H1000
Industry Standard Immersion Enclosure
Seamless Integration Into Existing Data Centers.
H1000 Standard Immersion Enclosure
First industry standard Immersion Cooling System based on standard dimensions of IT rack.
65 kW
Standard Heat Transfer Capacity | 32°C
80 kW
Max Heat Transfer Capacity | 27°C
19-21”
IT Hardware Form Factor
1.2 / 3.1 kW
Power Consumption Typical / Max
735 / 1305 / 1100 mm
Dimension (L / W / H)
100-240 V AC 50/60 Hz
Power Specification
Capacity
Up to 80 kW per server at 27°C, scaling to 140 kW per rack configuration.
Performance
Stable operation enabled by targeted flow heat transfer without thermal throttling.
Sustainability
Reduced carbon footprint through minimized reliance on air cooling.
Energy Efficiency
Lower consumption via precise heat removal and reduced cooling overhead.
H1000 Immersion Enclosure Bulid Details
Compute Compartment
Houses immersion-cooled compute hardware in standard 19”-21” and ORV3 form factors, with up to 900 mm equipment depth.
H1000 Immersion Enclosure Bulid Details
Hydraulic Compartment
Integrates the cooling infrastructure with built-in pump redundancy in N+1 or N+2 configuration for reliable coolant circulation.
H1000 Immersion Enclosure Bulid Details
Control Panel
Provides system control and monitoring, including supply and return temperature monitoring across primary and secondary loops.
H1000 Immersion Enclosure Bulid Details
Networking Switch Compartment
Dedicated compartment for network infrastructure, supporting flexible integration of connectivity and data-center switching hardware.
Water Treatment System
New CDU, now with a built-in water quality & coolant treatment system.
Flow, Pressure, Temperature & Equipment Status
Monitoring
Pumps, Valves, CDUs & Cooling Loops
Control
Historical Trends
& Performance Reporting
Analytics
Alarm Response & Equipment Sequencing
Automation
BACnet, Modbus, OPC UA, SNMP, PROFINET
Connectivity
Rack-Level to Facility-Wide Infrastructure
Deployment
System Overview
A centralized view of system status, coolant condition, notifications, and key operating parameters.
Water Quality Monitoring
Real-time visibility into pH, conductivity, turbidity, glycol concentration, corrosion rate, and coolant temperature.
System Status
Live monitoring of pressures, temperatures, flow rates, pumps, valves, and overall system performance.
Chemical Dosing
& Treatment
Direct control of chemical dosing, pH regulation, and coolant treatment parameters.
H1000 Standard Immersion Enclosure
Engineered to deliver efficient, scalable cooling for high-density workloads.
80 kW
Max Heat Transfer Capacity
27°C
Approach Temperature
21RU
Hosting Capacity
Immersion Enclosure Series
Edge
High-density cooling solution engineered
for scalable AI and HPC deployments.
15 kW
Standard Heat Transfer Capacity
32°C
Approach Temperature
1 Phase 100-240 V | 3 Phase + N / 380-440V ~50/60 Hz
Power Supply
500-1000 W
Power Consumption
720 / 575 / 1120 mm
Dimension (L / W / H)
220 / 469 kg
Enclosure /Total Weight
H1000
Compatible immersion tank, engineered to deliver efficient, scalable cooling for high-density workloads.
65 kW
Standard Heat Transfer Capacity
32°C
Approach Temperature
100-240 V AC 50/60 Hz
Power Supply
1200 W
Power Consumption (Typical)
735 / 1305 / 1100mm
Dimension (L / W / H)
400 / 1075 kg
Enclosure /Total Weight
Know More About
What's Incoming
We Will Guide You the Whole Time
Everything starts with conversation. Trust us with your project and get us to work on your idea
Invite Us to Your Project
We support both small entities and large enterprises. Initial system design – free of charge.
Let’s Chat with Us
If you have a liquid cooling or heat reuse project – we are yours to talk. Free of charge.
Get the Support
A comprehensive remote, and on-site service. Included with every system we deliver.
Liquid Cooling Explained
Discover the future of data center cooling through a series of short, expert-led videos. Our CTO, Maciek Szadkowski, answers the most important questions, debunks common myths, and reveals what really matters when it comes to modern liquid cooling systems.
Watch the Series
Tell Us About Your Project
The more you tell us up front, the faster we can come back with a real design rather than a brochure. Where possible, include:
- IT load: target capacity in MW, and rack density in kW
- Hardware: GPU or accelerator platform, rack format (19", 21", ORV3), cold plate or immersion
- Loop conditions: available facility water temperature and flow, or "not decided yet"
- Heat rejection: dry coolers, chilled water, district heating, or open
- Site: city and country, plus design ambient temperature
- Timeline: target energisation date and whether this is new build or retrofit
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