THIS IS RELATES WITH THE NEW IDEA OF GENERATES ELECTRICITY FROM PLANTS.

1. M JAWAD BSELF1624
ZAIGHAM AJMAL BSELF1615

2.  Solar.
 Wind Power.
 Hydroelectric Energy.
 Biomass Is The Term
For Energy From
Plants.
 Hydrogen And Fuel
Cells.
 Geothermal Power.

3.  It Is Safe, Abundant, And Clean To Use When
Compared To Fossil Fuels.
 Multiple Forms Of Renewable Energy Exist.
Renewable Energy Is Stable.
It Is A Technology Instead Of A Fuel.

4. DISADVANTAGES RENEWABLE RESOURCES
Not Every Form Of Renewable Energy Is
Commercially Viable.
Many Forms Of Renewable Energy Are Location-
specific.
Many Forms Of Renewable Energy Require Storage
Capabilities.
Pollution Is Still Generated With Renewable Energy.
Renewables Often Require Subsidies To Make
Them Affordable.

5. The Electrons Flow To A Power Hofstra To The
Cathode Where Oxygen Photons And Electrons
Meet To Produce Water. So By Easily Placing Two
Carbon Electrodes In The Soil We Can Produce
Little Green Electricity For. Some People This May
Be Demo The Apple Battery Which Uses A Copper
Penny And Signal To Produce Electricity

6.  Plants
 Different Type Of Rod
 Volt Meter
 Lead
 Crocodile clip
 Diode
 Capacitor

8. COPPER:
Electrolytic Refined Copper Anodes Having
High Purity Must Be Used. The Purity Of The
Copper Anodes Must Be 99.98%
IRON:
Iron Has Metallic Bonds Which Makes The
Electrons Free To Move More Then One Atom.
Iron Is The Good Conductor Of Electricity.

9.  Six Plants Were Taken For This Research.
Copper Is Used As The Anode And Iron Is
Used As The Cathode. Length Of The Rod
Used Is 20 Cm And The Diameter Is 6mm.
The Electrodes Are Placed In Series
Connection For The Flow Of Electron To
Produce Electricity. The Reactions At The
Electrodes Are Shown Below.

10.  The Research Focus On Generating Electricity
From Plants. The Process Dose Not Affect The
Plants As Well As The Environment. The Plant
Make Their Own Food By Photosynthesis.
Photosynthesis Is The Process By Which The
Green Plants And Certain Other Organisms
Convert Solar Energy Into Chemical Energy.

11.  During The Initial Stage Of Insertion Of
Electrode 0.410 V Is Produced. After 1 Hr. The
Voltage Is Increased To 2.217 V Due To
Photosynthesis Process. The Voltage
Obtained Increases As The Time Of
Photosynthesis . Finally, Voltages Reaches
2.427 V. The Voltage Obtained Is Directly
Proportional To Time Of Photosynthesis As
Given Below The Relationship Clearly.

12.  The Power Generation Is Less (Approx. 1.6
Mw/Km2) As Compared To Wind (5-7.7
Mw/Km2) And Solar (4.5-7.5 Mw/Km2),
However It Is Cheaper As Compared To The
Both Of Them.
 The Power Output Of Wind Farms And Solar
Farms Will Be Three- To Fivefold Higher Than
That Of Plant-e

13.  NTPC(national Thermal Power
Corporation) Could Offer An Opportunity
For Electricity Generation While Sustaining
The Natural Environment
 Could Provide 24 H/Day Electricity
Generation Without The Use Of Scarce
Materials And With Nutrient Preservation.

14. 0
0.5
1
1.5
2
2.5
3
15 min 30 min 45 min 60 min
VOLTAGE
VOLTAGE

15.  No Fuel.
 No Smoke.
 No Pollution.
 Give Him Oxygen.
 Free Electricity.
 Cheap Electricity.

16.  Very Low Power.
 Plant Is Not Produce Energy.
 The Power Of Plant Is Very Weak.
 Electric Rod Effect Root Of Plant.
 Required Sun Light For Produce Energy.
 The High Water In Soil Decrease The Energy.
 Plant Gone To Weak Condition.

17.  LAWNS / LANDSCAPE/ PARKS IN
TOWNSHIP / PLANT.
 STREET LIGHT / TOWNSHIP LIGHTING.