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BangQi Technology is focused on the green energy transformation in the industrial and commercial sectors, proudly introducing its integrated solar-storage-charging system—a cutting-edge, multi-functional smart energy solution that seamlessly combines "photovoltaic power generation, energy storage & regulation, and ultra-fast/quick charging."
Leveraging its self-developed portfolio of solar, storage, and charging products, the system integrates core modules such as commercial and industrial photovoltaics, intelligent energy storage, ultra-fast charging stations, and a dispatch platform, covering the entire process from energy generation and storage to utilization—and creating an efficient closed loop that spans from "source-level power generation" all the way to "end-user electricity consumption."
The system comprehensively adapts to complex energy consumption scenarios in industrial and commercial settings, effectively reducing electricity costs and enhancing the utilization of green energy. At the same time, an intelligent scheduling platform maximizes self-consumption of photovoltaic power, helps flatten peak demand and fill valleys, and ensures balanced load distribution—resulting in significant improvements in operational efficiency and investment returns. It is widely deployed across diverse environments, including industrial parks, logistics centers, manufacturing plants, and commercial complexes.
Key Highlights
Full-scenario coverage, modular and flexibly configurable
Support the integrated deployment of photovoltaic + energy storage + charging solutions, enabling on-demand expansion and flexible combinations to suit various station sizes and business models.
Deep Optimization of Commercial and Industrial PV Systems
Component-level optimized design, tailored to handle complex rooftop shading and irregular layouts, delivering a comprehensive boost to power generation efficiency.
A versatile product lineup to meet the roofing construction needs of various industrial parks and campus facilities.
Intelligent String-Based Energy Storage System
Intelligent energy storage scheduling precisely matches load demands, maximizing green power consumption while effectively flattening peaks, filling valleys, and controlling demand.
Significantly reduce the peak-to-valley difference in electricity consumption and enhance overall energy profitability.
Leading-edge supercharging technology, ensuring long-term profitability
All-liquid cooling technology + fully modular architecture deliver ultra-fast charging, long lifespan, and low energy consumption.
Integrated photovoltaic-storage technology reduces site and operation & maintenance costs, enabling a "one-time investment" that delivers long-term, sustainable returns.
Dual-Level Power Pooling Scheduling Technology
Balance component lifespan, maximize the utilization of power resources, and comprehensively enhance the station's overall charging capacity and efficiency.
Intelligent Solar-Storage-Charging Coordinated Scheduling
Driven by AI-powered intelligent algorithms, it automatically adjusts photovoltaic power generation, energy storage charging and discharging, and the power load of charging stations.
Increase the self-consumption ratio, ease transformer strain, and reduce energy costs.
End-to-End Security Protection
Multiple safety mechanisms cover every stage of the process—photovoltaic generation, energy storage, and charging—providing comprehensive protection against fire hazards, overloads, electrical leakage, temperature control issues, and even explosion risks, ensuring stable operation of the facility.
Unified Energy Management Platform
Support deep integration with partners' energy cloud platforms to enable unified energy monitoring, centralized scheduling, and report analysis across sites and regions.
Industry Applications
Industrial park
By utilizing idle rooftops and factory premises to install a solar-storage-charging system, we can generate and use green electricity on-site, reducing energy consumption and electricity costs.
Manufacturing plant
By integrating energy storage with ultra-fast charging, we can support the stable operation of high-energy-consuming production equipment, alleviate power bottlenecks, and enhance production capacity assurance.
Logistics Park
In high-frequency charging scenarios, deploying ultra-fast charging combined with energy storage systems ensures efficient charging for freight vehicles while helping to reduce operational costs.
Commercial Complex / Urban Public Parking Lot
Building a green and smart charging demonstration zone to enhance business value and customer experience, while boosting electricity revenue and earning green energy credits.
Customer Case
A large-scale integrated solar-storage-charging project at an automotive parts factory
Deployment details: 3 MW rooftop photovoltaic system + 2 MWh energy storage system + 20 charging stations with 20 parking spaces + intelligent dispatching system
Application results: The self-consumption ratio of photovoltaic power has increased to 65%, reducing peak-load costs and lowering electricity expenses by 40%. Meanwhile, the operational load on charging stations has decreased by 35%, resulting in annual electricity savings exceeding 5 million yuan.
A Green Energy Project Combining Solar, Storage, and Charging at a Logistics Park
Deployment details: 1.5 MW photovoltaic power generation + 1 MWh energy storage for peak-shaving + 12 all-liquid-cooled ultra-fast charging stations with 12 parking spaces + integration with the energy management platform
Application results: Vehicle charging efficiency improved by 80%, green energy utilization increased by 60%, energy costs decreased by 30%, and the payback period for operations has been shortened to 5 years.
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