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Technology Description |
This pump and flow control system employs variable pre-swirl combined with thermal control to provide efficient modulated thermal management. Applied to cooling systems, the controllable variable output provides fuel savings and performance gains.
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Technology Features
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The use of variable inlet guide vanes to provide pre-swirl has long been recognized as the most efficient method of achieving variable output for turbo-machinery applications including Kaplan and Francis turbines, and variable geometry turbochargers.
Conventional thermostats employed in today's automotive engine cooling systems throttle flow through the radiator and bypass circuits, but do not vary the pump's capacity.
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This proven efficient, compact and cost effective cooling
system technology reduces parasitic power draw plus
optimizes cooling, providing more vehicle thermal management control for both conventional and hybrid cooling systems.. |
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Efficient Variable Cooling and Flow Control
Improved Performance and Fuel Economy |
Verified Fuel Savings and Emissions Reduction
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Animation of an actuation cycle - prototype version |
The result is reduced fuel consumption, more power, and
the system is applicable to all types of cooling systems. |
email: information@floworksystems.com
Phone: 248.854.7263
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vehicle cooling system, thermal management coolant pump, coolant system, engine cooling, engine cooling system,
flowork,vehicle thermal management thermal management, variable turbomachine, variable turbomachinery, vehicle thermal systerm
kuhimittelpumpe, kuhisystem, veranderlich turbomachine, fahizeug thermalsystem, turbomachinery veranderlich furbomachine, fahizeug thermalsystem, turbomachinery |
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