The Wind Flow Cooling Dam Data Center is an architectural project located in Palangpang, Gresik, East Java, Indonesia. This facility integrates data processing capabilities with the existing function of the Paladang Dam, creating a symbiotic relationship between technology and nature. The design prioritizes energy efficiency by utilizing innovative cooling strategies that harness wind and water, setting a new standard for sustainable architecture in urban settings.

The data center serves multiple functions, primarily focusing on high-performance computing while minimizing its environmental impact. The project employs dual-layer architecture for optimal air circulation, ensuring that server rooms are cooled effectively without excessive energy use. The layout features designated areas for server management, administration, and collaboration, promoting an efficient workflow among its users.

Unique Integration of Natural Resources

A notable aspect of the Wind Flow Cooling Dam Data Center is its integration with the existing infrastructure of the dam. The architectural design emphasizes ecological coexistence, where the building not only serves its intended purpose but also enhances the functionality of the dam. The layered approach to cooling, which captures ambient wind, distinguishes this project from conventional data centers that rely heavily on mechanical cooling systems. By incorporating natural elements into its cooling strategy, the project significantly reduces energy consumption, thereby contributing to sustainability goals.

Innovative Design Features

The architecture showcases a pyramid-like form with a multifaceted roof that maximizes wind capture. This design allows for natural light penetration through strategically placed glass openings, reducing the need for artificial lighting. The materials used, such as concrete, steel, glass, and wood, provide structural integrity while ensuring a warm, inviting atmosphere inside. Each element of the design contributes to overall functionality and user experience.

The layout includes a variety of spaces, such as server rooms, administrative offices, and communal areas, designed to enhance collaboration. The building responds dynamically to its environment, making it adaptable to future technological advancements.

For a comprehensive understanding of the Wind Flow Cooling Dam Data Center and its architectural particulars, including architectural plans, sections, and design specifics, readers are encouraged to explore the project presentation for further insights into this innovative design.