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Solar Hydrogen Demo Car and Gas Station
Solar Hydrogen Demo Car and Gas Station
Solar Hydrogen Demo Car and Gas Station
Solar Hydrogen Demo Car and Gas Station
Solar Hydrogen Demo Car and Gas Station
Solar Hydrogen Demo Car and Gas Station
Solar Hydrogen Demo Car and Gas Station
Solar Hydrogen Demo Car and Gas Station
Solar Hydrogen Demo Car and Gas Station
Solar Hydrogen Demo Car and Gas Station

Solar Hydrogen Demo Car and Gas Station

Solar Hydrogen Demo Car and Gas Station Specification

  • Hardness
  • N/A (Not specified for educational plastic components)
  • Strength
  • N/A (Demo model, not for load-bearing use)
  • Purity
  • N/A (Not applicable for demonstration model)
  • Product Type
  • Solar Hydrogen Demo Car & Gas Station Set
  • Material
  • Plastic, metal, small solar cell, electronics
  • Alloy
  • None (plastic and simple metal parts)
  • Shape
  • Car: compact mini vehicle; Gas Station: rectangular station unit
  • Chemical Composition
  • Plastic, metal, electronic components
  • Application
  • Demonstration, education, experiments in renewable energy and hydrogen fuel
  • Dimension (L*W*H)
  • Car: Approx. 10 x 4.5 x 3 cm; Gas Station: Approx. 7 x 9 x 7 cm
  • Color
  • Multicolor (as shown: transparent, blue, white components)
 

Solar Hydrogen Demo Car and Gas Station Trade Information

  • Payment Terms
  • Paypal
  • Delivery Time
  • 15 Days
  • Main Export Market(s)
  • North America, Eastern Europe, Middle East, Asia
  • Main Domestic Market
  • All India
 

About Solar Hydrogen Demo Car and Gas Station

Brand: H-TEC Education
Product Code: 1071079

Description:

H-TEC's Solar Hydrogen Car and Gas Station Demo setprovides the perfect illustration of the future technology of hydrogen poweredvehicles!  With the future looking greener and cleaner this demonstrationmodel will easily illustrate all of the best characteristics of hydrogen tostudents, colleagues, and friends alike!

 

Diminishing resources, more severe environmental impactsand the ever increasing demand for energy force us to reconsider the structureof our energy supply system.  Automobile industries and energy companiesare increasingly investing in hydrogen and solar technology everyday due torenewable energies offering longer sustainable solutions than our currentoil-based alternative.  This fascinating technology combines a soundenergy supply with minimal impact on our natural resources.

The solar module provides power to the electrolyser. Theelectrolyser will then produce hydrogen gas which can be stored in the hydrogengas station. The hydrogen gas can be fed into the PEM fuel cell stack, whichwill supply electricity to drive the fuel cell car forward.

 

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.

 

Car and Gas Station Demo - D114Includes:

 Demo Car
 Fuel Cell Stack (two cells)
 Electrolyzer
 Hydrogen Storage Tank
 1-Panel Solar Module
 Demo Gas Station
 Instructional Textbook.

 



Illustrating Clean Energy Principles

This model is a practical demonstration of how solar energy can be harnessed to produce hydrogen fuel through water electrolysis, and how this hydrogen powers a vehicle using a fuel cell. It enables students to witness firsthand the process of converting sunlight to clean motion, making abstract concepts about renewable energy concrete and accessible.


Easy Assembly and User-Friendly Design

The kit includes a demo car, gas station/fuel cell unit, connecting wires, and a user manual. Setting up requires minimal assembly-simply connect the car and gas station with the supplied leads. Full instructions guide users, ensuring a smooth educational experience without technical complications.


Durable Materials for Safe Learning

Constructed from quality plastics, metal, and electronic components, the demo car and gas station are designed for repeated educational use. The materials are lightweight, resistant to regular wear, and safe for supervised use by students 10 years and up. Maintenance simply involves wiping the components clean and storing them away from excess moisture and heat.

FAQ's of Solar Hydrogen Demo Car and Gas Station:


Q: How does the Solar Hydrogen Demo Car work?

A: The car operates by capturing solar energy through its panel, which powers a hydrogen generator to split water into hydrogen and oxygen via electrolysis. The produced hydrogen fuels the car's fuel cell, propelling the mini vehicle.

Q: What educational benefits does this kit offer?

A: This model enables hands-on learning about renewable energy, hydrogen fuel cells, and the process of water electrolysis. It's ideal for demonstrating essential concepts in clean technology and sustainable fuel usage.

Q: When and where should this kit be used?

A: The kit is suitable for science labs, classroom settings, or as part of educational kits. It should be used under supervision, particularly with children 10 years and older, to ensure safety and maximize learning.

Q: What is the setup process for the solar hydrogen demo kit?

A: Assembly is straightforward: connect the demo car to the gas station/fuel cell unit using the included wires, follow the instructions in the manual, and position the solar panel in direct sunlight to initiate electrolysis.

Q: How do you maintain the demo car and gas station for longevity?

A: To keep the kit in optimal condition, wipe all surfaces clean after use and store the components away from excessive moisture or heat. This helps ensure the model remains functional for repeated educational demonstrations.

Q: What is included in the Solar Hydrogen Demo Car and Gas Station kit?

A: The set contains one demo car, one gas station/fuel cell unit, the necessary connecting wires, and a user manual. All essential parts for assembly and operation are provided in the box.

Q: Why is this model recommended for users aged 10 and above?

A: The operation involves handling small components and understanding basic scientific principles. Supervision is advised for users aged 10 and up to ensure safe assembly and comprehension of the renewable energy concepts demonstrated.

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