Floating Data Center
Sustainable, seawater-cooled offshore data center infrastructure - DGBC's flagship innovation concept.
Our flagship innovation: a seawater-cooled, offshore data center platform built for AI and high-performance computing. Explore the full concept below - including how it's cooled, secured, and scaled.
- Seawater cooling for high energy efficiency
- Modular design that scales from one unit to a full campus
- Built for Thailand's coastal and island economy
- Seawater Cooling
- High-Density Compute
- Sustainable Energy Integration
- Modular, Scalable Design
Floating Data Center
Sustainable. Smart. Offshore.
As the world moves deeper into AI, Big Data, and high-performance computing, demand for data center capacity is rising fast - while traditional, land-based data centers face growing challenges around power consumption, cooling, land availability, and urban infrastructure limits. DGBC's response is the Floating Data Center: not simply a data center placed on a barge, but a newly engineered ecosystem that brings together digital technology, energy, water management, and marine infrastructure. DGBC Floating Data Centers use the natural cooling power of seawater to deliver high-efficiency, sustainable, and scalable infrastructure - optimized for AI and high-performance computing offshore.
Powered by Seawater
A closed-loop heat exchange system uses seawater as a natural cooling source - separated from the data center's internal cooling loop - to reduce cooling load, improve energy efficiency, and free up space otherwise needed for cooling equipment.
Built for AI
Designed for AI computing, cloud computing, Big Data, Digital Twin, IoT, and high-performance computing - not just data storage. A modular architecture lets capacity grow from a single module into a full Floating Data Center Campus as demand grows.
Sustainable Energy
Built to connect with clean energy sources - solar, offshore wind, battery energy storage, and smart energy management - supporting a genuinely green digital infrastructure with a reduced carbon footprint over its full lifecycle.
Secure & Resilient
Multi-layer physical and cyber security, 24/7 monitoring, anomaly detection, backup power, network redundancy, and centralized command-center control - with every system connected to a digital platform for real-time status monitoring.
Modular & Scalable by Design
Module 01 - Computing
Core processing capacity for general workloads.
Module 02 - AI / HPC
Dedicated capacity for AI and high-performance computing.
Module 03 - Storage
Scalable data storage capacity.
Module 04 - Power
Energy supply and management infrastructure.
Module 05 - Cooling
Seawater-based cooling infrastructure.
Module 06 - Network
Connectivity and network redundancy.
An Opportunity for Thailand
Thailand has an extensive coastline and a fast-growing need for cloud, AI, Smart City, and digital-economy infrastructure. The Floating Data Center is a concept worth studying seriously for Thailand's coastal areas and economic zones that require large-scale digital infrastructure. In the future, the question may not be simply 'where should we build the data center' - but 'why should a data center always have to be on land?'
“Where should we build the data center?”
“Why does a data center always have to be on land?”
Built on Nature. Designed for the Future.