P2H Computing ClusterDeveloper · Operator · Asset Manager
Technology

High-Density Computing. Engineered for Heat.

Liquid-cooled high-performance systems that convert computing energy entirely into usable heat. Scalable from 5 kW to multi-MW.

Liquid Cooling as Heat Generator.

Conventional data centres cool with air — the heat escapes into the atmosphere. P2H systems use closed water circuits: the heat from compute hardware is transferred directly to cooling water and fed into district heating networks at up to 85 °C supply temperature. Efficiency exceeds 95% — almost all electrical energy used becomes usable heat.

Technical Specifications.

Cooling Method
Liquid Cooling / Immersion Cooling
Supply Temperature
60–85 °C
Return Temperature
25–45 °C
Modular Capacity
5 kW – multi-MW
Heat Yield
> 95% of energy input
Energy Reuse Factor
10–20 %
Deployment Time
4–8 weeks
Availability (SLA)
> 95 %
Monitoring Sensors
30+
Network Interface
Modbus TCP / REST API
TRL
6–7 (first deployment in real environment)

Real-Time Monitoring. Fully Remote.

30+ sensors capture pressure, temperature, flow rate and power consumption in real time. All systems are remotely monitorable and controllable — operation without local personnel possible. Automatic alerting on threshold breaches, escalating notification management.

30+
Sensors

From a single rack to a district supply system.

  1. Stufe 1
    5–50 kW
    Single Building

    Rack integration into existing heating

  2. Stufe 2
    100–600 kW
    Commercial / Municipal Building

    Heating centre with district heat feed-in

  3. Stufe 3
    1–10 MW
    Utility Integration

    Baseload-capable heat source in grid composite

  4. Stufe 4
    25–100 MW
    Large Project / Brownfield

    Dedicated site, 100,000+ households, EU Taxonomy compliant