On July 17, the “AI in Industry: A Quiet Revolution” summit, hosted by Suowei Information, was successfully held at the InterContinental Shenzhen. The event brought together over 300 industry leaders, including manufacturing executives, tech directors, and investors, to discuss the transition of AI from innovative exploration to practical industrial application.
As an innovative pioneer in the energy storage sector, GPT was invited to deliver a keynote speech titled “AI and Energy Storage: The Energy Revolution and Future Landscape in the Computing Era.” The presentation offered deep insights into shifting energy demands driven by computing power, the integration of AI with lithium battery energy storage, and the future trajectory of smart energy.
Addressing Energy Challenges: Uncovering the Demands Behind AI The rapid advancement of AI, large language models (LLMs), and high-performance computing has led to a continuous surge in global demand for computing power. Consequently, robust energy supply has become a crucial foundation for the digital economy.
A GPT representative noted that AI development is essentially a computing race, and computing power relies on electricity. The energy consumption of high-density AI computing clusters is now a major focal point for the industry. Furthermore, there is a regional mismatch between computing demand and energy resources. Meeting this growing energy demand while improving stability, flexibility, and sustainability through efficient lithium battery energy storage is now a key industry challenge.
AI Empowering Lithium Storage: Driving the Smart Upgrade of GPT Systems AI is rapidly driving lithium energy storage systems toward greater intelligence. By optimizing GPT’s Battery Management System (BMS) and Energy Management System (EMS) with AI algorithms, our lithium storage solutions can achieve highly accurate, real-time assessments of LiFePO4 (LFP) cell status, predictive risk warnings, and intelligent dispatching. This significantly raises the system’s operational efficiency and safety limits.
Looking ahead, AI will play an even bigger role in optimizing operations, smart maintenance, and energy management for GPT lithium systems, shifting lithium storage from traditional energy equipment to intelligent energy networks.
GPT Smart Lithium Empowering AI: Building Stable, Green, and Efficient Infrastructure As AI models and high-performance computing advance, stable, efficient, and green energy security becomes vital for computing infrastructure.
GPT’s smart lithium energy storage systems provide AI data centers and high-computing scenarios with reliable, green, and efficient power. They ensure absolutely dependable power for computing, smooth out fluctuations in wind and solar power to boost renewable energy consumption, and utilize dynamic peak-shaving to handle load impacts. Addressing challenges like safety, lifecycle costs, and grid compliance, GPT will continue to drive technological innovation utilizing the superior safety and long-cycle life of LFP technology.
Fusing AI and Lithium Technology: Exploring the Future of Smart Energy Focusing on the convergence of AI and lithium storage, GPT is actively exploring new models of industrial collaboration to drive AI innovation in storage management, energy optimization, and new application scenarios.
During the event, GPT hosted a product exhibition showcasing its high-quality lithium batteries and smart, safe energy storage solutions. This highlighted the company’s solid technological foundation and product strength in data center backup power, commercial and industrial (C&I) storage, residential storage, and renewable energy applications.
Facing the demands of the rapidly evolving AI era, GPT remains committed to integrating AI with lithium storage technology to deliver secure, efficient, and dependable smart energy solutions to customers worldwide.