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STIRLING ENGINE - GENERATOR Guide: Mrs. SHANTHI ME, MBA AP-II EEE BATCH MEMBERS M. Hari Shankar(44209105016) S. Imran (44209105020)

Stirling Engine - HP-Final Ppt

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Page 1: Stirling Engine - HP-Final Ppt

STIRLING ENGINE - GENERATOR

Guide: Mrs. SHANTHI ME, MBA

AP-II EEE

BATCH MEMBERS

M. Hari Shankar(44209105016) S. Imran (44209105020)

S. karthikeyan(44209105310)

Page 2: Stirling Engine - HP-Final Ppt

OBJECTIVE

• To generate energy for local activities during power failure.

• To implement a mini power station for domestic activities.

• To Generate energy & save it for future use.

Page 3: Stirling Engine - HP-Final Ppt

STIRLING GENERATOR • Closed Cycle – the working medium never leaves

the system.

• Reversible – the reverse reaction is also possible.

• External heat source – any heat source is valid, as long as it has sufficient heat to support the process.

Page 4: Stirling Engine - HP-Final Ppt

STIRLING ENGINE

• First developed in 1816 by Dr. Robert STIRLING.

• After development, had little use until the mid 1900’s, when it became more common.

• Used today in many applications, primarily green energy, since the heat source can be anything (geothermal, solar, etc.)

Page 5: Stirling Engine - HP-Final Ppt

COMPONENTS

• Uses pistons and cylinders to rotate a crankshaft

• Types– Alpha and Beta• Alpha Stirling engines use two cylinders and

two pistons• Beta Stirling engines use one cylinder, one

piston and a “displacer”

(In this project we use Beta-Sterling engine)

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Page 8: Stirling Engine - HP-Final Ppt

How It Works??• When the heat energy is supplied, the base gets heated

up.• This heats up the air – causing it to expand.• This pushes the piston forward.• The air gets cooled ( either by natural or forced cooling

process)• The Fly Wheel causes the piston to return to its original

position.• The process continues to get continuous motion of fly

wheel.• By constructing a generator around the fly wheel ,

energy can be harnessed.

Page 9: Stirling Engine - HP-Final Ppt

Beta Stirling Engine

Page 10: Stirling Engine - HP-Final Ppt

ENERGY INPUT TYPES

Stirling generator requires a heat source for producing energy. The heat energy can be of any type. Some examples are

• Solar energy• Incandescent bulb• Body heat• Devices (computer, CPU etc)

Page 11: Stirling Engine - HP-Final Ppt

CONSTRUCTION OF GENERATOR

A pair of permanent magnets.

Required size of cardboard.

Shaft as per required length.

Copper wire for windings.

Page 12: Stirling Engine - HP-Final Ppt

PHYSICAL VIEW OF GENERATOR

Page 13: Stirling Engine - HP-Final Ppt

GENERATOR

Output voltage is about 2v for the 200ft length of copper wire.

Output voltage is alternating current We can convert this ac to dc using electronic

valve. Or we can charge the rechargeable battery.

Page 14: Stirling Engine - HP-Final Ppt

SOLAR STIRLING GENERATOR

• Uses reflected sun rays as heat source

• Green energy

• Could power a house

Page 15: Stirling Engine - HP-Final Ppt

SOLAR ENERGY – STIRLING GENERATOR

• Very large solar Stirling engine

• Could probably power a small city

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Advantages

• Mechanically very simple in comparison to internal combustion engines

• Lightweight, compact• Not limited by fuel or heat source• Aside from a longer warm-up time, reliable

in cold weather (unlike some engines)

Page 17: Stirling Engine - HP-Final Ppt

References :

• http://en.wikipedia.org/wiki/Stirling_engine#The_Stirling_cycle

• http://www.howstuffworks.com/stirling-engine.htm

• http://www.stirlingengine.com/• http://www.youtube.com/watch?

v=UvrBzwBIFhM• http://peswiki.com/energy/

Directory:Stirling_Engines

Page 18: Stirling Engine - HP-Final Ppt

THANK YOU