From October 29th to 30th, All-Energy Australia 2025 was grandly held at the Melbourne Convention and Exhibition Centre. TWS Technology made a stunning appearance with its core products and energy storage solutions tailored to local application scenarios in Australia. With its leading technology and mature application experience, it has attracted extensive attention from the Australian energy industry.

The implementation of a full-scenario solution empowers energy transformation in multiple dimensions

As the core highlight of this exhibition, TWS, relying on its core technological advantages, has built a full-scenario energy storage solution for the four core industries of mining, agriculture, industry and commerce, and renewable energy in Australia. With "customized design, full-chain service, and intelligent operation and maintenance" as the core, it precisely matches the energy transformation needs of each industry and demonstrates outstanding system integration and service capabilities.

The mining industry is confronted with high-load and continuous power supply demands. TWS Technology has specifically launched a "one core, multiple adapts" energy storage solution. This solution adopts high-capacity energy storage units and a multi-energy collaborative architecture, adapting to scenarios such as off-grid operation and grid connection. It ensures stable power supply for equipment through intelligent load distribution and is compatible with the smooth connection of traditional energy equipment, achieving dual guarantees of green transformation and production safety.

In the agricultural sector, a targeted energy storage solution for "concentrated periods and fluctuating loads" has been launched. This system innovatively creates a "photovoltaic storage and irrigation" collaborative system, it predicts the irrigation cycle and light conditions, stores electrical energy and dynamically adjusts the power, thereby effectively reducing the energy cost for irrigation.

In the industrial and commercial sectors, we customize and create "business-compatible" energy storage solutions,whichintegrate functions such as photovoltaic access, peak-valley arbitrage, and emergency power supply. They not only customize a 2–4-hour energy storage duration based on the characteristics of the business type but also support intelligent linkage with charging piles, central air conditioning and other equipment to increase the energy self-sufficiency rate by more than 30%.

In the field of renewable energy, "grid-compatible" energy storage solutions have been launched. Equipped with a source-grid-load-storage coordinated control system, it effectively stabilizes the fluctuations in the output of renewable energy, improves the quality of grid-connected power, and contributes to Australia's goal of consuming a high proportion of renewable energy.

The core product matrix provides solid support for the implementation of all-scenario solutions

To ensure the efficient implementation of the all-scenario solution, TWS showcased two core energy storage products that are highly suitable for the Australian market this time. These products have achieved multiple breakthroughs in extreme environmental adaptability, safety and stability, and economy, becoming the "hardcore carriers" to guarantee the implementation of the solution.

The Max-Pro C&l Outdoor Liquid-cooling Energy Storage Cabinet—tailor-made for commercial and industrial enterprises and small and medium-sized power stations in Australia—has become the focus of the exhibition with its three major advantages of "high integration + high safety + high adaptability". This new energy storage all-in-one machine，launched by TWS in 2025，adopts an AC and DC integrated design and is equipped with an efficient PCS module. Compared with traditional solutions, it can save 35% of the floor space, shorten the on-site installation and commissioning period by 50%, and significantly reduce the initial investment and operation and maintenance costs for industrial and commercial users.

PowerCore Liquid-cooling Energy Storage Container——catering to the demands of large-scale photovoltaic power stations, peak shaving in power grids, and remote mining areas in Australia, have demonstrated strong large-scale application capabilities. This system adopts a 1P104S high-energy-density battery pack design, supporting flexible configuration for 2 to 4 hours. The maximum capacity of a single unit can reach 5MWh. The fully pre-assembled integrated cabin mode reduces on-site installation time by 25%, effectively adapting to the complex construction conditions in remote areas of Australia. Its integrated AI intelligent operation and maintenance system has a fault early warning accuracy rate as high as 99.2%. Combined with IP55-level security protection and intelligent temperature control and regulation technology, it can maintain a power discharge efficiency of over 95% in a 50℃ high-temperature environment, extend the cycle life by 20%, and reduce the total life cycle cost of electricity (LCOE) by 12%. It perfectly matches Australia's large-scale demand for renewable energy consumption.

The full-chain service system runs through the entire life cycle of the solution 

TWS has established a full-process service system covering "preliminary research - mid-term implementation - post-operation" to ensure that every project can be efficiently implemented and stably operated. In the early stage of the project, the local technical team went deep into the site to conduct multi-dimensional research on electricity load, climate and policies, and output precise planning schemes. In the middle stage of the project, relying on modular design, the installation and commissioning efficiency can be increased by 40%. In the later stage of the project, real-time monitoring and remote diagnosis will be achieved through the cloud-based intelligent platform, and the local service center will respond quickly 24 hours a day. Meanwhile, the solution takes into account both high scalability and compatibility, supporting flexible expansion and module upgrades based on business needs. It also complies with Australian security standards and IEC international certifications, facilitating the rapid and compliant implementation of the project.

Deeply cultivate the Australian market and jointly draw a new blueprint for zero carbon

Australia has set a development goal of having renewable energy account for 82% by 2030. Coupled with the rigid demand for green upgrades in mining, agriculture and industry and commerce, it has given rise to a huge potential market space for energy storage. TWS will join hands with its Australian partners, taking "technology empowerment + in-depth scene cultivation" as the support points of cooperation, to promote the upgrade of the business model from product output to value co-creation, and jointly draw a new blueprint for zero-carbon sustainable development in Oceania!