2. WHY RENEWABLE ENERGY ??
Tremendous increase in energy demand.
Futuristic availability of Non-renewable
sources is a major concern.
Expansion of hydro, thermal and nuclear
power plants have serious environmental
issues.
Vital availability, Cheaper maintenance, less
pollution.
6. SUITABILITY OF RAJASTHAN
Located in the equatorial belt of earth.
62.11% desert area including Jodhpur,
Jaisalmer, Bikaner, Nagaur, Barmer.
Equivalent energy potential is about 6,000
million GWh of energy per year.
Large areas of land are barren and
sparsely populated.
8. TECHNIQUES
Solar power can be converted into Electrical
and Thermal energy in efficient manner.
Versatile used techniques
-Photovoltaic (PV): Electricity generation
-CSP system: Thermal power generation.
9. PHOTOVOLTAIC : ELECTRICITY
Based on Photoelectric effect .
Efficiency was limited few years back but
currently more than 40% efficiency is
yielding.
It is used in Rajasthan and Gujrat to produce
about 1150MW.
11. CSP SYSTEM: THERMAL POWER GENERATION
Lenses or mirrors and tracking systems used to
concentrate solar radiation.
The concentrated heat is then used as a heat
source for a conventional power plant.
Main Techniques:
- Parabolic trough
- Fresnel reflectors
-Dish engine system
-Solar power tower
14. JNNSM BIRTH SOLAR SECTOR
Before 2010 Rajasthan was compelled to
purchase power, power was generated
mainly through conventional sources.
After JNNSM Rajasthan got 46 projects
(285+150 MW).
Some other schemes are also implemented
like REC, Migration.
15. PROJECTS UNDER JNNSM
Phase-I
Phase-II (concluded bidding allocation)
S.
No.
Scheme No. Of
projects
Installation
capacity
(MW)
1. Batch-II 25 285
2. Batch-I 21 150
S.
No.
scheme No. Of
projects
Capacity(M
W)
1. Part-A 13 145
2. Part-B 9 180
16. CONTRIBUTION OF VARIOUS SCHEMES
S. No. Scheme Number of
projects
Capacity (MW)
1. NSM ph-I (Batch-
II)
25 285
2. NSM ph-I (Batch-
I)
21 150
3. REC 52 137
4. Open Access 1 40
5. Migration 8 38
6. RPSSGP 12 12
7. GBI 2 8
8. Tail End 1 1
122 670.5
21. WEL 50MW PROJECT:
Location: Phalodhi (Jodhpur).
Capacity: 50 MW(AC)
India’s largest (AC) solar project.
Completed in three phases (15, 15& 20 MW)
Under Batch-II phase-I JNNSM
22. DHIRUBHAI AMBANI SOLAR PARK
Location: Dhurasar village (Pokhran)
Owner: Reliance Power
Capacity: 40 MW(AC)
Solar Plant type: Flat Panel
Under Open Access scheme
23. LARGEST SOLAR PLANT OF WORLD
Location: near Sāmbhar Lake
Capacity: 4000MW
Four phases
First phase will likely to commissioned by the end of
2016 with 1000MW
Cost of plant:70X4 billions
Expected to complete in 7 years
SECI, BHEL, Power grid Corporation, Hindustan
Salts, and Rajasthan Electronics & Instruments
Limited
24. SOLAR POLICY 2011
It had a target to allocate 12 GW of solar
power in the state by 2022. As a part of its
first phase, the policy aimed to allocate 50
MW of rooftop Photovoltaic's (PV) of 1 MW
each and 100 MW each of PV
and Concentrated Solar
Project(CSP) projects.
Productive use of abundant wastelands,
thereby utilizing the non-industrialized desert
area for creation of an industrial hub.
25. SOLAR POLICY 2011 (COND...)
Creating favourable conditions to solar
manufacturing capabilities by providing fiscal
incentives.
Generating large direct and indirect
employment opportunities in solar and allied
industries.
Create a solar centre of excellence.
26. APPLICATION OF SOLAR POWER
Rural electrification
Agricultural support
Solar water heaters
27. CHALLENGES & SOLUTIONS
Solar Energy possesses tremendous potential in
bridging India’s energy demand-supply gap in the
future.
There are various challenges for this industry,
including lowering cost of production, increasing
R&D, consumer awareness and financing
infrastructure.
Cost of solar electricity produced on-grid is Rs.
18.44/unit. This high cost is mainly due to
dependence on imports for silicon and solar wafers
used for the manufacture of solar cells – about 80%
of which comes through imports.
.
28. C & S
It is important to overcome these challenges for
fast growth and mass adoption of the
technology.
Some of the immediate actions to enable
growth are efficient implementation of REC,
usage of carbon trading as a source of revenue,
immediate implementation of grid powered
energy, development of off-grid usage in various
applications such as cellular towers and
encouraging localized mini grids in areas that
lack connectivity today