#Australia #Melbourne #Energy Storage #CATL #TENER+

CATL Unveils High-Capacity Energy Storage System at All Energy 2026

On October 29, 2026, Contemporary Amperex Technology Co., Limited (CATL) made a significant impact at the All Energy Australia 2026 conference by introducing its cutting-edge energy storage system, TENER+. This global launch positioned CATL as a leader in innovative energy solutions, as the company also revealed its TENER Sodium system.

Key Partnerships to Advance Australia’s Energy Transition

During this event, CATL entered into three memorandums of understanding (MoUs) with notable entities including Hitachi Energy, EPEC Group, and the University of New South Wales in Sydney. These collaborations aim to enhance the implementation and grid connection of large-scale battery projects across Australia, addressing the growing demand for energy storage amid the country's increasing reliance on renewable energy sources.

Zane Zhou, CEO of CATL Australia and New Zealand, emphasized, "The value of a battery system is measured over the entire life of a project, not just at the point of commissioning." This reflects CATL's commitment to supplying reliable energy solutions that can withstand Australia’s unique climatic conditions.

Features of the TENER+ System

The TENER+ energy storage system boasts an impressive capacity of 9 MWh, designed for optimal performance and longevity. It meets the stringent requirements for integration into the Australian power grid, thereby ensuring that project investors can trust in its reliability and revenue-generating potential. Key features include:

• - Reduced Footprint: The TENER+ system minimizes land use by decreasing the number of required containers by up to 40% and reducing the overall footprint of projects by 12%.
• - Advanced Thermal Management: This intelligent cooling system enhances round-trip efficiency and lowers auxiliary energy consumption, making TENER+ an efficient choice for developers.
• - Longevity and Robustness: With a lifespan of 25 years, its liquid cooling system and protective measures against humid and coastal environments guarantee durability. Even under extreme summer conditions, the TENER+ system functions effectively without significant temperature degradation.

Introduction of TENER Sodium

Alongside TENER+, CATL showcased its TENER Sodium system, which is the world’s first mass-produced sodium-ion battery storage solution. Capable of delivering over 30 MWh, TENER Sodium is built to endure temperatures up to 55°C and operates efficiently for over 10,000 cycles at 45°C. The system features a remarkable round-trip efficiency of 95%, promising a lifespan exceeding 20 years.

By offering both lithium-ion and sodium-ion technology, CATL provides flexibility for project developers in choosing the most suitable energy storage solution. Sodium’s widespread availability presents a robust alternative to lithium, further diversifying battery supply chains.

Addressing Renewable Energy Challenges

As Australia pushes towards a cleaner energy future, these systems will play a crucial role in addressing the challenges faced by the national power grid. In Q3 2026, renewable energy sources accounted for a record 44.3% of Australia’s electricity generation. Additionally, large-scale batteries produced 8% of peak evening demand, marking a turning point in energy production.

The phased closure of coal-fired power plants has intensified the need for energy storage systems capable of providing voltage and frequency stability. The MoUs signed by CATL represent a strategic effort to mitigate these challenges through local expertise and innovative solutions.

Collaborations for Future Success

In collaboration with EPEC Group, CATL aims to marry its energy storage technology with EPEC’s engineering skills, seeking to create reliable, economically sound energy storage projects across Australia. Moreover, the establishment of a training and innovation center for integrated renewable energy at the University of New South Wales is set to build essential local capabilities necessary for the energy transition.

Zane Zhou affirms, "Our commitment in Australia extends beyond merely providing energy storage systems. We are investing in human resources and partnerships to ensure a successful transition to clean energy."

As the world’s largest energy storage battery manufacturer, with a 30.4% market share in 2025, CATL continues to lead in the sector, solidifying its position with over 3,000 energy storage projects globally and more than 17 GWh of installed capacity in Australia. This momentum signals not only CATL’s expansion but also a promising future for renewable energy in Australia.

Conclusion

As CATL drives forward with innovative energy solutions at the All Energy 2026 event, it remains poised to play a pivotal role in facilitating Australia’s shift toward a sustainable energy future through groundbreaking technology and strategic partnerships.