Supports Multiple ASIC Models

Immersion Cooling Systems

Immersion cooling systems deliver highly stable and efficient thermal management for cryptocurrency mining hardware. By submerging miners in a specialized dielectric fluid, heat is removed far more effectively than with air cooling, ensuring optimal temperatures, steady hashrates, and longer equipment lifespan even under heavy loads.

BiXBiT immersion cooling system

Immersion Tanks Product Line

Immersion Tank

BiXBiT ICT-100

BiXBiT ICT-100 immersion tank

Immersion Containers Product Line

Immersion Container

BiXBiT IC-1000

BiXBiT IC-1000 immersion container

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How Immersion Cooling Works

Hydro-cooled ASIC hashboard
  1. 1

    ASICs are immersed

    Immersion cooling submerges Bitcoin mining hardware in a non-conductive fluid that absorbs heat directly from the components.

  2. 2

    Heat is transferred

    Heated fluid circulates through a heat exchanger, removing heat without traditional air cooling.

  3. 3

    Fluid is recirculated

    Cooled fluid returns to the tank, maintaining stable operating temperatures for high-density crypto mining.

  4. 4

    Built for mining farms

    Immersion cooling enables efficient, reliable operation of Bitcoin mining equipment with reduced cooling infrastructure.

End-to-End Mining Farm Solution

A ready-to-deploy solution for launching and scaling mining operations — from infrastructure planning to stable day-to-day performance.

Project Assessment &
Strategic Planning

Project Assessment & Strategic Planning

Mining Farm Engineering
& Design

Mining Farm Engineering & Design

Equipment & Infrastructure Optimization

Equipment & Infrastructure Optimization

Construction,
Deployment & Commissioning

Construction, Deployment & Commissioning

Efficient, Scalable
Mining Operations

Efficient, Scalable Mining Operations

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BiXBiT Ecosystem — one solution for your business

BiXBiT builds a fully integrated ecosystem for mining and high‑density compute where containers, cooling, power, firmware and monitoring operate as one. Software is embedded directly into the hardware, enabling full real‑time visibility across all systems from the moment you connect the site. This unified architecture accelerates deployment, reduces integration risk and scales effortlessly as new modules automatically join the ecosystem under a single monitoring and control platform.

BiXBiT Ecosystem

Case study

Project in the USA 2026

In 2026, a U.S. client selected a turnkey, high-availability containerized solution featuring a custom 1.2 MW hydro-cooling system for a high-density mining environment, with full redundancy and BiXBiT AMS integration.

Key Project Info

  • ASIC count: ASIC count 120 units per container
  • ASIC model: 4 types of ASIC models (2U)
  • Full BiXBiT AMS integration
  • 1+1 pump redundancy configuration
  • BiXBiT Smart PDU

Key Project Outcomes

  • Uptime: 99,9%
  • PUE: 1,02

BiXBiT AMS — Your Central Hub for Monitoring and Management

Full control over your mining infrastructure from anywhere in the world. BiXBiT AMS brings together the container, ASIC devices, and PDUs into a unified monitoring and management system, allowing you to track equipment performance, manage power, and prevent downtime remotely.

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Engineering and Project Design Services

We offer full-cycle engineering and project design services tailored to your mining infrastructure needs. Our team can develop a complete technical solution based on your goals, site conditions, and performance requirements.

As part of the project, we will define the optimal configuration of the mining container, select the most efficient cooling system, and ensure seamless integration of all components.

From initial concept and technical calculations to finalized blueprints and deployment planning, we provide a clear, precise, and reliable design package that forms the foundation for a high-performance and scalable mining operation.

Heat Reuse

In BiXBiT immersion cooling, the liquid absorbs heat directly from the equipment, and up to 95% of this energy can be recovered for heating or industrial applications.

From Waste Heat to Valuable Resource

Mining heat doesn’t have to be wasted. Modern cooling systems capture and repurpose excess heat, transforming mining into an efficient energy solution.

Heat Recovery That Works Anywhere

Up to 95% of mining heat can be recovered and repurposed. Advanced cooling systems transform excess energy into useful heat for homes, greenhouses, pools, and industrial applications.

Sustainability and Profitability in One System

Heat recovery reduces operating costs, improves efficiency, and supports a more sustainable mining model. Instead of wasting energy, smart mining infrastructure turns every output into measurable value.

BiXBiT Building

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