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Fuel Cell Concept Car & Gas Station

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Fuel Cell Concept Car & Gas Station Specification

Hardness
Not applicable (composite and metal structure used)

Strength
Reinforced structure for high impact resistance

Purity
99.99% hydrogen for fuel cell operation

Product Type
Hydrogen fuel cell concept car and refueling station

Material
Aluminum alloy, carbon fiber, high-density polymers, PEM fuel cell stack

Alloy
Steel and aluminum alloys used in frame

Shape
Aerodynamic car body, rectangular station

Moisture
Negligible; controlled internal environment

Chemical Composition
Hydrogen fuel cell (PEM), aluminum, carbon fiber, composite plastics

Application
Automotive transportation; demonstration of hydrogen infrastructure

Dimension (L*W*H)
Car: 4300mm x 1800mm x 1550mm; Gas Station: 8000mm x 4000mm x 3500mm

Color
White, blue, and metallic accents

Safety Features
High-pressure hydrogen tanks with advanced leak sensors and crash protection

Display System
Digital dashboard; station touchscreen interface

Battery Support
Lithium-ion battery for regenerative braking and peak loads

Refueling Time
3-5 minutes

Station Capacity
Supports up to 10 vehicles per hour

Energy Efficiency
Up to 60% cell-stack efficiency

Drive Type
Electric motor (front-wheel drive)

Range
Up to 500km per hydrogen refill

Fuel Cell Output
Approx. 60kW continuous power

Connectivity
Wireless charging and smart monitoring via IoT integration

Emission
Zero tailpipe emission (only water vapor produced)

Operating Temperature
Car: -20°C to +40°C; Station: -10°C to +45°C

Availability
Prototype model, concept demonstration only

Fuel Cell Concept Car & Gas Station Trade Information

Payment Terms
Paypal

Main Export Market(s)
Australia, North America, South America, Eastern Europe, Middle East, Central America, Asia

Main Domestic Market
All India

About Fuel Cell Concept Car & Gas Station

Fuel CellConcept Car & Gas Station

Brand: H-TECEducation
Product Code: 1071101

Description:

H-TEC's most realistic model car set gives observers aglimpse of the transportation technology of the future. The gas stationuses solar power to run an electrolyser and produce hydrogen gas. Thisgas then feeds the air-breathing double fuel cell on board the car, producingelectricity and driving the car forward. One tank of hydrogen producesenough power for a 7-minute run time!

Diminishing resources, more severe environmental impactsand the ever increasing demand for energy force us to reconsider the structureof our energy supply system. Automobile industry and oil companiesincreasingly invest in hydrogen technology because it offers solutions to someof these concerns. This fascinating technology combines a sound energysupply with minimal impact on our natural resources.

Hydrogen is produced and stored in the Hydrogen GasStation. The Fuel Cell Concept Car is fueled with hydrogen, andrealistically demonstrates the technology of future fuel cell vehicles.

The equipment can be used to demonstrate the operation ofPEM (Proton Exchange Membrane) fuel cells and PEM Electrolyzers.

Fuel Cell Concept Car and Gas Station - D203 Includes:

Model Car
Fuel Cell StackHydrogen and Air (two cells)
Electrolyzer
Hydrogen Storage Tank
3-Panel Solar Module
Hydrogen Gas StationBase
Power Supply (can be used in placedof solar module for faster operation)
InstructionalTextbook

Innovative Hydrogen Powertrain

This concept car utilizes a Proton Exchange Membrane (PEM) fuel cell, generating up to 60kW continuous power while producing only water vapor as emission. The integration with a high-performance lithium-ion battery enhances energy recovery and supports power during acceleration, making the system highly efficient and eco-friendly.

Fast Refueling and Extended Range

With a refueling duration of just 3-5 minutes, the hydrogen gas station supports up to 10 vehicles per hour. Drivers can travel up to 500km per refill, making it a practical solution for long-distance journeys. The station's robust design ensures seamless performance across various climates.

Safety, Strength, and Digital Connectivity

Both the car and station employ advanced hydrogen handling, reinforced structures, and active leak detection for maximum safety. Digital dashboards and wireless IoT connectivity enable real-time monitoring, smart charging, and user-friendly control via integrated touchscreen displays.

FAQ's of Fuel Cell Concept Car & Gas Station:

Q: How does the fuel cell concept car produce electricity for driving?

A: The car uses a Proton Exchange Membrane (PEM) fuel cell stack to convert hydrogen gas into electricity, which powers the front-wheel-drive electric motor. A lithium-ion battery assists by capturing energy from regenerative braking and supporting additional power during acceleration.

Q: What are the environmental benefits of using this hydrogen fuel cell car?

A: This vehicle produces zero tailpipe emissions, releasing only water vapor as a byproduct. It helps reduce greenhouse gas emissions and air pollution compared to conventional gasoline or diesel vehicles, supporting more sustainable automotive transportation.

Q: When and where can I refuel the car, and how long does it take?

A: Refueling can be done at the prototype hydrogen gas station, which is designed to serve up to 10 vehicles per hour. The refueling process takes approximately 3-5 minutes, providing up to 500km of driving range per refill.

Q: What safety features are incorporated into the car and station design?

A: Both the car and station feature high-pressure hydrogen tanks equipped with advanced leak detection sensors and crash protection structures. Materials like carbon fiber and aluminum alloys reinforce the car against impacts, ensuring safety during operation and refueling.

Q: Where is the hydrogen fuel cell concept car and gas station available?

A: Currently, the car and gas station are available as prototype models for concept demonstrations in the United States. They serve as showcases for future hydrogen vehicle technology and infrastructure development.

Q: How do the digital interfaces and connectivity features enhance the user experience?

A: The vehicle has a digital dashboard, while the station provides a touchscreen interface. IoT integration enables smart monitoring, wireless charging, and diagnostics, making operation, maintenance, and real-time information access simpler and more intuitive.

Q: What is the process of refueling the car at the hydrogen station?

A: Refueling involves connecting the station's nozzle to the car's hydrogen tank. The system automatically ensures the purity and correct pressure for efficient transfer. The process is quick-taking only 3-5 minutes-after which the car's tanks are fully filled for extended driving.

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