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Commercial & Industrial Applications

Sustain Energy

WOOSH’s innovative wind and hydro turbine solutions are engineered to meet the demanding energy needs of large-scale commercial and industrial operations. With a focus on reliability, scalability, and ease of deployment, our novel VAWTs and VAHTs (hydro turbines) offer a rugged, cost-effective, and sustainable energy option for remote and high-impact environments.

Powering Critical Infrastructure and Industry:

  • Remote Mining and Construction Sites: our novel VAWTs can be quickly deployed with minimal logistics, providing energy in locations with limited access to traditional grid infrastructure.
  • Telecommunications and Lighting Towers: Vertical design allows integration with poles and towers without large footprints or structural modifications.
  • Offshore and Onshore Wind Farms: Our turbines can be spaced more densely than horizontal turbines, increasing energy per square metre and allowing better land/water use.
  • Safer for the Environment: Our turbines bring lower levels of environmental harm including for birds and other flying animals, decreasing the chance of animal casualty.
  • Less Noise: Our novel VAWTs spin at a slower rate than HAWTs, thus operate with quieter noise emission, reducing disturbance from noise.
  • Industrial Complexes and Manufacturing: our novel VAWTs can support peak shaving, backup energy, and hybrid renewable systems to reduce operational costs and emissions.
  • High Reliability with Low Maintenance: Toroid Resin Stator Axial Flux Electric Motor/Generators are 9x more reliable than conventional generators, with longer service life and fewer breakdowns.

WOOSH Unveils World’s First Renewable-Powered Floating AI Data Centre Platform:

  • WOOSH today announced the development of NEPTUNE™, a next-generation floating AI data centre platform combining offshore renewable energy generation, advanced seawater cooling and modular hyperscale computing infrastructure. Designed to operate adjacent to coastal communities and major subsea communications networks, NEPTUNE represents a new class of digital infrastructure capable of delivering low-carbon, high-density computing while reducing pressure on electricity grids, freshwater supplies and valuable industrial land.
  • Key Highlights Integrated Renewable Energy NEPTUNE integrates WOOSH's proprietary renewable energy technologies—including offshore Vertical Axis Wind Turbines (VAWTs), vertical-axis hydro turbines and Flywheel Energy Storage Systems (FESS)—to provide reliable, low-carbon electricity for AI and cloud computing workloads.
  • Zero Freshwater Cooling The platform utilises a closed-loop liquid cooling system coupled with naturally cooled seawater heat exchangers, eliminating the need for potable water while dramatically reducing cooling energy requirements.
  • Floating Modular Infrastructure Constructed as modular floating platforms, NEPTUNE facilities can be rapidly deployed, expanded or relocated to meet changing demand, avoiding extensive land acquisition, site preparation and environmental disturbance.
  • AI-Optimised Design Purpose-built for GPU-intensive artificial intelligence, cloud computing, machine learning, scientific research and high-performance computing applications, each module delivers enterprise-grade power density with resilient renewable energy integration.
  • Grid Support Capability When renewable generation exceeds computing demand, surplus electricity can be exported to nearby coastal communities or industrial customers, transforming data centres from large energy consumers into contributors to regional energy resilience.
  • Solving the AI Energy Challenge Global demand for AI computing is increasing at an unprecedented rate, placing enormous pressure on electricity networks, water resources and conventional data centre development.
  • WOOSH's floating renewable-powered infrastructure addresses these challenges by combining clean energy generation, advanced thermal management and modular deployment into a single integrated offshore platform.
  • "Artificial Intelligence should not come at the expense of our environment," said Chris Moore, Co-Founder of WOOSH. "NEPTUNE demonstrates that renewable energy generation and digital infrastructure can be developed together. Rather than building data centres that consume enormous quantities of electricity and freshwater, we've created a platform that generates renewable energy, uses the ocean as a sustainable heat sink, and can support both AI computing and surrounding communities."

NEPTUNE has been designed for deployment in:

  • Coastal metropolitan regions Island nations Remote communities Renewable energy precincts Ports and industrial zones Defence and strategic infrastructure Hyperscale cloud expansion projects
  • Individual floating modules can operate independently or be interconnected to create renewable-powered AI campuses ranging from several megawatts to hundreds of megawatts of IT capacity.
  • Flexible AI Infrastructure Modern AI workloads fluctuate significantly between model development, training and production inference. WOOSH's modular deployment model enables customers to rapidly scale computing capacity without investing in permanent infrastructure.
  • Supported applications include: Large Language Model (LLM) training AI inference clusters Scientific computing Digital twins Climate modelling Genomics Financial modelling Video analytics Defence applications Enterprise cloud services Renewable Infrastructure Built for Scale
  • Each NEPTUNE module integrates: Offshore renewable energy generation Closed-loop liquid cooling High-density GPU rack environments Flywheel Energy Storage Systems (FESS) Redundant fibre connectivity Advanced power management Modular expansion capability Marine-engineered structural resilience
  • The platform is designed to minimise lifecycle emissions while providing reliable, enterprise-grade digital infrastructure.
  • Flexible Capacity Options WOOSH will offer customers a range of deployment models including: Dedicated AI infrastructure Managed colocation GPU hosting Enterprise cloud environments Sovereign computing platforms Hyperscale campus expansion Government and defence deployments
  • Capacity can be contracted for pilot projects, long-term enterprise requirements or hyperscale expansion, allowing organisations to align computing resources with actual demand.
  • Supporting the Energy Transition Unlike conventional facilities that increase demand on already constrained electricity networks, NEPTUNE is designed to integrate renewable energy generation directly into the data centre platform. This approach can: Reduce grid congestion Lower carbon emissions Eliminate freshwater cooling demand Minimise land use Improve energy resilience Support regional economic development Enable AI growth using renewable infrastructure
  • WOOSH's proprietary portfolio includes offshore Vertical Axis Wind Turbines (VAWTs), vertical-axis hydro turbines, Flywheel Energy Storage Systems (FESS), Resin Core Axial Flux Generators and modular floating renewable infrastructure designed to accelerate the global transition to sustainable digital and energy systems.

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