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Digital Energy
Building a digital energy ecosystem to jointly create a new era of low-carbon, green innovation.
Get the SolutionWith leading AI technology as its core, BangQi focuses on promoting the intelligent transformation and upgrading of energy management, focusing on diversified smart energy scenarios such as photovoltaic power generation, energy storage systems, and charging piles, and is committed to creating a comprehensive solution for intelligent scheduling and energy efficiency optimization. Through advanced AI algorithms and IoT technology, we help enterprises achieve zero risk and low-cost energy upgrades, significantly improve energy efficiency, reduce operating costs, promote efficient energy utilization and low-carbon transformation, provide sustainable and intelligent energy management services for various industries, and assist enterprises in achieving cost reduction, efficiency improvement, and green development goals.
Core Scenario
Photovoltaic Power Generation Management
Real-time monitoring of photovoltaic module operating status, accurate prediction of power generation, optimized energy dispatch, and enhanced profitability of PV assets.
Energy Storage System Integration
Intelligently managing the charge and discharge strategies of energy storage devices to balance load demands, enhance grid stability, and extend equipment lifespan.
Charging Station Management
Covering automotive charging and battery-swapping stations, enabling intelligent load distribution and energy efficiency management, while ensuring safe and efficient charging.
Smart Grid Optimization
To address load fluctuations on the grid side, implement dynamic scheduling, optimize grid operational efficiency, and reduce the peak-to-valley difference.
Highway Service Areas and Parking Lots
By integrating traffic flow data, we can achieve energy demand forecasting and automated adjustment, thereby enhancing energy efficiency.
Industrial Park and Office Area
Integrated energy management platform that enables unified management of electricity and energy use, reducing operational costs while enhancing sustainability metrics.
Technical Highlights
AI-powered Intelligent Scheduling Engine
Leveraging deep learning and big data analytics, we optimize energy allocation and scheduling in real time to maximize the system's overall energy efficiency.
End-to-end Digital Monitoring
Covering the entire process—from energy harvesting and transmission to storage and consumption—ensuring data accuracy and reliability, and supporting remote operations, maintenance, and proactive fault detection.
Multi-scenario adaptation capability
The system flexibly adapts to the demands of various energy scenarios, supporting the coordinated operation of multiple devices such as photovoltaics, energy storage systems, and charging stations, thereby creating synergistic effects.
Risk Control Mechanism
By leveraging simulation and risk assessment, we achieve zero-risk energy upgrades, ensuring the safety of customer assets and the stability of operations.
Significant energy savings and reduced consumption
Energy efficiency improved by 35%–45%, while operational costs are reduced by more than 50%, helping customers achieve both economic and environmental benefits.
Customer Case
A well-known office park
Build a smart energy management platform that integrates photovoltaic, energy storage, and grid data to enable transparent energy consumption management, reducing operational costs by 45% and significantly cutting carbon emissions.
Highway Service Area Charging Station
By leveraging an intelligent scheduling system to balance charging loads, charging efficiency has increased by 35%, peak-hour queue times have been reduced by 50%, and customer satisfaction has significantly improved.
A large-scale industrial park
By implementing intelligent energy storage and consumption management, the park has achieved a 38% reduction in overall energy consumption, a 20% decrease in equipment failure rates, and a significant boost in energy operational efficiency.
A certain new energy power generation group
After adopting the BangQi Digital Energy Solution, photovoltaic power generation efficiency improved by 40%, peak-valley electricity pricing optimization resulted in a 30% reduction in electricity costs, and average annual operating costs were cut by approximately 55%.
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