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Space and Cost Efficient
Solutions
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VPS Series Gensets
for Cogeneration & Power Generation Greater power, higher efficiency and availability
are key issues for power generation markets. With
more than 15 million hours of proven performance,
the cornerstones of our VPS Series packages are
the compact, rugged, and reliable ASE Series aero-derivative
gas turbines. Our aero-derivative based solutions
have high power density making them ideal for putting
maximum power in a relatively small package. They
also can be continuously started and stopped, enabling
users to easily meet varying power requirements
without compromising performance. In addition, they
can operate on natural gas, distillate and oil,
as well as various waste gases and bio-fuels.
Our VPS Series packages offer the smallest footprint
and lowest installed weight in their power class
and can easily be integrated into your existing
power plant. Our packages are factory-tested prior
to shipmentâwe deliver a generator set that is ready
for rapid installation, easy commissioning and reliable
operation. Our highly integrated packages house
the gas turbine, generator and auxiliary systems
reducing field labor and overall project costs.
Finally, our turnkey solution provides customers
with a single source for engineering, construction,
installation, start-up and full maintenance programs.
OnSitePower Solutions remove all the worry because
you'll acquire a custom-tailored cogeneration facility
ready to produce power and thermal energy.
We handle all the upfront work including:
- Complete engineering design,
procurement and construction services.
- All services necessary to bring
the power plant on-line in a timely manner.
- Assistance arranging financing.
- Assistance with environmental
and air permitting.
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| OnSite Power |
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Highest installed power-to-weight ratio
in its class |
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Cold-end drive, close coupled configuration
with axial exhaust |
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Modular design results in high unit
availability |
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Minimal alignment issues during start-up
and change outs |
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Utility cost savings through high cogeneration
efficiency |
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High operational readiness |
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Fast cold start characteristics |
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Low emissions |
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Flexibility to efficiently burn a variety
of fuels |
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