1.
RENEWABLE
SOURCES OF ENERGY
Ajay Kumar Jakhar

2.
Renewable energy is energy that comes from
resources which are continually replenished such as
sunlight, wind, rain, tides, waves and geothermal heat.
Ajay Kumar Jakhar

3.
Ajay Kumar Jakhar

4.
In contrast to fossil energies such as oil, coal, uranium
and natural gas, the use of renewable energies protects
the climate and environment, is resource-efficient and
safe.
Renewable energies ensure greater independence
from energy imports, greater security of supply and
strengthen the domestic economy.
Using renewable energies avoids climate-damaging
emissions which cause significant follow-up costs
and have serious impacts.
Ajay Kumar Jakhar

5.
Solar energy is the energy received by the
earth from the sun. This energy is in the
form of solar radiation.
Ajay Kumar Jakhar

6.
Ajay Kumar Jakhar

7.
Ajay Kumar Jakhar

8.
Ajay Kumar Jakhar

9.
Ajay Kumar Jakhar

10.
The electricity generated by solar panels is free of
cost.
Government offers lots of rebates and incentives to
cover the initial cost.
The cost of technology is decreasing almost every few
months and the efficiency is improving significantly.
Solar energy is a renewable and clean source of
energy.
Ajay Kumar Jakhar

11.
The initial cost of installation and
equipment is high.
Our inability to control or predict
how much solar energy arrives on
the earth’s surface at any place.
A large surface is required for
collecion of useful amounts of
solar energy.
Ajay Kumar Jakhar

12.
Wind power is the conversion of wind energy into a
useful form of energy, such as using wind turbines to
make electrical power, windmills for mechanical
power, wind pumps for water pumping or drainage, or
sails to propel ships.
Ajay Kumar Jakhar

13.
Uses of wind power
Ajay Kumar Jakhar

14.
Uses of wind power
Ajay Kumar Jakhar

15.
Ajay Kumar Jakhar

16.
Wind energy is also a source of
clean, non-polluting, electricity.
Wind plants emit no air
pollutants or greenhouse gases.
The energy of generate is
renewable.
Ajay Kumar Jakhar

17.
The technology requires a higher investment
than fossil-fueled generators.
Wind turbines make noise.
Birds and bats have been killed by flying into
the rotors.
the major challenge to using wind as a source
of power is that it is intermittent and doesn’t
always blow when electricity is needed.
Ajay Kumar Jakhar

18.
Biomass is biological material from living, or recently
living organisms, most often referring to plants or
plant-derived materials. As a renewable energy
source, biomass can either be used directly, or
indirectly—once or converted into another type of
energy product such as biofuel. Biomass can be
converted to energy in three ways: thermal
conversion, chemical conversion, and biochemical
conversion.
Ajay Kumar Jakhar

19.
Ajay Kumar Jakhar

20.
Uses of Biomass
Ajay Kumar Jakhar

21.
Ajay Kumar Jakhar

22.
Available almost everywhere.
Sulfur, nitrogen oxides, and carbon
emissions can be significantly reduced
by burning biomass.
Growing biomass crops produce oxygen
and use up carbon dioxide.
Ajay Kumar Jakhar

23.
More expensive than convention
fossil fuels.
A less concentrated form of
energy, making it less efficient.
Releases some emissions,
especially if burned improperly.
Research is needed to reduce the
costs of Biomass based fuels.
Ajay Kumar Jakhar

24.
Geothermal energy is thermal energy generated and
stored in the Earth. Thermal energy is the energy that
determines the temperature of matter. The
Geothermal energy of the Earth's crust originates from
the original formation of the planet (20%) and from
radioactive decay of minerals (80%).
Ajay Kumar Jakhar

25.
Uses of geothermal energy
Ajay Kumar Jakhar

26.
Uses of geothermal energy
Ajay Kumar Jakhar

27.
Geothermal energy involves
low running costs.
It does not create any
pollution.
It creates job for the local
people.
Ajay Kumar Jakhar

28.
Requires huge one time investment.
Suitable only for regions with hot
rocks below the earth.
Sites may contain poisonous gases
which may pollute the environment.
It cannot be easily transported.
Ajay Kumar Jakhar

29.
Hydropower or water power is power derived from
the energy of falling water and running water, which
may be harnessed for useful purposes. Since ancient
times, hydropower has been used for irrigation and
the operation of various mechanical devices, such as
watermills, sawmills, textile mills, dock cranes,
domestic lifts, power houses and paint making.
Ajay Kumar Jakhar

30.
Uses of Hydro power
Ajay Kumar Jakhar

31.
No fuel used so no
pollution.
Relatively low operations
and maintenance costs.
The technology is reliable
and proven over the time.
Ajay Kumar Jakhar

32.
Requires huge one time investment.
Suitable only for regions with hot
rocks below the earth.
Sites may contain poisonous gases
which may pollute the environment.
It cannot be easily transported.
Ajay Kumar Jakhar

33.
Tidal energy, is a form of hydropower that converts
the energy of tides into useful forms of power - mainly
electricity.
Ajay Kumar Jakhar

34.
Ajay Kumar Jakhar

35.
Ajay Kumar Jakhar

36.
Ajay Kumar Jakhar

37.
Tidal and wave energy is free,
renewable, and clean source of energy .
Highly efficient resource (compared
with coal and oil at 30%, tidal power
efficiency is about 80%).
Energy capturing and conversion
mechanism may help protect the
shoreline.
Ajay Kumar Jakhar

38.
It only produces electricity during tidal surges.
Technology isn't fully developed
Appropriate waves and tides are highly
location dependent
Ecosystem is disrupted during the construction
of building the tidal fence. this affects the
fishes and also the fishermen who depends
their life on it.Ajay Kumar Jakhar

39.
The renewable energy supports the government's objectives of 'inclusive
growth' and is part of solutions to meet nation's energy needs.
The sector has grown at an annual rate of 23% to about 25,000 MW in
March 2012 .
The renewable power installed capacity forms 6.5% in the total
electricity mix and 12.5% of total installed capacity in 2011- 2012 .
With 17,352 MW of generation, WIND continues to account for 70% of
installed capacity .
Ajay Kumar Jakhar

40.
Ajay Kumar Jakhar

41.
Ajay Kumar Jakhar

42.
Ajay Kumar Jakhar

43.
Potential and Achievement as
on January 01, 2007
No. Sources / Systems Estimated Potential
Cumulative Achievements
I. Power From Renewables
A. Grid-interactive renewable power
1. Bio Power (Agro residues) 16,8811 MWe 510.00 MW
2. Wind Power 45,1952 MWe 6315.00 MW
3. Small Hydro Power (up to 25 MW) 15,0003 MWe 1905.00 MW
4. Cogeneration-bagasse 5,0004 MWe 602.00 MW
5. Waste to Energy 2,7005 MWe 40.95 MW
Sub Total (in MW) (A) 84,7766 MWe 9372.95 MW
B. Distributed renewable power
6. Solar Power - 2.92 MW
7 Biomass Power / Cogen.(non-bagasse) - 34.30 MW
8. Biomass Gasifier - 75.85 MW
9. Waste-to- Energy - 11.03 MW
Sub Total (B) - 124.10 MW
Total ( A + B ) - 9497.05 MW

44.
Potential and Achievement as
on January 01, 2007
II. Remote Village Electrification 2501 villages + 830
hamlets
III. Decentralised Energy Systems
10. Family Type Biogas Plants 120 lakh 38.90 lakh
11. Solar Photovoltaic Programme 20 MW/sq.km.
i. Solar Street Lighting System - 54659 nos.
ii. Home Lighting System - 301603 nos.
iii. Solar Lantern - 463058 nos.
iv. Solar Power Plants - 1859.80 kWp
12. Solar Thermal Programme -
i. Solar Water Heating Systems - 1.66 million sq.m. collector
area
ii. Solar Cookers - 6.03 lakh
13. Wind Pumps - 1141 nos.
14. Aero-generator /Hybrid Systems - 572 kW
15. Solar Photovoltaic Pumps - 7068 nos.
IV. Other Programmes
16. Energy Parks - 493 nos.
17. Akshay Urja Shops - 104 nos.
18. Battery Operated Vehicle - 255 nos.

45.
We support RENEWABLE
energy……..