Versatile Ammonia-Hydrogen Energy Generation System for All Applications

Versatile Ammonia-Hydrogen Energy Generation System for All Applications

Versatile Ammonia-Hydrogen Energy Generation System for All Applications

Versatile Ammonia-Hydrogen Energy Generation System for All Applications

Versatile Ammonia-Hydrogen Energy Generation System for All Applications

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Versatile Ammonia-Hydrogen Energy Generation System for All Applications

Versatile Ammonia-Hydrogen Energy Generation System for All Applications

Versatile Ammonia-Hydrogen Energy Generation System for All Applications

Versatile Ammonia-Hydrogen Energy Generation System for All Applications

Versatile Ammonia-Hydrogen Energy Generation System for All Applications

Versatile Ammonia-Hydrogen Energy Generation System for All Applications

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Product Description

📋

Basic Information

Electrolyte

Pem

Working Temperature

<100°C

Fuel Type

Hydrogen Oxygen Fuel Cell

Rated Power

5000W

Rated Output Voltage

220V

Cooling

Water Cooled

Weight

80kg

Storage Temp

-10~50°C

Relative Humidity

30~90%Rh

HS Code

8507809010

Production Capacity

3000 pieces/Year

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Product Description

Ammonia-Hydrogen Energy Generation System Overview

The Working Principle of Ammonia-Hydrogen Fuel Cell Power:

The equipment utilizes liquid ammonia (NH3) as a high-efficiency hydrogen storage medium. The process involves two core components:

Ammonia Decomposition: Hydrogen-rich gas (comprising 75% hydrogen and 25% nitrogen) is generated through specialized ammonia decomposition catalysts.
Power Generation: Following deammoniation and heat exchange cooling, the mixed gas enters the fuel cell to generate stable electrical power.

System Component 1

System Component 2

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Specification

Technical Specifications Chart

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Product Application

1. Primary Power Supply

Power supply for construction sites
Remote areas and off-grid locations
Transportation power infrastructure

2. Backup Power Supply

Office buildings and commercial centers
Hospitals and educational institutions
Data centers and critical infrastructure

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Packaging & Delivery

Package Size

46.00cm * 53.00cm * 40.00cm

Gross Weight

80.000kg

Package Type

Wooden or Cardboard Boxes

Packaging Details

Shipping Preparation

Frequently Asked Questions

What is the primary fuel for this energy generation system?

The system uses liquid ammonia (NH3) as the hydrogen storage medium, which is decomposed into a hydrogen-rich gas for power generation.

What are the power output specifications?

The system provides a rated power of 5000W with a rated output voltage of 220V.

How is the system cooled during operation?

It utilizes a water-cooled system to ensure the working temperature remains efficiently below 100°C.

Can this system be used in off-grid locations?

Yes, it is specifically designed for primary power supply in remote areas, construction sites, and off-grid zones.

What is the composition of the gas produced after ammonia decomposition?

The decomposition process generates a hydrogen-rich gas consisting of 75% hydrogen and 25% nitrogen.

What are the storage requirements for this unit?

The unit should be stored in environments with temperatures between -10°C to 50°C and relative humidity between 30% to 90%Rh.

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