CALB Unveils “Zhijiu” Energy Storage Series at All-Energy Australia 2025

2025-10-31 | Calvin

From October 29 to 30, the All Energy Australia 2025 exhibition took place in Melbourne, where CALB showcased its advanced energy storage technology solutions. The “Zhijiu” series, which previously gained strong attention in European and American markets, once again drew widespread interest in Australia. This highlighted CALB’s continued innovation and global strategic expansion in the energy storage industry.

Innovative Technology Leading New Industry Trends

CALB presented several flagship products, including the second-generation 314Ah 2.0 energy storage cell. Through full-lifecycle lithium-replenishment technology and high-efficiency LFP materials, the cell achieves an industry breakthrough of up to 15,000 cycles, extending lifespan by more than 20 percent compared to mainstream products. Meanwhile, the next-generation 588Ah and 684Ah large-capacity long-life cells adopt a third-generation extended-life design, achieving over 430Wh/L energy density and 96.5 percent system efficiency. These solutions deliver more than 6.26MWh of capacity in a standard 20-foot container, significantly boosting project returns and setting new industry benchmarks.

For commercial and utility-scale applications, CALB launched its 373kWh liquid-cooled outdoor cabinet and 5MWh liquid-cooled container system. Featuring a single-cabinet modular architecture, the system offers a lifespan of up to 15 years and a charge-discharge efficiency of 95 percent. It supports advanced functions such as peak shaving, frequency regulation, harmonic control, and integrated wind-solar-storage operation. With industry-leading thermal-electric separation technology and multi-layer protection, the system has passed strict UL and IEC certifications, ensuring reliable performance in complex operating environments.

As a pioneer in battery technology, CALB will continue to drive innovation and deliver reliable solutions for global energy transformation, advancing the shift toward cleaner and more sustainable energy worldwide.