NANO PRO™ Anion Exchange Membrane (AEM) Electrolyzer, Flow Rate 2.0 Nm²/h
Overview
NANOSSR offers anion exchange membrane (AEM) electrolyzer which utilize advanced AEM technology combined with proprietary non-precious metal catalysts to ensure smooth hydrogen delivery. The product features a chassis designed for standard cabinet installation, allowing for flexible use as standalone units or in parallel configurations to support scalable system integration.
The AEM electrolyzer has the following characteristics:
- Energy-efficient performance ensuring reliable, continuous operation.
- Operates effectively with a wide range of water quality, reducing maintenance needs.
- High corrosion resistance in alkaline conditions for long-lasting durability.
- Intuitive, user-friendly touch screen interface for easy operation.
- Advanced software system for comprehensive hydrogen production monitoring and optimization.
- Enhanced safety features designed to detect and respond swiftly to hydrogen leakage incidents, ensuring peace of mind.
- Real-time monitoring of each cell’s status for precise performance tracking.
- Convenient remote monitoring through a built-in smartphone or PC application for on-the-go management.
- Rapid, adaptive response to electrical power fluctuations, seamlessly integrating with renewable energy sources like solar and wind energy.
Brand: NANO PRO™
Manufacturer: NANOSSR LLC
System Composition
Each NANO PRO AEM Electrolyzer comes with an hydrogen production unit, control power supply, control system, radiator, water tank, circulating water pump, user interface, and other essential components.
External Interfaces
- Electrical Interface: The equipment has AC 220V/16A connection wires with three-core 16A plugs. Users should provide three-core 16A distribution sockets or a 3kVA distribution cabinet wiring block. 110V power version is available upon request.
- Network Interface: Devices connect via an RJ-45 interface (remote monitoring is optional).
- Waterway Interface: The water inlet uses a quick-plug connector (8 mm diameter). Users should provide PTFE or PE plastic pipes for connection.
- Hydrogen Pipeline: The output interface is a G1/4" (6.35 mm) stainless steel sleeve. Users can design hydrogen storage or stainless steel pipelines with pressures below 1.6 MPa.
- Oxygen Pipeline: The output interface is a quick-plug connector (10 mm diameter). Users should use PTFE or PE plastic pipes for connections, and oxygen must be discharged outdoors.
- Atmospheric Hydrogen Pipeline: A sealed G1/4" stainless steel joint is for maintenance use only. Removing it will cause alarm and shutdown. To output hydrogen at atmospheric pressure, contact the manufacturer for control adjustments.
Specifications:
| Standard hydrogen production rate | 2 Nm³/h |
| Standard power | 10 kW |
| DC power consumption | 4.5 kwh/Nm³ |
| Power load flexibility | 5% ~ 100% |
| Water consumption | 2 L/h |
| Conductivity of purified water | δ |
| Inlet pressure | 0.5 ~ 5 bar |
| Purity of hydrogen output | Molar fraction 99.5% |
| Purity of hydrogen output after drying | Molar fraction 99.995% (optional dryer) |
| Hydrogen output pressure | Up to 30 bar |
| Oxygen output pressure | Atmospheric pressure |
| System lifespan | 10 years |
| Working life of electrolytic cell | > 30,000 hrs |
| Start time | 0-100% for about 5 minutes at 25 °C |
| Dynamic response time | |
| Weight | 89 kg |
NANOSSR offers a variant of Hydrogen Generator. Please contact us for more information.
