3. Hybrid Power – a fit case for Isla ds’ Blue Eco o ies
with
Green, Clean and Lean Power
Fits into: Gram Uday to Bharat Uday
And
AntoUday Ulti ate Pla et’s Good
राम उदय ! भारत उदय ! अंत उदय !!
4. Making Power reach everyone...
At an Affordable price,
No Toxic Diesel Exhaust
With least impact on environment
Least Energy Payback Period ,
Least and smart infrastructure for its last mile
connectivity,
Mini smart grid integration,
Portable like DG Sets -Demystifying Micro-grids
Least manpower deployment
Ultimately for a greater system reliability
A Typical Day Load Curve for an Island
Clean
Green
Lean
5.
6. S
Green Technologies- हररत तकनीककयां
Energy Conservation -उ्ाा संरषण!!
Tech it or Leave it - तकनीकी कर या किर भु्त !!
Tidal Energy -्वारीय ऊ्ाा- नीली समुरी ऊ्ाा
6
7. Challenge of Hybrid is the
Communication amongst
various generation modes
particularly in remote
areas where
Communication system is
poor
8. Tidal power farm for Gujarat, India. Atlantis Resources Corp. plans a
tidal power farm : Capacity of 50 MW (50x 1 MW) extending to > 200
MW tapping untapped tidal energy reserves in the Gulf of Kutch
extending over an impressive area of 7,300 sq. km with an average
depth of 30 meters and the Gulf of Kambhat.
12. Sl. Island Diesel-
Existing
Diesel-New SPV
MW
Battery
MWh
1. Port Blair ( South
Andaman)- Location
Chidiya Tapu: Peak
load 40 MW, Avg 26
MW to go up to 63
MW by 2022.
68.8 MW – 20
MW being
taken out by
March 2018
Existing to
be
replaced
with 50
MW LNG
fired
15 3
2 South Andaman
( Gharacharma)-42 ha
5 MW
exist
2 MWh
3 North & Middle
Andaman 40 ha at
Talbagh
19.399 MW 3 1
4 Havelock 3 1.5 .5
5 Other Islands 40-50 %
of DG
Capacity
30% of
SPV
Capacity
14. BESS has been extending its footprint from
air transportation to electric vehicles to
hover boards and now in power sector. The
greater energy density deployment in large
installations could be challenging for active
cell dynamic balancing, hot swapping of cells
( replacement), energy density scalability and
system reconfiguration etc.
About 70 GW and 200 GWh of Energy Storage opportunity in India by
2022 Out of 70 GW, over 35 GW of demand is expected from newer
applications like wind and solar integration, frequency regulation, peak
management, T&D deferral, diesel usage optimisation and electric
vehicles.
Lack of reliable grid power, growth in sales of electric rickshaws (e-
trikes), reduction in use of diesel gensets and integration of solar PV with
the grid at both ground level, roof-top level and at micro-grids likely to
boost battery based energy storage solutions in India.
16. Green, Clean and
Lean Power-
Regulatory
Challenges
Intent of developing an effective Forecasting & Scheduling ( F&S) Regulation:
1. For Grid Stability & bringing all the existing and upcoming wind/solar
power producers under the umbrella of forecasting and scheduling.
Helping in providing day-ahead and week ahead power generation
visibility to a grid operator for managing secure and Reliable grid
operations.
2. Higher and more granular level generation visibly to the grid operator would
enable RE generators to seek firm implementation of ust-ru status of all
the wind and solar power projects across India .
18. हररत तकनीकी ्यावसाययक शिषा और रशिषण हररत
्र ्य गिकी मं षमता यनमााण -एक टिकाऊ इं्ीयनयररंि
क िल आधार यनमााण क शलए
Green TVET Capacity Building in Green Technologies -
Building a sustainable Engineering Skill Base
18
19. • Hybrid Power provides enormous opportunities.
• Solar Power Sector in India is a pseudo-mature
market- Highly Competitive market with less
penetration
• डूबं हुए तारं का यह मातम नहीं करती
चढ़त हुए सूर् की पर्तार ह यह दुयनया
