In hydro generation small amount of power is generated by utilizing the flow rate of running water in the water pipes present at our homes. In this process the potential and kinetic energy of stored water is converted into electrical energy. Water is used everywhere like in paper mill, juice factory, water treatment plant and house etc. Here we can use small hydro power generation for generating small power sufficient for household lighting requirements. In winter and rainy session output of solar system is less. The biggest advantage of this system is that it is able to produce continue constant output power in all the different seasons.

1. Domestic hydro electric power generation

2. Content:-
Introduction
Methodology
Previous Proposed model
New Proposed model
Hydraulic Pressure Pump
Hardware component
Advantages
Application
References

3. Introduction
In hydro generation small amount of power is generated by
utilizing the flow rate of running water in the water pipes
present at our homes.
In this process the potential and kinetic energy of stored
water is converted into electrical energy.
Water is used everywhere like in paper mill, juice factory,
water treatment plant and house etc. Here we can use small
hydro power generation for generating small power sufficient
for household lighting requirements.
In winter and rainy session output of solar system is less.
The biggest advantage of this system is that it is able to
produce continue constant output power in all the different
seasons.

4. Methodology

5. Water Tank
Water Inlet
Water
Outlet
Venturi pipe
Hydrogenerator
Electrical
device
PREVIOUS PROPOSED
MODEL

6. New Proposed model
Water from the 1st container flows by
gravity into the air supply container 3rd .
 It fill the container , displacing the air.
The air flow into the fountain supply container
2nd ,displacing the water, which shoot out
higher than the original container
(i.e.1st container ).

7. Hydraulic pressure pump
Air
Water

8. Hydraulic pressure pump
This flow is because of difference in pressure of two
container.
 By this process we does not required excessive
electric equipment for pumping the water at higher
level.
Fig A shows the Hydraulic circuit of Herons
fountain

9. Hardware component
 Electrical Equipments
• Hydro-Generator
• Inverter
• Battery
• Load (lamp)
 Components
• Capillary tube
• Water Tank
• T-shape pipe
• Pipe

10. Hydro-generator
 Hydro-generator is use for the generation of energy from flow of
water pressure in the pipes.
 It generate power is 10W,12V(DC).

11. Battery
 Battery is using for the storing of all the power generated in DC.

12. Inverter
 Inverter is a device which use for the conversion of DC voltage
source into an AC voltage.
 Conversion of DC-12V into AC 220V and 100W

13. LED
 LED is use as indicator of a power generation .

14. DIODE
 Diode is used
for restriction of
current not to
flow backward.

15. application
Domestic
Agriculture
Water treatment plant
Residential
Hospital
Industries

16. advantages
Fuel is not required i.e. clean energy source
Flexibility
NO running cost
Extremely low cost Power
Small size
Requires zero or no maintenance
Efficiency does not reduce with age

17. References
[1]. Andrei-Mugur Georgescu, Sanda-Carmen Georgscu, Liviu Stroia,
“Heron’s Fountain Demonstrator”, www.researchgate.net/publication.
[2].Heron, The pneumatics of Hero of Alexandria, Translated from the
original Greek and edited by B. Woodcroft, Taylor Walton and Maberly,
London, 1851, online: steam Engine Library, Universit of
Rochester,USA,
http://www.history.rochester.edu/steam/hero/