CATL Shifts Strategy in Australia and Global Markets

From Selling Cells to Managing Energy Assets

CATL is refining its battery business model. The company is moving beyond simply selling battery cells and systems. It is now focusing on delivering time and long term asset value.

Through battery swap stations and long duration energy storage, CATL is applying a similar approach. Batteries are no longer treated as one time products. Instead, they are becoming energy assets that can be continuously operated, financed, and used to generate cash flow.

In swap networks, battery separation allows for leasing, rotation, and asset financing. In energy storage, batteries generate revenue through power trading and capacity contracts over decades. Both models require strong capabilities in lifespan prediction, asset valuation, and risk pricing.

Adapting to Overseas Grid Requirements

The overseas market consists of diverse regional grids and specific application scenarios.

In the Australian National Electricity Market, settlement occurs every five minutes, requiring storage to participate in power trading. In the third quarter of 2026, renewables contributed 44.3 percent of local generation, with batteries providing 8 percent of peak evening output.

European markets have different grid connection and capacity mechanisms. In the US, data centers demand high reliability and fast response. Remote mining sites and off grid communities require heat resistance and stable power.

To address this, CATL is integrating cell manufacturing with grid systems and validation. Its Xiamen Energy Storage System Validation Institute has supported over 32 global projects totaling more than 16GWh.

At the All Energy Australia exhibition, CATL signed partnerships with Hitachi Energy, EPEC Group, and the University of New South Wales. These collaborations focus on power conversion, local grid integration, and talent development.

Building Financial Credit for Large Projects

For overseas energy projects, bankability is now as important as initial equipment cost.

In the third quarter of 2026, CATL maintained an AAA rating in PV Tech Research's energy storage bankability assessment. The company has deployed over 3000 storage projects globally, with more than 17GWh installed in Australia alone.

A key example is the Supernode project developed by Quinbrook. The first two phases are operational, totaling 520MW and 1858MWh. Phase three will expand capacity to 780MW and 3074MWh.

In August, Supernode Phase three secured 469 million AUD in debt financing, bringing total project financing to about 1.2 billion AUD. CATL supplies the equipment and signs Long Term Service Agreements to support financing institutions in assessing technical risks.

Redefining Battery Value with Long Duration Storage

Long duration energy storage is changing how battery value is calculated. Systems extending to 8 hours or more require higher capital investment. The financial model depends on long term efficiency, degradation, and power revenue.

CATL and Quinbrook co developed the EnerQB system for this market. Each unit offers 5.64MWh capacity, uses free cooling, and features a 25 year design life with over 96 percent round trip efficiency.

At the exhibition, CATL also launched the 9MWh TENER Plus system and the TENER Sodium system. The TENER Plus reduces container numbers by 40 percent. The sodium system targets high temperature and off grid scenarios with over 10000 cycles.