#Saudi Arabia #Riyadh #Saudi Vision 2030 #Clou Energy #Aqua C3.0 Pro

Clou’s Innovative Energy Storage Solutions for Desert Regions

During the renowned Solar & Storage Live KSA 2025 event held from October 12 to 14 in Riyadh, Clou Energy Storage took center stage by unveiling its latest innovations tailored for large-scale energy storage applications in utility, commercial, and industrial sectors. The star of the show was their state-of-the-art liquid-cooled energy storage system, the Aqua C3.0 Pro, alongside AC-side solutions crafted specifically to withstand the extreme desert climates encountered in regions like the Middle East and Africa. This presentation not only highlighted Clou’s advanced technological capabilities but also reaffirmed its leadership position in the energy storage industry.

As part of Saudi Arabia's ambitious Vision 2030, the nation aims to source over 50% of its energy from renewable resources by the year 2030. In line with this goal, Saudi Arabia is actively introducing advanced energy storage technologies to tackle major challenges commonly faced by renewable systems, such as enhancing electricity generation stability, increasing grid flexibility, and boosting overall energy efficiency. The Aqua C3.0 Pro was specifically designed to address these issues with powerful solutions suitable for the demanding conditions typical of desert environments.

The Aqua C3.0 Pro boasts an impressive cell capacity of more than 600 Ah, with a total storage capacity of 6.88 MWh housed within a single unit. It represents a significant leap forward in system efficiency, safety, and maintainability, achieving a notable reduction in total operating costs (TCO) by 10.63%. The design incorporates three core technologies that enhance its adaptability to the harsh desert conditions: advanced thermal management, AC-side adaptation, and bespoke sand and dust protection.

Advanced Thermal Management Technologies

The system's thermal management capabilities effectively counteract performance deterioration experienced at ambient temperatures reaching up to 55 °C. It employs a synergistic effect between an advanced insulated construction and a robust liquid-cooled unit to ensure stable performance even under maximum thermal stress. Moreover, to improve AC-side adaptability, the system integrates a powerful MV-skid solution that maintains full output performance at extreme temperatures, thereby comprehensively fulfilling the operational requirements of Battery Energy Storage Systems (BESS).

Customized Dust Protection

To tackle issues posed by sand and dust intrusion, the Aqua C3.0 Pro is equipped with a sealed construction for its core components, along with custom dust and sand protection that significantly enhances operational reliability. This design feature proves essential for systems operating within rugged environments, ensuring they sustain high performance levels despite adversities.

Alongside the Aqua C3.0 Pro, Clou also showcased its advanced product line, including the liquid-cooled Aqua-C2.5 system, the CI Energy Storage Aqua-E233, and CLOU EMS, all catering to critical scenarios covering both grid-side and CI-side requirements.

Clou's Experience and Global Reach

With nearly three decades of experience in the electricity sector, Clou has successfully executed a multitude of benchmark projects worldwide. Among these is a major energy storage project in the Atacama Desert in Chile, which operates under extreme temperatures and desert storms, and another significant project along the coast of Haifeng, Guangdong, China, that addresses challenges stemming from a salty and humid climate. Leveraging its comprehensive knowledge of global energy demands and regional environmental conditions, Clou is propelling the energy transition forward with tailored solutions, thus securing its prominent position in the global energy storage market.



In conclusion, Clou Energy Storage is at the forefront of transforming energy storage capabilities for desert conditions, paving the way for a more sustainable energy future not only in Saudi Arabia but across similarly challenging environments around the globe.