Uncompromising Reliability
Enduring Performance
Setting new benchmarks in thermal performance, our immersion cooling solution ensures your infrastructure is inherently future-proof and climate-resilient.
qualities
Empowering Ultra-High Density and
Climate-Resilient DataCenters
Reliable Performance
- High availability (5x9s)
- Concurrent maintainability
- Dissipate up to 400 kW
Climate Resiliency
- Heat reuse & dry cooling optimized
- Opportunity to completely eradicate direct water usage
Smooth operations
- Modular cable management
- Ready for standard 19″ patch panels and accessories
- PDUs in dry zone
TECHNICAL SPECS
Engineered for Performance
Architected for Success
Up to 400 kW
4000 W
50 RU
47 OU
2N Pump
2N CDU
Concurrent mantainability**
Adaptable CDUs
Choose from a Unitank or a TwinTank
depending on your needs
DT EXO
Unitank
- Engineered to maximize power density, this system is purpose-built to deliver peak performance and industry-leading heat dissipation capacity.
DT EXO
Twin Tank
- Engineered to maximize uptime, this system features concurrent maintainability to ensure 99.999% availability for your mission-critical workloads.
Maximize compute density per square foot.
Engineered for ultra-high capacity and peak performance, the SmartPod EXO delivers exceptional power density within a significantly smaller footprint than traditional air cooling. Cool more compute in less space.
Uninterrupted Maintainability
Featuring versatile operational modes, the Twin Tank system allows each CDU to manage a single tank in nominal mode or dual tanks in boost mode. For mission-critical resilience, tanks and CDUs are deployed in redundant pairs to mitigate the impact of potential adverse events.
Slash energy consumption.
Eliminate the complexity of air handling systems and drastically reduce cooling energy consumption. Our solutions enable higher compute density while minimizing power usage, maintenance, and spatial requirements. Lower your OPEX while scaling compute—save energy, cut costs, and boost operational efficiency.
Eliminate Water Dependency.
Eliminate water consumption from your cooling strategy. By supporting high-grade heat rejection with water temperatures up to 140°F (60°C), our systems make year-round free cooling a reality—granting you total geographical freedom for your next data center location.
Optimized Equipment Layout
Designed with dedicated front and rear dry zones for network cabling and power distribution, our systems allow IT and electrical teams to manage their respective domains seamlessly and safely.
Streamlined Interconnect Architecture
Our modular ecosystem—featuring configurable patch panels, precision cable guides, and versatile storage trays—is engineered for intuitive management and effortless scalability.
Comprehensive Telemetry & Insights
Sunnycore’s monitoring ecosystem offers seamless integration via standard API and SNMP protocols, or the option to leverage our intuitive, high-visibility user interface.
Frequently
asked questions
Global warming has exceeded 1ºC since pre-industrial times. The fact that immersion cooling infrastructure can operate at higher temperatures provides more opportunities to handle the rising ambient temperatures we’re currently witnessing and the persistent rise that’s forecasted for the future – less demanding infrastructure leads to reduced emissions.
Also, thanks to its thermal inertia, the cooling capability in the pod remains intact for some time in the event of total failure of the cooling infrastructure. With the right design and depending on the selected operating conditions, this feature helps increase resiliency.
For more on how immersion an face today’s industry challenges, check out our blog post.
The DT EXO Unitank is equipped with a CDU with 2N pumps for improved availability.
The DT EXO Twin Tank is equiped with 2N CDUs, providing concurrent maintainability and each of them being able to handle 100% of the load.
Take advantage of the 2N CDUs in the DT EXO Twin Tank and connect each of them to a dual independent water supply loop. The same goes for the power supply, connect each CDU to an independent feed via an automatic feed selector such an ATS.
Each CDU can handle 100% of the load and the immersion system is concurrently maintainable.
With many MWs worth of units already deployed and production facilities in Barcelona, Spain and Houston, Texas, our supply chain is ready to deliver at hyperscale.
Immersion cooling is the most sustainable form of liquid cooling:
- It reduces power and direct & indirect water consumption, therefore reducing CO2 emissions.
- It lets your infrastructure operate at higher temperatures, providing more free cooling time.
- Higher power density leads to less real estate needed.
- Immersion cooling fluid is non-toxic, biodegradable, GWP=0, and it can be recycled.
- It protects the hardware from degradating agents such as dust, moisture and vibrations, which plays in favor of its lifespan.
Keep reading about the sustainable benefits of immersion here.