700V DC Native Busbars &
High-Density AI Thermal Interconnect
DeReticular Energy Systems engineers industrial island-mode electrical topologies. We couple behind-the-meter syngas baseload power directly to liquid immersion GPU clusters with sub-16ms solid-state automatic transfer switching and 100% waste heat recapture.
Job-costed engineering isolation adhering to FAR Part 31 and DCAA SF 1408 pre-award audit standards.
Mission-Critical Industrial Interconnect
Eliminating inverter conversion losses and protecting volatile GPU memory during utility trip events.
700V DC Busbar Topology
Direct rectified DC distribution connecting on-site rotary generators and battery reserves straight to GPU servers and fast chargers without AC inverters.
Sub-16ms Island Transition
Solid-State Automatic Transfer Switches (SSTS) that disconnect from utility grids in less than 16ms, preventing server reboots and register dumps.
RIOS-CC-1000 Immersion
Dielectric liquid immersion cooling chassis designed for dirty industrial perimeters and high ambient thermal environments (+115°F).
Hydronic Heat Export
Plate heat exchangers (PHE-1) capturing 100% of rejected GPU heat for district hydronic heating, industrial drying, or agricultural soil warming.
FEED Study & 700V DC Interconnect Engineering
Front-End Engineering Design (FEED) for industrial island microgrids, high-density AI clusters, and behind-the-meter shore-power SCADA systems.
FEED Engineering Deliverables:
- ✔ 700V DC Busbar Topology: Engineering single-line schematics for direct rectified DC distribution.
- ✔ Sub-16ms Automatic Transfer Switch Sizing: Solid-state switch specifications protecting GPU memory registers.
- ✔ RIOS-CC-1000 Immersion Modeling: Dielectric fluid selection, pumping loops, and PUE minimization.
- ✔ District Heat Exchanger Integration: Hydronic loop schematics to export 100% of rejected compute heat.
- ✔ Regulatory & Safety Compliance: Compliance reviews under NFPA 70 / NEC Article 705 and OSHA standards.