Mini Steam Turbine Power Plant Manufacturer,Supplier and Exporter in India
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Product Code : SCL-CELE-13933
The unit operates on a closed-loop system, with steam being
condensed and returned to the boiler.
1. Boiler and Steam Supply
- Boiler
Type: Fire tube vertical boiler, fired by Liquefied
Petroleum Gas (LPG).
- Evaporation
Rate: Equivalent evaporation of approximately 7 kg per
hour of steam.
- Max
Pressure: Maximum working pressure of 5 kg per square cm (0.49
MPa).
- Accessories:
Includes a steam separator, safety valve, level gauge, low level alarm,
and a manual feed pump.
- Superheater
(Optional): An electric superheater can be added to increase
the steam temperature.
2. Turbine and Power Generation
- Turbine
Type: Single stage impulse turbine with a single
nozzle.
- Power
Output (Mechanical/Electrical):
- Without
Superheater: Mechanical approximately 10 W,
Electrical approximately 4 W.
- With
Superheater (Optional): Mechanical approximately 15
W, Electrical approximately 6 W.
- Power
Measurement:
- Mechanical:
Measured by a mechanical brake dynamometer.
- Electrical:
Measured by a DC generator connected via a belt, with a resistive
load.
3. Condenser and Circulation
- Condenser: Shell
and tube type, cooled by an external water supply.
- Condensate
Collection: Condensate is collected in a graduated beaker
(measured with a stop watch) and returned to the feed water tank by an electric
condensate transfer pump.
Instrumentation and Analysis Tools
The unit includes comprehensive instruments for monitoring
plant performance and ensuring safety.
- Pressure: One
pressure gauge is provided.
- Flow: Two
flow meters are included (likely for fuel and cooling water).
- Electrical: Voltage
and current digital display for electrical output measurement.
- Safety:
Features a Turbine speed limit and an Emergency switch.
- Data
Acquisition: Software for data display and analysis by
computer is available (separately supplied).
Experiments and Educational Capabilities
The setup supports a wide range of experiments in applied
thermodynamics and energy conversion:
- Rankine
Cycle: Full investigation of the Rankine cycle efficiency.
- Efficiency
Determinations: Calculating the efficiencies for the boiler,
turbine, condenser heat transfer, and overall plant.
- Energy
Balance: Performing a heat balance and energy utilization
study.
- Performance
Metrics: Determining fuel consumption and power
generation under load.
- Superheating
Effects (Optional): Studying the effect of super-heated steam on
efficiency and the effect of temperature on turbine efficiency.
The required services include electrical supply (220 V/440 V)
and a continuous outside water supply and drain.
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