AEB - Alternative Fuel Electronics

AEB Alternative Fuel Electronics (formerly “l’Elettronica nel
Gas”) was the original core of AEB Technologies.
Founded in 1984, the division designs and builds a complete range of
electronic devices for converting cars to LPG or methane. It is
AEB Alternative Fuel Electronics that invented the first timing advance
processor, the device that revolutionized the use of alternative fuels
for cars.
The success of the division and our products has constantly grown,
allowing us to initially win over the Italian market, then a large part
of the international market and, finally, becoming a world leader in
this business. Today, AEB Alternative Fuel Electronics products are
directly and indirectly distributed in over 40 countries on five
continents.
The product lines have also expanded over the years and now include a
complete range of electronic devices. Here are the some of the main
items:
- Switches: electronic devices for fuel selection on cars converted for LPG/methane.
- Sensors and indicators: LPG level sensors and methane pressure sensors that read the amount of fuel remaining in the tank.
- Timing advance processors: electronic devices which, by varying the car’s original ignition point (timing advance), optimize the engine’s operation when an alternative fuel is used (methane or LPG).
- Emulators: electronic devices which, when used on cars equipped for an alternative fuel, simulate proper operation of certain devices in the car’s original system (injectors, oxygen sensor, MAP, TPS, etc.), preventing malfunctions.
- Feedback Systems: these devices, used on cars fitted with catalytic converters, running on methane or LPG, constantly regulate the fuel and maintain the correct air/gas ratio (stoichiometrical) as the different operational conditions vary.
AEB Alternative Fuel Electronics also produces numerous accessories
that can be used together with other families of products to optimize
the car’s transformation and operation.
The division’s research and development currently focuses on designing
innovative equipment that will allow eco-friendly alternative fuels to
be used on all types of cars. 