Not a teaser. Seven BESS systems, integrated edge compute containers, the full AIDC module family, sealed-tray immersion cooling, and the AI control layer - all manufactured in-house, all deployable as one system.
Residential to utility scale. Cold-plate or immersion liquid cooling. LFP chemistry rated 6,000+ cycles to 80%. Immersion-cooled cells hold within 2°C - a 30%+ lifecycle gain over traditional liquid cooling.

Off-grid homes, medical clinics, backup power. Integrated thermal management in a single cabinet.

Real estate, islands, peak shaving. Modular blocks that scale with the load.

Compute co-location and constrained footprints. Immersion cells, tighter ΔT, longer life.

Frequency regulation and demand-charge reduction. Duty-cycled for grid markets.

Grid transition, IPP projects, renewable firming. Containerized, MV-integrated.

Compute-integrated storage with shared thermal architecture. The Meizhou-class system.

High-capacity single-container block for utility and large C&I deployments.
All systems: LFP chemistry · all-in-one hybrid architecture with integrated thermal management · 6,000+ charge cycles to 80% · Zero Ignition Architecture with remote cell-level shutdown. Spec sheets: request download
Prefabricated integrated computing infrastructure in 20ft and 40ft ISO formats - immersion or cold-plate liquid cooling, UPS, immersion battery backup, in-row conditioning, monitoring. Deployed in months, not years.

Four liquid-cooled IT cabinets at up to 52 kW each, two communication and storage cabinets at up to 16 kW, modular UPS with immersion-cooled LFP backup, liquid cooling unit with 1+1 redundancy option.

Two liquid-cooled IT cabinets at up to 52 kW each, one communication and storage cabinet at up to 16 kW, the same UPS and immersion battery architecture as the 40ft - in half the footprint.
| System parameter | Immersion liquid cooling | Cold plate liquid cooling |
|---|---|---|
| Liquid-cooled IT cabinets | 4 × ≤52 kW (40ft) / 2 × ≤52 kW (20ft) | 4 × ≤52 kW (40ft) / 2 × ≤52 kW (20ft) |
| Communication / storage cabinets | 2 × ≤16 kW (40ft) / 1 × ≤16 kW (20ft) | 2 × ≤16 kW (40ft) / 1 × ≤16 kW (20ft) |
| Rack | 750 × 1200 × 2500 mm, 42U | 600 × 1200 × 2500 mm, 42U |
| UPS | Modular, immersion-cooled LFP battery, >15 min backup | Modular, immersion-cooled LFP battery, >15 min backup |
| Coolant | Single-phase dielectric | Ethylene glycol aqueous solution |
| Liquid cooling unit | 1 standard, 1+1 redundant optional · 380-400V ±10%, 50Hz | 1 standard, 1+1 redundant optional · 380-400V ±10%, 50Hz |
| In-row air conditioning | 380-400V ±10% · R410A | 380-400V ±10% · R410A |
| PDU | 3-phase 380Vac 80A · C13 / C19 (IEC60309) | 3-phase 380Vac 80A · C13 / C19 (IEC60309) |
| Protection / installation | IP55 · ground install, concrete or steel base | IP55 · ground install, concrete or steel base |
| Operating altitude | ≤4000 m (derating above 1000 m) | ≤4000 m (derating above 1000 m) |
| Monitoring | Access control, video (≥7 days), temp/humidity, leak, fire alarm, battery status | Access control, video (≥7 days), temp/humidity, leak, fire alarm, battery status |
| Transport | Road or sea | Road or sea |
Environments: Class A/B/C (Class C not supported at temperatures ≤ -20°C).
Enterprise branch offices and factories · government smart city and public safety · universities and research computing · oil and gas, mines, renewable sites · finance backup data centers · airports, railways, ports · telecom edge and disaster-recovery sites.
The full picture of what we offer: compute cabinets, power distribution, cooling, and facility systems - manufactured as modules, integrated as one turnkey system. Your scope is the silicon; ours is everything around it.

Sealed-tray immersion cabinet for high-density GPU and HPC workloads. Online maintenance, zero fire risk.

Air, cold-plate, or immersion-cooled IT cabinets in one integrated family - configured to the rack density you actually run.

Portable edge inference: compute, cooling, and battery in one deployable node. Runs on site power or internal storage.

Modular server room in an ISO container. Stackable, relocatable, upgradeable - the anti-stranded-asset.

Grid power, main and auxiliary transformers, MV switch, capacitor compensation, UPS cabinets - one containerized chain.

Medium-voltage connection and distribution skids, centralized or string PCS - matched to your grid interface.

Backup generation in the same modular grammar. Waste heat joinable to the RUHE loop.

Coolant distribution at the row or rack. Primary/secondary annular pipeline architecture with redundancy options.

Primary cold source with zero evaporative water loss. In-row conditioners, wind walls, and HVAC complete the facility system.
Family specs: ISO 40ft modules · prefabricated, stackable, modular · 10.8 kW/m² power density · 8.6 PFLOPS/m² · 6-9 month deployment vs 18+ traditional. Facility scope includes lighting, fire protection, monitoring, and fresh air systems.
The differentiator. Single-phase dielectric immersion in sealed vertical trays - servers and cells submerged without a tank. Pull a server without draining anything.

Immersion, cold plate, or air - and rack-only retrofit for live facilities. Single-phase dielectric fluid with no third-party dependency. AI-driven safety controls with Zero Ignition Architecture across battery and compute layers. Chip-upgradeable: GPUs swap without re-engineering the cooling.
One control plane for BESS, DC power, cooling, and compute load. Predictive, not reactive - and designed to be handed over.
Renewable generation versus compute load, from 15-minute spot to 72-hour ahead. Storage dispatches to price, not to panic.
Every cell instrumented, every deviation flagged before it becomes a trend. ΔT held within 2°C for a 30%+ lifecycle gain.
If a cell deviates, the EMS isolates and shuts it down at the individual cell level - remotely, before a thermal event can propagate. Zero Ignition Architecture: fire prevented by design, not by response.
Frequency regulation, spinning reserve, balancing markets - bid automatically. Storage earns while the compute runs.
BESS, UPS, CDU, HVAC, and IT load on one dashboard. The system talks to itself so your operators do not have to.
Prefer your own control system? Every Power Dynamics system is built to connect. Open interfaces hand full command to your EMS, SCADA, or BMS - your data stays on your systems, your operators keep the keys. Our EMS is the default, never a lock-in.