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Methanol Reforming Fuel Cell System with 1.5 - 5.0 kW Power Output, Ultra-High Energy Conversion (≥46%), and Ultra-Quiet Performance (<65 dB) for Backup Power

Methanol Reforming Fuel Cell System with 1.5 - 5.0 kW Power Output, Ultra-High Energy Conversion (≥46%), and Ultra-Quiet Performance (<65 dB) for Backup Power

起源の場所:

中国

ブランド名:

Joshining

証明:

GB

モデル番号:

MRFC-5000

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製品の詳細
出力(KW):
1.5~5.0kW
直流電圧出力範囲(V):
48V / 320~650V
システム効率 (%):
≥ 46% (超高エネルギー変換)
メタノールと水のプレミックス混合物:
V/V=6:4
操作の騒音レベル:
< 65 dB (超静音性能)
包囲された実用温度:
-20℃~50℃(高耐候性)
寸法:
690*453*266mm
正味重量 (kg):
65kg
支払いと送料の条件
最小注文数量
1
価格
negotiable
パッケージの詳細
木箱
受渡し時間
5-8weeks
支払条件
L/C、D/P、T/T
供給の能力
1000
製品説明
Methanol Reforming Fuel Cell System for Backup Power
Working Principle

The Methanol Reforming Hydrogen Fuel Cell System is an innovative, highly integrated energy conversion device that transforms liquid fuel directly into clean electrical energy. The system utilizes a safe, unpressurized mixture of methanol and water (V/V=6:4) as its primary fuel source.

Inside the integrated reforming core, the liquid mixture undergoes catalytic steam reforming to generate a high-quality hydrogen-rich stream (H₂≥75%). This hydrogen is immediately fed into an advanced High-Temperature Proton Exchange Membrane (HT-PEM) fuel cell stack to generate reliable DC electricity via electrochemical reactions.

By replacing dangerous high-pressure gaseous hydrogen logistics with stable liquid methanol logistics, the system eliminates severe safety liabilities and strict transit regulatory hurdles of traditional hydrogen infrastructure. With its plug-and-play modular layout, it serves as a revolutionary continuous power supply for heavy-duty applications requiring long endurance and mobility.

Technical Specifications
Technical Parameters Specifications
Power Output 1.5 - 5.0 kW
DC Voltage Output Range 48 V / 320 - 650 V
System Efficiency ≥ 46% (Ultra-High Energy Conversion)
Fuel Composition Required Methanol & Water Premix Mixture V/V=6:4
Operation Noise Level < 65 dB (Ultra-Quiet Performance)
Ambient Operating Temperature -20°C to 50°C (High Weather Resilience)
Dimensions L * W * H 690 * 453 * 266 mm
System Net Weight 65 kg
Enclosure Volume 83 L
Key Product Advantages & Commercial Benefits
Ultra-High Energy Conversion Efficiency (≥46%)

Engineered with an advanced thermal integration circuit, the system dynamically recycles tail-gas and residual heat from the cell stack back into the vaporization process. This achieves exceptional energy efficiency of over 46%, significantly outperforming traditional diesel internal combustion generators.

Zero High-Pressure Hazards & Instant Hydrogen Production

Unlike conventional fuel cells that demand bulky, high-pressure hydrogen storage tanks, the system generates hydrogen on-demand at low pressure. There is no risk of high-pressure explosion, making it fully compliant with strict safety codes for indoor and urban deployments.

Eco-Friendly with Zero Pollutant Emissions

As a green hydrogen energy conversion solution, the primary byproduct is pure water vapor (H₂O). It guarantees zero emissions of harmful nitrogen oxides or particulate matter, helping your enterprise comply with strict ESG regulations.

Plug-and-Play Modular Design

Weighing only 65 kg with a compact 83L volume, the modular chassis supports hot-swapping and seamless multi-unit clustering to scale power up to tens of kilowatts, providing ultimate system reliability and simple maintenance.

Industrial Target Application Scenarios
  • Telecom Base Station Backup Power: Provides robust, long-duration backup power for critical remote 5G telecommunication infrastructure. It seamlessly activates during grid failure, running quietly below 65dB even in extreme climates from -20°C up to 50°C.
  • Distributed Power Generation & Microgrids: Functions as an off-grid decentralized energy hub for remote industrial sites, mining operations, field laboratories, and ecological facilities.
  • Marine & Maritime Clean Propulsion: Acts as an auxiliary power unit (APU) for vessels and hybrid maritime crafts, eliminating heavy carbon footprints in eco-sensitive waters.
  • Mobile Charging Vehicles & Logistics Transport: Easily integrates into emergency response trailers, fleet support vans, and electric vehicle (EV) mobile charging setups to deliver off-grid fast charging.
Questions & Answers
Why is a methanol reforming fuel cell safer than a traditional hydrogen fuel cell?
Traditional hydrogen systems require high-pressure gas cylinders (usually 35MPa to 70MPa) which face severe transportation bans, high logistics fees, and high-temperature explosion risks. The system runs on an unpressurized, stable liquid methanol-water mixture. It creates hydrogen internally only as needed ("on-demand") and converts it to electricity immediately. There is zero high-pressure hydrogen storage in the system, ensuring absolute operation safety.
What is the maintenance cycle and fuel requirements for this system?
The system uses standard industrial methanol mixed with pure water at a volume ratio of 6:4. Because the system features a simplified, solid-state modular configuration without complex moving pistons or high-wear mechanical parts, maintenance is exceptionally low compared to internal combustion engines. Filters are highly accessible and require only minimal periodic inspections.
Methanol Reforming Fuel Cell System technical diagram and components

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