Brennstoffzellen-Systeme
Mikro - und Mikro-Systeme (<1 kW)
📦 System Components:
Compact PEM fuel cell stack
Lightweight air-cooled module
Integrated DC power output (12V–48V)
Onboard control board with display or USB
Hydrogen inlet (cartridge or low-pressure tank)
⚙️ Key Features:
Designed for UAVs, sensors, portable electronics, and off-grid kits
Ultra-lightweight, silent operation
Quick start-up and low power draw
Ideal for R&D or tactical mobile units
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1-1
Small-Scale Systems (1–10 kW)
📦 System Components:
PEM fuel cell stack (single or dual)
Air or water-cooled thermal system
DC/AC inverter or battery hybrid circuit
Hydrogen regulation + humidification module
Control unit (PLC or microcontroller)
⚙️ Key Features:
Perfect for telecom base stations, emergency backup, and residential CHP
High power density with stable DC output
Modular architecture, plug-and-play integration
Low noise, zero emission
Medium-Scale Systems (10–50 kW)
📦 System Components:
Fuel cell stack array (parallel configuration)
Heat recovery module (optional CHP output)
Hydrogen supply + back-pressure regulation
Smart control cabinet (SCADA/PLC enabled)
Grid-compatible inverter (if AC output required)
⚙️ Key Features:
Used in commercial buildings, hybrid vehicles, light-duty trucks, and distributed power
Combined heat and power (CHP) options available
24/7 autonomous operation with remote diagnostics
Can be integrated with PV/battery/microgrid systems
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High-Power Systems (50–200+ kW)
📦 System Components:
Multi-stack PEM or HT-PEM fuel cell module
Integrated power electronics (inverter, rectifier, load controller)
Thermal management + heat utilization (CHP-ready)
Hydrogen supply cabinet (can include compression or blending)
Full SCADA-enabled EMS system
⚙️ Key Features:
For buses, heavy-duty trucks, marine vessels, industrial backup
Stable, high-efficiency power output (net efficiency >50%)
Flexible grid/off-grid operation
Long system lifespan, >10,000 hours under rated load
ATEX/ISO compliant for international deployment
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