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Project 1221 has opted to develop in-house
its own gas turbine engine technology and is
due to introduce to the market a novel
engine configuration with Vaneless
Counter-Rotating Turbine, particularly for
the 800 shp - 1,200 shp class (turboshaft
and turboprop versions). |
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All engine versions - turboshaft, turboprop
and turbofan (above) - present comparatively
lower weight and smaller overall dimensions,
a lower number of complicated and expensive
components, a longer service life, lower
service costs, greater reliability and
increased capability to maintain constant
power. |
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During the
last few years that we have been pursuing the goal to
create and to market a turbine road car - reads a press
release just issued by Project 1221 - we have had the
opportunity to assess for ourselves the objective facts
as well as the "myths", the "legends" and the
"conspiracy" theories that are linked with the so far
failed application of the gas turbine engine in
automotive production.
Be what it may,
we eventually came to the conclusion that unless we produced
our own Project 1221 gas turbine technology we would not
succeed in our endeavour. So, that is exactly what we did,
although it definitely was not in our original intentions to
"complicate" our lives to such an extent.
Indeed, we
joined forces with some of the brightest minds in the
industry and given that we started from scratch,
approximately twenty months ago, we sensibly took as well
into account the option of integrating gas turbine
technology with hybrid/electric technology.
The result is an
innovative line of extremely light and compact powerplants
that are suitable for multiple applications and combine
typical gas turbine performance, reliability and multi-fuel
capability with zero-emission and plug-in capability, if so
desired. What is more, it is our intention not just to adopt
these powerplants ourselves but to commercialize them as
well, as soon as possible. At the same time we thoroughly
developed a versatile chassis concept, which integrates
composite elements to an aluminium space-frame, with
non-structural body panels.
Gas Turbines
Engines
Project 1221 has
opted to develop in-house its own gas turbine engine
technology and is due to introduce to the market a novel
engine configuration with Vaneless Counter-Rotating Turbine,
particularly for the 800 shp - 1,200 shp class (turboshaft
and turboprop versions). The novel design of the engine
allows in particular the variation of the engine cycle
through the variation of the RPM of the power turbine.
The ability to
regulate the cycle of the engine provides increased
capability and a series of advantages in comparison with
analogous engines, because it allows to establish an optimum
combination of cycle parameters for a variety of engine
operating conditions. Notably, the Project 1221
automotive/marine turboshaft gas turbine engine has the
unique capability to deliver the same performance as a
conventional gas turbine engine of 50% larger capacity,
while employing a transmission of 80% smaller capacity.
Thanks to a double power take-off, our automotive/marine
turboshaft can be combined at the same time with a
conventional gearbox as well as with an electric
generator/motor or air turbine, offering great flexibility
(hybrid and zero-emission capability) and the opportunity to
pursue different applications, with exceptional cost and
weight reductions.
SPECIFICATION:
Power: 800 shp (nominal) - 1,200 shp (maximum); Torque
(maximum): 1,431 Nm; RPM of output shaft: 8,000; RPM of
compressor turbine: 41,000; RPM of power turbine: 26,300;
Dimensions: width 390 mm, height 390mm, length 800 mm;
Weight: 110kg
Indeed, all
engine versions (turboshaft, turboprop and turbofan) present
comparatively lower weight and smaller overall dimensions, a
lower number of complicated and expensive components, a
longer service life, lower service costs, greater
reliability and increased capability to maintain constant
power. Besides adopting these powerplants ourselves for our
own upcoming vehicles, craft and aircraft, it is our
intention to commercialize them as well, as soon as
possible.
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