New Advances in Energy Storage: Xiqing Energy Launches V3.0 Proactive Safety Warning System at ESIE 2025

Energy Storage Proactive Safety Early Warning System V3.0! Xiqing Energy Injects New Momentum into Energy Storage Safety and Industry Development

On April 12, 2025, the <b>13th International Energy Storage Summit and Exhibition (ESIE 2025)</b> concluded at the Beijing Capital International Exhibition Center. As a pioneer in proactive safety for energy storage, <b>Beijing Xiqing Energy Technology Co., Ltd.</b> showcased multi-dimensional innovative achievements at the event, contributing new momentum to energy storage safety and industry growth.

<b>Product Launch: Energy Storage Proactive Safety Upgraded</b>

On April 10, during the ESIE 2025 product launch event, <b>Shizinan Shi</b>, Chairman of Xiqing Energy, unveiled the <b>Energy Storage Proactive Safety Early Warning System V3.0</b>, highlighting three key features of the new version:
<ol>
    <li>Real-time data processing based on 4GWh, continuous algorithm upgrades to enhance adaptability to complex conditions and data gaps.</li>
    <li>Integration of <b>DeepSeek</b> to significantly boost the level of intelligence.</li>
    <li>A next-generation proactive safety management system for energy storage stations, driven by an AI model that analyzes offline historical operational data and mechanisms, establishing a three-tiered proactive safety control system.</li>
</ol>

This system incorporates deep learning and motor mechanism models, enhancing the accuracy and generalization of battery health assessments. It employs a hybrid deep neural network that integrates constraints from electrochemical and physical information about batteries, enabling early fault detection under complex data quality and operational conditions. Additionally, it merges <b>DeepSeek's</b> deep inference with knowledge graph technology for component-level fault diagnosis and intelligent proactive maintenance strategy generation, thereby improving the digitalization of energy storage station operations and ensuring safe operation throughout the lifecycle.

<b>Xiqing's Perspective: Leading Industry Frontiers</b>

On a professional exchange platform established during the conference, Xiqing Energy's technical team collaborated with global industry peers to explore core issues in energy storage development. Addressing industry pain points through practical cases, on April 10, the company’s Product Director, <b>Lin Jun</b>, participated in a salon discussion on "<b>Integrated Energy Management Systems for Photovoltaics</b>" and presented on innovative solutions focusing on energy conservation and carbon reduction demands in the transportation sector.

Xiqing Energy is tackling challenges in transportation energy management, such as data silos and weak collaborative scheduling, through microgrid and virtual power plant technologies, establishing a standardized hardware and software system. This system, centered around an energy gateway, achieves "on-site management + cloud collaboration" in typical scenarios such as service areas and toll stations. It utilizes standardized interfaces to integrate various adjustable resources like photovoltaics, energy storage, and charging piles, embedding collaborative optimization strategies for efficient local resource operation.

The system encompasses core modules for distributed resource forecasting, optimization scheduling, interconnection safety, and early warning, empowering transportation stations with capabilities for observability, measurability, controllability, and adaptability while integrating safety and economic operation concepts.

On April 12, a sudden strong wind interrupted ESIE 2025, causing the scheduled salon on "Energy Storage Battery Safety" to be postponed. Attendees are encouraged to follow official channels for updates, including insights from <b>Liang Huishi</b>, Xiqing Energy's Chief Scientist, who will present on "<b>Data-Driven Safety: Health Assessment Practices and Safety Control Insights for Lithium Battery Energy Storage Stations</b>."

<b>Defining the Future of Energy Storage Safety</b>

At this significant event, <b>Shizinan Shi</b> and <b>Yihui Qiong</b>, Vice President of <b>Ruipulan</b>, signed a strategic cooperation agreement on stage, jointly exploring the new future of energy storage safety and digital intelligence, accelerating energy innovation. Additionally, <b>Shizinan Shi</b> and <b>Song Xueliang</b>, Chief Customer Officer at <b>Marsh</b>, also signed a strategic cooperation agreement to build a global safety moat for electrochemical energy storage.

<b>Highlight Moments: Technology Captivates</b>

Throughout the exhibition, Xiqing Energy's booth remained a focal point, with technical staff continuously demonstrating software systems and hardware products. Their advanced technologies and innovative products attracted numerous industry peers and professional visitors for technical consultations and business exchanges. The real-time demonstration of the Energy Storage Proactive Safety Early Warning System V3.0 and one-on-one expert Q&A highlighted the deep demand for proactive safety technology among attendees, with several companies expressing interest in customized collaborations.

Safety is the baseline for energy storage and a key lever for economic viability. In response to the stringent market demands for safety and economics, Xiqing Energy, leveraging its experience with 4GWh of proactive safety warning technology, illustrates a core logic: true cost reduction and efficiency enhancement do not compromise safety but rather convert safety redundancies into economic value through technological innovation. Looking to the future, as every unit of electricity flows with high safety and reliability, we believe the era of green energy will arrive more swiftly.