For individual students or small
groups. The Solar Hydrogen
Science Kit offers twenty-five hands
on experiments for introductory and
advanced high-school courses in
chemistry and physics, as well as
demonstrating the sustainable be-
nefits of fuel cells and hydrogen
technology.
How it works:
The solar module converts radiant
energy into electrical energy to
power the electrolyzer. The electro-
lyzer breaks water into its basic
constituents of hydrogen and oxy-
gen. These gases are stored in the graduated cylinders. When electri-
cal power is required, the PEM fuel
cell recombines the stored gases to
form water, and release heat and
electricity. Designed for Physical
Science, Chemistry and Physics,
grades 8 to 12. Easy to set up, easy
to use, and requires no additional
chemicals. All packages include the
four-volume lesson book set. Add
more experiments, and a deeper
understanding of fuel cell techno-
logy, with the dismantable fuel
cell and methanol fuel cell exten-
sion kits.
groups. The Solar Hydrogen
Science Kit offers twenty-five hands
on experiments for introductory and
advanced high-school courses in
chemistry and physics, as well as
demonstrating the sustainable be-
nefits of fuel cells and hydrogen
technology.
How it works:
The solar module converts radiant
energy into electrical energy to
power the electrolyzer. The electro-
lyzer breaks water into its basic
constituents of hydrogen and oxy-
gen. These gases are stored in the graduated cylinders. When electri-
cal power is required, the PEM fuel
cell recombines the stored gases to
form water, and release heat and
electricity. Designed for Physical
Science, Chemistry and Physics,
grades 8 to 12. Easy to set up, easy
to use, and requires no additional
chemicals. All packages include the
four-volume lesson book set. Add
more experiments, and a deeper
understanding of fuel cell techno-
logy, with the dismantable fuel
cell and methanol fuel cell exten-
sion kits.