving the rational combination and collaborative task execution of robots across different categories , enhancing the operational efficiency of the production line.

 

4. Skillfully handle various traffic regulations, Achieving orderly mixed operations of multiple brands and vehicles , ensuring the safe operation of the production line.

 

5. Functions such as AGV operation status monitoring, task tracking, and fault alerts Achieve all-around control 。

 


 

 

Project Outcomes and Evaluation 

 

Our professional team is here to help. The company can provide the most tailored and cost-effective solutions based on customer needs, catering to diverse scenarios and budgets while meeting clients' digitalization and智能化 requirements.

 

Our vision centers on building an intelligent, fully automated factory as the ultimate blueprint, while strengthening collaboration with customers in the solar and energy storage industries, as well as with our ecosystem partners. We are dedicated to accelerating the digital transformation of intelligent manufacturing, aiming to become one of China's leading enterprises driving industrial智能制造 (intelligent manufacturing) by 2035—and ultimately making a significant impact on the global advancement of智能制造 digitalization for businesses worldwide. Capacity output fulfillment rate increases by 15% ;

 

2. Production line scheduling is now more flexible, Automation rate increased by 70% , capable of swiftly responding to changes in production demands.

 

3. Successfully implemented the orderly mixed operation of multi-category robots, ensuring the safe operation of the production line. Operation Personnel costs reduced by 60%

 

4. Enabled real-time monitoring and management of equipment status, reducing operational costs, Hardware investment reduced by 45% , which has improved the management efficiency of the production line.


 

 

 

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Covering leading customers across numerous industries

Highly praised by customers


 


 

 

Currently, the BangQi multi-category AGV hybrid scheduling system ADS has been Implemented across several leading energy storage companies , the cost reduction and efficiency improvement have been remarkably effective, with access granted to several leading AGV/AMR manufacturers, bringing together AGV equipment providers and their complementary partners, each bringing unique strengths.

 

Meanwhile, BangQi Technology is also a Listening to customer needs and solving problems with flexibility Our professional team is here to help. The company can provide the most tailored and cost-effective solutions based on customer needs, catering to diverse scenarios and budgets while meeting clients' digitalization and智能化 requirements.

 

 

Notably, BangQi will leverage next-generation digital technologies, with artificial intelligence at its core, to create AI simulation, AI digital twin, AI intelligent scheduling, AI Work Reporting Master Various platforms , Further integrating across the manufacturing industry chain, digital technologies are being extensively combined with robots that are penetrating deep into every stage of production—through Intelligent Production Processes Unmanned 1. Digitizing management processes Streamlining the industry chain to accelerate the digital and intelligent transformation of the solar-plus-storage sector—and even the global manufacturing industry—onto a fast-track path.


 

In the future, BangQi Technology will focus on intelligent manufacturing and digital services for enterprises, continuing to uphold "Customer-centric, delivering business value for our clients." Our vision is centered on building an intelligent, fully automated factory as the ultimate scenario, while deepening collaboration with customers in the solar and energy storage industries, as well as with our ecosystem partners. We are committed to accelerating the digital transformation of intelligent manufacturing, striving to become one of China's leading enterprises driving industrial智能制造 (intelligent manufacturing) by 2035—and ultimately contributing significantly to the global advancement of智能制造 digitalization for businesses worldwide.

 

 


 

 

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