Hydrogen Automotive Components Supplier | GKN Reference

GKN: Our Reference for Hydrogen Automotive Components

Like GKN, we engage in hydrogen fuel cell vehicle components, including system integration and hydrogen tank technology, supporting automakers in developing hydrogen-powered models.
Get A Quote

Why choose us?

Quick deployment shortens commissioning time

Modular designs allow fast installation and commissioning, reducing time from project initiation to operation.

Durable equipment reduces replacement costs

Our electrolyzers, fuel cells, and storage systems are durable, with long lifespans reducing replacement frequency and costs.

Transparent cost structure

We provide clear cost breakdowns for equipment, installation, and operation, aiding budget planning and ROI assessment.

Related products

Hyto Energy draws inspiration from GKN’s expertise in automotive hydrogen solutions, focusing on the development and supply of high-performance components for hydrogen fuel cell vehicles. Central to this offering is our fuel cell system integration technology, which ensures seamless coordination between the hydrogen storage, fuel cell stack, and power management systems in vehicles. This integration optimizes energy conversion efficiency, enabling longer driving ranges and faster refueling times—key factors for consumer and commercial adoption. Complementing this, our hydrogen tank technology includes lightweight, high-strength 35MPa and 70MPa pressure vessels designed to withstand the rigors of automotive use, from daily commutes to heavy-duty logistics. These tanks are engineered for maximum hydrogen density, minimizing weight while maximizing storage capacity, thus preserving vehicle performance. Hyto’s collaboration with automotive manufacturers extends to customizing components for diverse vehicle types, including passenger cars, commercial trucks, and even specialty vehicles like forklifts. By prioritizing durability, safety, and compatibility with existing manufacturing processes, our solutions help automakers accelerate the development and deployment of hydrogen-powered models. Whether supporting the integration of fuel cell systems into new vehicle platforms or enhancing the performance of existing designs, Hyto’s GKN-inspired automotive components play a critical role in advancing sustainable transportation and expanding the reach of hydrogen mobility.

Frequently Asked Questions

What is the maximum hydrogen storage capacity of your metal hydride systems?

Our metal hydride storage systems offer high hydrogen density through chemical reactions with metals such as magnesium, titanium, and zirconium. The maximum capacity varies by model, with options tailored for small-scale applications. For home use, typical models can store enough hydrogen to meet daily electricity and heating needs, while on-vehicle versions support extended vehicle range. All are optimized for compactness and safety, fitting seamlessly into their respective scenarios.
Yes, we provide liquid hydrogen tanks that use ultra-low temperature liquefaction technology. These tanks are specifically designed for long-distance transport of hydrogen, ensuring efficient and safe delivery to distant locations.
Our green hydrogen is produced using electricity from renewable sources (solar, wind) via electrolysis, with zero carbon emissions in the entire process. Using it in industries, transport, and power generation replaces fossil fuels, directly reducing carbon footprints to support carbon neutrality.
Yes, our systems, particularly PEM electrolyzers with fast response times, can adjust to power fluctuations from renewable sources. Hydrogen acts as an energy storage medium, balancing supply and demand during intermittent wind or solar generation.

Related Articles

Fuel Cell Technology: From Working Principles to Wide-Range Applications

28

Jun

Fuel Cell Technology: From Working Principles to Wide-Range Applications

How Fuel Cell Technology Works: Core Principles and Mechanisms The Electrochemical Reaction Behind Energy Generation Fuel cells generate energy through a remarkable electrochemical reaction, where hydrogen and oxygen interact to produce electricity,...
View More
AEM Electrolyzer: The Emerging Technology Revolutionizing Hydrogen Production

28

Jun

AEM Electrolyzer: The Emerging Technology Revolutionizing Hydrogen Production

What is an AEM Electrolyzer?How AEM Electrolyzers WorkAEM electrolyzers, or anion exchange membrane electrolyzers, operate by utilizing an anion-conducting membrane, which permits the passage of hydroxide ions. This is distinct from other types of el...
View More
Enapter PEM Electrolyzer: Compact Design for Residential and Commercial Green Hydrogen Production

25

Sep

Enapter PEM Electrolyzer: Compact Design for Residential and Commercial Green Hydrogen Production

Understanding PEM Electrolysis Technology for Green HydrogenHow PEM Electrolyzers Split Water into Hydrogen and OxygenThe fundamental process of PEM electrolysis involves the decomposition of water molecules into hydrogen and oxygen through the use o...
View More
HPS Picea System: Integrated Home Energy Solution Combining Electrolysis, Storage and Fuel Cell

13

Aug

HPS Picea System: Integrated Home Energy Solution Combining Electrolysis, Storage and Fuel Cell

Understanding Integrated Home Energy Solutions The Role of Renewable Energy in Modern Households Renewable energy has become a crucial element in the quest to reduce our carbon footprints and create sustainable households. Sources such as solar a...
View More

Customer Reviews

Auto Engineer Lisa Kim

We use Hyto’s fuel cell system components (like GKN’s) in our prototype vehicles. They integrate seamlessly, are lightweight, and perform in extreme temperatures. Testing shows long lifespan—critical for consumer trust.

Automotive Designer Patricia Taylor

Hyto’s GKN-style fuel cell integration makes our cars run smoothly. Hydrogen flow, power output, and heat management are optimized—no glitches in 10k+ test miles. It’s made our vehicle development faster and more reliable.

Get a Free Quote

Our representative will contact you soon.
0/1000
GKN: Advanced Hydrogen Components for Automotive and Storage Solutions

GKN: Advanced Hydrogen Components for Automotive and Storage Solutions

GKN specializes in hydrogen fuel cell vehicle components (system integration) and hydrogen tank technology. Its solutions support automakers in developing hydrogen-powered models, ensuring efficient, safe integration of hydrogen storage and energy conversion in vehicles.