#Warsaw #Poland #CLOU Electronics #Aqua-E261 #Aqua-X261

Introduction

CLOU Electronics has taken a significant step in the energy storage industry with the introduction of their next-generation commercial and industrial (CI) liquid-cooled energy storage systems, Aqua-E261 and Aqua-X261. These groundbreaking systems were showcased at the Solar Energy Expo in Warsaw, where they not only drew significant attention but also achieved the prestigious Excellence Award in the Energy Storage Category from the exhibition organizer, PTAK WARSAW EXPO.

Overview of Aqua-E261 and Aqua-X261

The Aqua-E261 and Aqua-X261 systems represent a technological advancement in energy storage solutions, aiming to facilitate the transition to renewable energy sources in Europe. These systems boast a solid battery capacity of 261 kWh and incorporate state-of-the-art safety features that ensure reliable performance in commercial and industrial applications.

Ground-breaking Technology and Design

Both models are equipped with robust battery cells rated at 314 Ah. They comply with international safety standards including IEC, UN, and CE, assuring users of their reliability and compliance with global regulations. The Aqua-X261 stands out as CLOU's first integrated photovoltaic energy storage system, providing an optional 120 kW photovoltaic module and intelligent system integration for optimal energy management.

Enhanced Safety Features

A key feature of the Aqua-E261 and Aqua-X261 systems is their advanced safety mechanisms. To mitigate risks related to electrical currents, these products feature a four-level surge protection system covering the pack, cluster, PCS, and cabinet, ensuring precision and reliability. In terms of thermal safety, a three-layer system composed of early warnings, active ventilation, and fire protection is crucial for preventing incidents related to thermal runaway.

This integrated approach not only safeguards the operational integrity of the systems but also protects adjacent properties, making them ideal for commercial applications.

AI Smart Monitoring for Enhanced Performance

CLOU has pioneered the use of AI Smart Monitoring, which offers real-time data regarding battery cell performance and alerts users to potential thermal risks. This monitoring system is hosted on local servers in Europe, meeting stringent reliability standards and ensuring swift responses to any anomalies, thus enhancing the overall operational safety of the systems.

Maximized Efficiency

In terms of performance, the Aqua-E261 and Aqua-X261 demonstrate exceptional thermal management with a temperature variance of less than 2.5°C between cells. This proactive approach extends the lifespan of the system, providing two additional years of service with a routine of two charge and discharge cycles per day. Furthermore, Midea's proprietary AI temperature control technology streamlines auxiliary energy consumption, reducing it by 30%, culminating in an overall system efficiency of exceeding 90%.

Future Perspectives

Not resting on their laurels, CLOU has also introduced the Aqua-C3.0 and Aqua-C3.0 Pro, available in international markets, further enhancing their portfolio of large-scale energy storage solutions. The Aqua-C2.5 system showcases improvements in performance, safety, and innovative design, outpacing competitors in key global markets.

As demand for energy storage solutions continues to grow, CLOU is well-positioned to capitalize on global expansions. Their presence in Europe has seen the installation of more than 250 systems in China and over 50 in the US and European regions, allowing the company to implement comprehensive energy management applications such as peak shaving, demand response, and virtual power plant performance.

The strategic foresight of CLOU reflects an unwavering commitment to sustainable solutions, leveraging the backing of the broader Midea group for further growth and innovation.

Conclusion

The unveiling of the Aqua-E261 and Aqua-X261 at the Solar Energy Expo represents a pivotal moment for CLOU Electronics and the industry at large. As these advanced energy storage systems continue to make their mark, CLOU is set to play a significant role in driving the transition to renewable energy and ensuring that organizations can operate seamlessly in a more sustainable future.