GrabCAD
H2Light
by GrabCAD
Last crawled date: 1 year, 11 months ago
The H2Light Function and purpose
Abstract:
The water chamber of the H2Light is separated; one side function as the electrolyzer and the other side as a convention hydro cell.
The electrolyzer is a polymer electrolyte membrane, the electrolytic process is created by photovoltaic process via cathode & anode.
The photovoltaic process is created by embedded semiconducting materials in the top of the H2Light unit.
The hydrogen fuel is created by the chemical reaction; flow fields to PEM to cathode (positive ions) to anode (negative ions) creating the electrical circuit that low watt LED diode is connected to, emitting light.
The unit is a small form factor (~7 inch in length). It can be used as a light wand for personal use or as an overhead light in remote areas where electricity is unavailable or off grid scenarios. The unit is designed so a small hole can be opened in the roof and the H2Light can be inserted (hence the l arms on the side act as anchor points) leaving the Photocell exposed to a southern sky. Expected light usage to be 4-6 hours. It can operate with any water source.
Abstract:
The water chamber of the H2Light is separated; one side function as the electrolyzer and the other side as a convention hydro cell.
The electrolyzer is a polymer electrolyte membrane, the electrolytic process is created by photovoltaic process via cathode & anode.
The photovoltaic process is created by embedded semiconducting materials in the top of the H2Light unit.
The hydrogen fuel is created by the chemical reaction; flow fields to PEM to cathode (positive ions) to anode (negative ions) creating the electrical circuit that low watt LED diode is connected to, emitting light.
The unit is a small form factor (~7 inch in length). It can be used as a light wand for personal use or as an overhead light in remote areas where electricity is unavailable or off grid scenarios. The unit is designed so a small hole can be opened in the roof and the H2Light can be inserted (hence the l arms on the side act as anchor points) leaving the Photocell exposed to a southern sky. Expected light usage to be 4-6 hours. It can operate with any water source.
Similar models
grabcad
free
![Proton Exchange Membrane (PEM) or Polymer Electrolyte Membrane [Water Electrolyzer]](/t/11052754.jpg)
Proton Exchange Membrane (PEM) or Polymer Electrolyte Membrane [Water Electrolyzer]
...exchange membrane (pem) water electrolyzer produce hydrogen to use at refinery processes in the role of green energy development.
grabcad
free
Cathode and anode
...cathode and anode
grabcad
it is used in electrolysis process for manufacturing of cathode copper.
sketchfab
$8
Construction of 1.5V Battery
...ese components, batteries usually have some kind of casing. - construction of 1.5v battery - buy royalty free 3d model by arloopa
cg_trader
$5
Marine Battery
...rolytes allow ions to move between the electrodes and terminals, which allows current to flow out of the battery to perform work.
grabcad
free
Electrolysis device
...duction facilities that could be tied directly to renewable or other non-greenhouse-gas-emitting forms of electricity production.
free3d
free
Non-solid aluminum electrolytic capacitors
...es the increased anode surface
effectual. after impregnation the impregnated winding is mounted in an
aluminum case and sealed.
grabcad
free
Water Electrolyser
...ctrolyser
grabcad
water electrolyser (or electrolyzer) is a device that uses electricity to break water into hydrogen and oxygen
grabcad
free
Battery Cell
...ted by electrolyte used to produce a voltage and current.
text me on telegram for any help.
(telegram id is in my profile info.)
grabcad
free
Electrolyzer
...s able to divide the water flowing inside it to h2 and o2. h2 product can be used in a fuel cell for generating electric current.
grabcad
free
Anode and cathode
...anode and cathode
grabcad
anode and cathode of electrolysis
to extract zinc metal
