Hydro electicity generation ppt

1. STUDENT NAME
BRANCH
NAME OF THE PROJECT

2. OBJECTIVE
Hybrid power system can be used to reduce energy storage
requirements.
The technical feasibility of Hydro Power system in given
range of load demand was evaluated.
For all load demands the levelised energy cost for Hydro
energy system is always lower than that of standalone
solar PV or wind system w.r.t the generation. Our hydro
energy generation system is techno-economically viable for
rural electrification.

3. HYDRP POWER
 Renewable energy source
 Non-polluting
 Reliable
 Can work anywhere sun is shining
 No major mechanical parts
 Relatively no maintenance
 Noise Free
 Last decades

4. PROJECT OVERVIEW
Hydro
Energy
Storage System Load

5. BASICS F ENERGY GENERATION
TECHNIQUE

6. ENERGY GENERATIONS
TURBINE
ARRANGEMENT
GEAR
DRIVES
GENERATO
R
LOAD

7. COMPONENTS REQUIRED
•TURBINE
•PULLEY
•GENERATOR
•MULTIMETER
•LED
•WIRES

8. ADVANTAGES
Below is the list of advantages due to the usage of the technique mentioned in this
paper.
Pollution free power generation.
Simple construction, mature technology and easy maintenance.
No consumption of any fossil fuel which is non-renewable source of energy.
No fuel transportation required.
No external source is needed for power generation.
Energy available all year round.
.

9. COMPLETE MODEL PHOTO

10. CONCLUSION
This project describes a novel system for generating dispatchable electric
power using Hydro Energy generation technique.The project has been
successfully tested under laboratory conditions giving satisfactory results.

11. FUTURE SCOPE
Analyze power variation under various combinations of air temperature and
flow rate entering the expander, in order to quantify the seasonal variation in
power output capability

12. REFERENCES
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sizing of stand-alone hybrid solar–wind power generation systems.Applied Energy, 87(2),
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for applications in Newfoundland. Renewable energy, 30(6), 835-8
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