Science experiment kits for elementary and high school students.
Science experiments kits for high school and university students.
Fuel Cell Stacks from 12W to 1MW and accessories
The H2 Grand Prix Explorer introduces elementary and middle school students to basic science and engineering principles together with renewable energy awareness. This program allows students to design & build their own fuel cell-powered vehicles.
The H2 Grand Prix SPRINT program allows students to extend their renewable energy engineering skills with a lightning-fast 1:20 scale SPRINT car. Students can experiment with 3D design, update the gear-to-wheel ratio, and redesign the entire chassis.
We are calling young engineers to design and race hydrogen-powered RC cars. The semester-long H2GP PRO empowers students to be the problem-solvers of tomorrow, connect with the automotive industry, and gear it up with renewable energy technology.
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Hydrogen Fuel Cell Stacks
When looking to procure fuel cell stacks for new product development, testing or system integration, you are likely to find the best possible value at Horizon Educational. We…
This device is a non-isolated DC/DC converter designed mainly for hydrogen fuel cell stacks. It provides constant output voltage in the full range of input voltage. It can absorb…
The H-3000 DCDCC-48V is an output DC/DC converter designed mainly for hydrogen fuel cell stacks. It provides constant output voltage in full range H2FC operational voltage.
H-5000-DCDCC-48V is an output DC/DC converter designed mainly for hydrogen fuel cell stacks. It provides constant output voltage in full range of stack operational voltage. It can…
This kW fuel cell stack is the entry-level product in the T Series of fuel cell stacks which are primarily geared towards stationary applications. While this fuel cell stack can…
This fuel cell stack is designed to serve two functions. It can be used in a stand-alone configuration to power a remote outpost or operation, but multiple T-2,500s can also be…
This fuel cell stack is designed to serve two functions. It can be used in a stand-alone configuration to power a remote outpost or operation, but multiple T-3,000s can also be…
This fuel cell stack is actually not just one stand-alone fuel cell stack, but is actually two of the T-2,500W units combined in order to achieve a combined 5,000W. While this…
This 10kW fuel cell system is made from four T-2500 units. It shows how this modular system can be connected. Such a powerful air cooled stack can be used in remote areas as back…
