LPI (Large Paddle Inductive)
1994 - 2000
SPI (Small Paddle Inductive)
2000 - 2003

Magne Charge is an inductive charging system used to charge battery electric
vehicles (BEV)  made by General Motors, such as the EV1, Chevy S10 EV as well
as the Toyota Rav4-EV and the Nisson Altima EV.

It was produced by the General Motors subsidiary Delco Electronics.  Production
models produced 6.6 kW versions although a higher power fast charge versions
were in development.  The Magne Charge was unique in that its charge port used
an inductive charge paddle, of which there were two sizes, a large and later small
paddle.

The system was designed to be safe even when used in any outdoor conditions
including rain and snow.
General Motors
Magne Charge - LPI & SPI (Inductive Chargers)
These are GM "Gen
1" LPI (Large Paddle
Inductive) chargers.  
What was referred
to as the pedestal
mount on the left, the
wall  mount on the
right, and the 120vac
opportunity charger
below.  This
represents the
original family of LPI
Magne Charge units.

It should also be
noted that an earlier
version of the LPI
pedestal charger
existed, which,
although its
appearance was the
same as the later
pedistal mounted
unit pictured here, it
carried a "thin
paddle" design and
was used in
pre-1995 Magne
Charge equiped
vehicles.

The early version
thin paddle
diamentions were
.383" x 5.49".

The later
diamentions were
and 0.61" thick x
5.42" wide for the
more widely
distributed version.
This is a GM "Gen 2"
unit, the second and
last generation of
the GM product.  

The Gen 2 was
ultimately
manufactured in two
configurations, 1)
the Gen 2 which is a
LPI  unit and, 2) the
Gen 2+ [Gen 2 plus]
which is a SPI [Small
Paddle Inductive]
unit.  

Either unit could be
mounted either by
pedestal or wall
mount.
This is an example of
the final
configuration of the
Mange Charge units.
 

This is a TAL unit
manufactured by
Toyota under license
to GM.  These units
could also be either
wall or pedestal
mounted and
originally came in
LPI configuration,
and later in the SPI
format.
Data about the
coversion from LPI
to SPI specifications
Counter