2. • Installed Capacity-329.2GW
• Share of fossil fuel- 220.8932GW(67.1%)
• Share of renewable energy-101.3936GW(30.8%)
• Average electricity usage-1074.65kWh per capita
• Transmission & Distribution Losses-244.7kWh per capita
3. • Residential Consumption(% of total, 2015-16)-22.97%
• Industrial Consumption(% of total, 2015-16)-44.20%
• Agriculture (% of total, 2015-16)-18.17%
• Traction Consumption-1.63%
• Share of Private sector in generation-44%
5. Grid Connected power
• Wind -32279.77M W
• Solar -12288.83M W
• Small Hydro power projects -4379.85M W
• Biomass power &Gasification & Bagasse Cogeneration -8181.70M W
• Waste to power -114.08M W
Total Grid Connected power -57244.23M W
6. • Biomass (non-bagasse) Cogeneration - 651.91 M W
• SPV Systems(>1kW) - 462.54 M W
• Waste to Power - 171,09 M W
• Biomass Gasifiers - 161.45 M W
• water mills /micro hydro - 18.81 M W
• Aero generators / Hybrid system - 3,15 M W
Total Off grid / Captive power - 1468.95M W
7. S. NO. RE POWER SOURCE SHORT TERM GROWTH
POTENTIAL
MEDIUM TERM
GROWTH POTENTIAL
1 SOLAR PV HIGH HIGH
2 SOLAR CSP MEDIUM HIGH
3 WIND HIGH HIGH
4 SMALL HYDRO HIGH HIGH
5 LARGE HYDRO MEDIUM MEDIUM
6 BIOMASS POWER HIGH HIGH
7 GEO THERMAL LOW LOW
8 WAVE LOW LOW
9 TIDAL LOW LOW
8. • Fast growth in overall energy needs
• Pressure on industry and polity owing to the increasing GHG
emission
• Need for a viable solution for rural electrification
• Electricity peak demand-supply gap
• Niche industry segment having a clear need for renewable energy
9. According to the new definition, a village would be declared electrified
if it fulfils the following criteria:
• Basic infrastructure such as Distribution Transformer ad Distribution
lines are provided in the inhabited locality as well as Dalit Basti hamlet
where it exists.
• Electricity is provided to the public places like schools, Panchayat
offices, health centres, Dispensaries, Community centres etc.
• The number of households electrified should be at least 10% of the
total number of households in the village.
10. Rural electrification processes are managed and funded by a body within
the department of energy- Rural electrification corporation. Some other
noteworthy initiatives launched by the GOI (Government Of India) includes
• Rural electrification under minimum needs programmes launched in 1974
• Kutir Jyoti Yojana to provide single point light to below poverty level in
rural India launched in 1988.
• Pradhan Mantri Gramodaya Yojana to electrify unelectrified villages as per
prevailing definition of electrification launched in 2003.
• Remote Village electrification Programme launched in 2001by Ministry of
New and Renewable Energy(MNRE) This is the first programme launched
to concentrate on villages not connected to grid through the use of
renewable energy sources
11. • Accelerated rural electrification programme in 2003
• Accelerated electrification of one lakh villages and one crore households
launched in 2004
• Rajeev Gandhi Grameen VidyutiKaran Yojana: Launched in 2005 aimed at
providing energy access to all by 2009 and one unit of electricity to one
household per day by 2012 as envisaged by NEP (National Electric Policy)
2005.All earlier programs were merged in RGGVY
• In 2009,MOP launched Decentralised Distributed Generation Scheme under
RGGVY to electrify unelectrified villages through mini grids. This also
includes villages which receives less than six hours of power per day
• In December 2014, the current government announced Deendhayal
Upadhyay Gram Jyoti Yojana (DDUGJY) with modifications in RGGVY
12. • To improve the standard of living of people
• To boost the economic growth
• To improve small scale businesses
• To help them have access to clean drinking water and solve their
irrigation problem
• To reduce migration to cities
• Education of children
13.
14. Objective :
The scheme is designed by the government to provide continuous
power to all rural areas of the country.
The main aim of this scheme includes
• Separating household and agricultural feeders
• Strengthening of sub-transmission and distribution infrastructure
including metering of distribution transformer feeders /consumers
• Rural electrification as per CCEA approval dated 1st August 2013 for
completion of targets laid down under RGGVY for 12th and 13th plan
15. • The full scheme entails an investment of 43033 crore which
includes 33453 crore from GOI over the entire
implementation period.
• All Discoms (including private Discoms & State Power
Departments) are eligible for financial assistance under this
scheme.
16. DESI POWER20-120 Kwe20–120 kWe capacityIPOMEA , DHAICHANYABETWEEN Rs 0.40/kg – 0.75/kg (IPOMEA) & Rs 1.4/kg – 1.6/kg(MAIZE)RS. 4.50 FOR 5KWH
RS. 22.50 FOR 5UNITS+
UTTARKHAND PLANT100KW PINE NEEDLESRS.1 PER KG180KG 24 700000 PER YEAR RS. 4.89 PER UNIT
SRE 128KWe, DOWNDRAFT, OPENTOP GASIFIERDHAINCHARS. 1.5-2PER KGABOUT 1.5 KG FOR 1 UNIT OF ELECTRICITY RS.10 PER UNIT
KABBIGERI PLANT 500KWe GASIFIER RS. 2.77 FOR 1 KWH OF ENERGY10 RS. 2.58 PER UNIT
GEDA POWER PLANTATION500KW 500KWe GASIFIERFUEL WOOD 1.2KG PER UNIT OF POWER16 200 LAKHSRS 2.2 PER UNIT
SUNRABAN PLANT 500KWe GASIFIERWOODY BIOMASS 10LAKH DOMESTIC CONSUMER
COMMERCIAL CONSUM
DATA FROM THE COMPANIES INDUSTRIAL CONSUME
COMPANY'S NAMEPLANT CAPACITYRAW MATERIAL USED ANY SOLID MATERIALRAW MATERIAL REQUIREDEQUIPMENT COSTINSTALLATION COSTPRODUCER GAS COMPOSITIONOPERATION COST PER DAYGASIFIER MAINTENANCE COST PER YEARNO. OF HRS OF OPRATIONS PER MGASIFIER OUTPUT
ARYA HI-TECH BIOPOWER50KW ANY SOLID BIOMASS60-65KG 400000 75000 CO(18-20%)
HYDROGEN(18-20%)
CARBON DIOXIDE(10-12%)RS. 6
HARITH AVANI TECHNOLOGIES50KW WOODY MATERIALS60KG PER/HR9,50,000 50000 CO(18-20%)
CO2(9-11%)
N2(50-52%)
H2(16-19%)
CH4(2-3%)
OM ENERGY SAVING SYSTEMS100KW WOOD 3.5 TO 4.5KG PER KWAROUND 800000 CO(19+/-3%)
H2(10+/-2%)
N2(50+/-2%)
CH4(3+/-1%)
CO2(8+/-3%)
BIORESIDUE ENERGY TECHNOLOGY1600KWH ANY BIOWASTE 7CRORES 3CRORE (WITHOUT ENGINE)H2(20+/2%) 82080 600
50KW- ANY BIOWASTE3KG PER HOUR8LAKHS(WITH ENGINE)CO(20+/-2%)