Green Reliable Energy Auto Technology: Pioneering AI-Driven Energy Storage Integration in Taiwan
Green Reliable Energy Auto Technology (GREAT), a specialist in module design, manufacturing, and safety operations, built Taiwan’s first energy storage system using second-life batteries. With a full-service offering—from battery cells and modules to integrated energy storage systems, BMS, EMS, operations outsourcing, and maintenance—GREAT has positioned itself as a one-stop solution provider in the industry. The company also brings extensive experience in designing and maintaining high-performance battery modules.
Deeply rooted in the green energy sector, GREAT has accumulated years of expertise in lithium battery cell and pack design, manufacturing, and end-use applications. It has mastered key technologies such as Wedge Bonding (as also used in Tesla EV battery modules), pure copper laser welding, thermal management, and thermal runaway prevention, along with proprietary BMS and EMS systems. Instead of investing in proprietary project sites, GREAT strategically focuses on system integration and outsourced operations, reinforcing its role as a flexible and technically driven partner.
As one of the few companies in Taiwan with proven capabilities in site planning, construction, maintenance, and operation, GREAT is firmly focused on its role as a System Integrator (SI). This strategic positioning allows it to avoid competing in low-barrier battery cabinet sales and instead maintain sustainable growth even during downturns in the renewable energy and energy storage sectors, consistently creating value.
AI technology plays a key role in enhancing energy storage efficiency. By analyzing historical energy consumption data, AI can accurately forecast demand, optimize equipment dispatch, and reduce costs while improving energy utilization. It also enables anomaly detection and predictive maintenance, ensuring system stability, supporting remote monitoring, and allowing for fast diagnostics—all of which contribute to lower operational and maintenance costs. In response, GREAT is actively integrating AI into its energy storage systems to boost overall efficiency and reliability through intelligent management.
To address the intermittent nature of renewable energy generation, GREAT’s technical team has developed an AI-powered weather modeling system. Trained on years of localized meteorological data and paired with daily forecasts, it enables precise generation predictions and optimized energy scheduling. This alleviates grid peak and off-peak balancing pressures, helping clients capitalize on electricity price spreads and maximize economic returns.
By leveraging real-time big data analytics and machine learning, GREAT is developing intelligent energy storage solutions capable of self-optimization and adaptable to diverse scenarios. Looking ahead, the company aims to further expand the application of AI in distributed energy networks and smart microgrids, advancing energy storage systems toward smarter and higher-performance outcomes, and accelerating clients’ energy transitions.
“As a hardware-based startup, the capital we need to get started is significantly higher than that of typical startups,” the founder of GREAT emphasized. To realize a truly green battery industry, steady development in Taiwan is essential. Moving forward, the company seeks to collaborate with more green energy professionals, positioning power battery modules and energy storage as its dual cores. Its long-term vision is becoming a regenerative force in the energy ecosystem—built on the 4Rs: Reduce, Reuse, Recycle, and Recover—by forging cross-sector alliances and driving the global green energy transition.
Reference: Green Reliable Energy Auto Technology Official Website