The document discusses the analysis and design of a hybrid power station that combines hydroelectric and solar power generation. It aims to provide a reliable electricity supply to remote areas using renewable energy sources. The proposed hybrid power station would generate electricity using both a hydroelectric turbine powered by water and solar photovoltaic panels. The power sources would be integrated and the electricity could be used directly, stored in batteries, or inverted to alternate current as needed to supply loads. A block diagram and workflow overview are provided.

1. Analysis and Design of hybrid
power station
by
Abdul wajid irshad (@AW_Irshad)
Supervisor: M.A Khan
“Final Year Project”
1Department of Electrical Engineering C.I.I.T ATD

2. Problem Statement
 Shortfall of electricity
 Load shedding
 High cost of electricity transmission
 Mainly Rural areas are out of Power
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Department of Electrical Engineering C.I.I.T ATD

3. Aims and Objective
 Supply electricity to remote control areas
 Socio-economic development
 Provide electricity 24/7
 Power generation using the renewable energy
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4. S/NO Techniques Working Philosophy
1.
2.
3.
Hydroelectric power
plant [4]
Photovoltaic cells
[1],[3]
Concentrating solar
power [1],[3]
Running of turbine through water and
alternator coupled with turbine
Cells convert sunlight directly into
electricity
CSP uses mirrors or lenses to
concentrate the sun’s rays and “solar
tower plants “ to heat a fluid and
produce steam
Existing Methods/Techniques
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5. S/NO Technique of SOLAR Working Philosophy
3.
4.
Parabolic trough
collectors[1],[3]
Solar-micro Hydro
Power Plant to
Increase
Conversion
Efficiency[2]
Parabolic shape that concentrates
incoming sunlight onto a central receiver
tube… A heat transfer fluid (HTF) is
circulated through the absorber tubes to
collect the solar energy and transfer it to
the steam generator
Increment in efficiency of hydro power
plant by using parabola heat collector just
below penstock to decrease viscosity and
increase flow rate.
Existing methods
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6. Proposed Methods
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 Running of turbine through water having coupled
alternator.
 Output is regulated, given to LOAD
 Converted to DC for storage in batteries or DC
load supply.
 Solar PV panels for generating DC power
 Supplied to DC load, inverted for AC load or
stored in batteries

7. Block Diagram
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8. Workflow
Phase 1
• Literature
• Power station visit
• Project feasibility
Phase 2
• Analysis
• Site selection
• Specification of solar power plant
Phase 3
• Complete design of hybrid power plant
• Explanation to Specification
Phase 4
• Simulation
• Thesis
• Research publication
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9. References
1.http://alternativeenergy.procon.org/view.answers.php?
questionID=001272
2.Conceptual Design of Solar-micro Hydro Power Plant
to Increase Conversion Efficiency for Supporting
Remote Tribal Community of BangladeshAmerican
Journal of Engineering Research (AJER) e-ISSN :
2320-0847 p-ISSN : 2320-0936 Volume-03, Issue-11,
pp-167-197
3.https://en.wikipedia.org/wiki/Solar_power
4. http://www.akdn.org/Content/729
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Department of Electrical Engineering C.I.I.T ATD