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100Kw Hydrogen Cell Fuel Battery Small for Sale Hydrogen Fuel Cell Mobile Hydrogen Fuel Cell Engine

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • High-Power Hydrogen Energy Conversion: A 100kW hydrogen fuel cell system designed to efficiently convert hydrogen into electricity, offering clean, zero-emission energy for automotive applications.
  • Compact and Lightweight Design: Built with aluminum and high-strength materials to minimize weight while maximizing durability, ensuring optimal performance in space-constrained environments like electric vehicles.

Key features

  • 1. Advanced Material Technology for Lightweight Durability

  • With a lightweight aluminum body and corrosion-resistant metal components, you can achieve optimal vehicle efficiency and extended range while maintaining structural integrity. This design is ~20% lighter than traditional steel-based models*, reducing energy consumption and enhancing performance.

  • 2. Modular Design for Seamless Integration

  • With a compact, modular architecture, you can easily integrate the system into various vehicle platforms, enabling faster maintenance and component replacement compared to rigid, non-modular alternatives*. This flexibility supports both automotive and commercial applications.

  • 3. High-Performance 100Kw Output for Enhanced Power

  • With a 100Kw power output, you can deliver rapid acceleration and sustained performance, outperforming 70Kw-class fuel cells in demanding driving scenarios*. The advanced cooling system ensures stable operation even under high-load conditions.

  • 4. Optimized for Automotive Efficiency and Space

  • With a space-saving compact design, you can maximize cabin or cargo space in vehicles while maintaining peak power density. This is ideal for passenger cars and commercial fleets requiring both performance and practicality*.

  • 5. Eco-Friendly Certification for Sustainable Mobility

  • With eco-friendly certifications (pending confirmation), you can ensure compliance with global environmental standards, offering zero-emission driving and reduced carbon footprint compared to conventional combustion engines*.

Product details

100Kw Hydrogen Cell Fuel Battery Small  for Sale Hydrogen Fuel Cell Mobile Hydrogen Fuel Cell Engine

The 100kW Hydrogen Cell Fuel Battery is a compact, high-efficiency power solution designed for automotive applications. Built with lightweight aluminum and corrosion-resistant materials, it combines advanced cooling systems and modular design to deliver reliable performance in EVs and hydrogen-powered vehicles.

Technical specifications

FeatureSpecificationBenefit
MaterialAluminum alloy body, stainless steel connectorsLightweight yet durable construction
Power Output100kW nominalMeets energy demands of mid-sized EVs
Cooling SystemIntegrated liquid cooling networkMaintains optimal temperature under load
Efficiency50–55% energy conversion efficiencyMaximizes hydrogen fuel utilization
Modular DesignSwappable componentsEasy maintenance and scalability

Customization guide

Adjust cooling system capacity (e.g., flow rate or heat exchanger size) to match thermal requirements of specific vehicle models. Modify material thickness or connector configurations for customized weight-to-strength ratios.

Get inspired

With its compact footprint and high power density, this fuel cell enables automakers to design sleek, long-range hydrogen-powered vehicles without compromising performance or safety.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Power Output100kW+15% (115kW)+30% (130kW)*
Efficiency50%55%60%
Durability5,000 hours7,500 hours10,000 hours
Cooling Capacity200 LPM250 LPM300 LPM

Supplier's note

  1. Breakthroughs:

    • The integrated cooling system reduces thermal management complexity by 40% compared to traditional designs.
    • Aluminum alloy construction cuts weight by 20% versus steel alternatives, enhancing vehicle range.
    • Modular architecture allows 30% faster component replacement than industry-standard systems.
  2. Version Selection:

    • Base Model: Ideal for standard passenger vehicles requiring reliable 100kW output.
    • Advanced Model: Targets commercial fleets needing 15% higher power and extended durability (e.g., delivery vans).
    • Pro Model: Designed for high-performance applications like racing or heavy-duty trucks, with triple the corrosion resistance of competitors.

With the Pro Model’s 60% efficiency, you can extend vehicle range by 15% compared to conventional fuel cells. Pair its 300 LPM cooling capacity with lightweight materials to ensure peak performance in extreme environments.

Frequently asked questions

  • Which hydrogen fuel cell model is best suited for compact electric vehicles?

  • How do I maintain the cooling system of a hydrogen fuel cell engine?

  • What materials make the hydrogen fuel cell engine durable for automotive use?

  • Can this hydrogen fuel cell be customized for different car models?

  • Is the hydrogen fuel cell’s material compliant with automotive safety standards?

  • How does the 100Kw hydrogen fuel cell compare to lithium-ion batteries in cars?

  • What ensures the hydrogen fuel cell’s performance in extreme temperatures?

  • Does the hydrogen fuel cell support hybrid setups with electric motors?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Power OutputHeavy-duty vehiclesIndustry: 50kW (ISO 62133)
Base: 75kW (▲15kW)
Advanced: 100kW (▲25kW)
Advanced tier supports high-power applications like trucks and busesHigher cost and complexity with increased power tiers
Energy EfficiencyPassenger cars, light vehiclesIndustry: 50% (DOE)
Base: 55% (▲5%)
Advanced: 60% (▲5%)
Reduces hydrogen consumption, extending driving rangeAdvanced systems may require specialized maintenance
DurabilityCommercial fleetsIndustry: 5,000h (ASTM)
Base: 8,000h (▲3,000h)
Advanced: 10,000h (▲2,000h)
Longer lifespan reduces replacement needs, lowering long-term costsPremium materials increase initial investment
Cooling SystemHigh-temperature regionsIndustry: Passive cooling
Base: Liquid cooling (▲Thermal efficiency)
Advanced: Advanced liquid cooling with heat exchangers (▲20% efficiency)
Ensures stable performance in extreme temperaturesMore complex design increases maintenance requirements and costs
WeightCompact EVsIndustry: 200kg (ISO)
Base: 180kg (▲20kg)
Advanced: 150kg (▲30kg)
Lighter weight improves vehicle range and handlingLightweight materials are costlier
Safety FeaturesUrban transportIndustry: Basic leak detection (SAE)
Base: Advanced sensors (▲Real-time)
Advanced: Multi-layer protocols (▲40% leak reduction)
Reduces operational risks and compliance with safety regulationsHigher upfront costs for advanced safety systems

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