MALANA POWER CO LTD

Transcription

MALANA POWER CO LTD

MALANA POWER CO LTD
Present and Future Prospects in
Hydro
y
Power Development
p
M M MADAN
CEO
MALANA POWER COMPANY LTD
Group’ss foray into Power Business
LNJ Bhilwara Group

Successful and timely completion of 13.5 MW
Captive Hydro-electric Project (HEP) in 1997 was
the stepping stone for the Group in the Power
Sector.

In 1999,
1999 Group started construction of 86 MW
Malana HEP –I and it was completed in a record
ti
time
off 30 months.
th

It is being operated as merchant power plant
since its commissioning in July 2001.
Group’ss foray into Power Business
LNJ Bhilwara Group

Malana HEP –I showed Group’s capability and
efficiency in execution of Power Projects in timely
and cost effective manner
¾
First merchant power plant in the country
¾
First IPP with inter
inter-state
state wheeling of Power
¾
One of the few IPPs with a 100% promoter’s
equity
LNJ Bhilwara Group’s foray into Power Business

Malana Power Plant is running successfully and
has achieved a plant availability of more than
99.9% continuously for the last four years.

The Group has started developing other power
projects in HP, Nepal and Arunachal Pradesh.

Presently Allain Duhangan HEP (192MW) is
under construction and First Part commissioned
on 16 Sept 2010 and Second Part expected to be
commissioned b
by JJunene July
J l 2011
2011.
Power Projects with the group
Project
Potential
Capacity
BEL
Ownership
Capacity
Likely
commissioning
Date
D t
Himachal Pradesh
1
Malana HEP
86 MW
51%
86 MW
Commissioned
2
Allain
Duhangan HEP
192 MW
44.8%
192 MW
I part
commissioned
3
Changoyoung
Thang HEP
140 MW
100%
140 MW
Mid 2014
Other Power Projects with the Group
Project
Potential
Capacity
BEL
Ownership
Capacity
Likely
commissioning
Date
200 MW
51%
200 MW
December 2014
Himachal Pradesh
4
Bara Bangal HEP
Arunachal Pradesh
5
Nyamjang Chu
HEP
900 MW
100%
900 MW
December 2015
6
Angoline HEP
375 MW
88%
375 MW
December 2015
7
Malinye HEP
335 MW
91%
335 MW
December 2015
Other Power Projects with the Group
Project
Potential
Capacity
Likely
BEL
Capacity commissioning
Ownership
Date
Nepal
8
Likhu-IV HEP
120 MW
63%
120 MW
9
Bhalepi HEP
50 MW
33%
50 MW
March’2012
March’2012
Punjab
10
UBDC Stage III HEP
Total
75 MW
2473 MW
100%
75 MW
2473 MW
Mid’2011
Projects in HIMACHAL PRADESH ‐ MALANA HEP(2X43MW)

Malana HEP is a run-of-the-river plant developed
and operated by Malana Power Company Ltd,
Ltd a
special purpose company set up by LNJ Bhilwara
Group.

Construction of the project was started in January
1999

Project was commissioned in a record period of 30
months against schedule completion time of 60
months at a total cost of 70 million USD only.
PROJECTS IN HIMACHAL PRADESH ‐ MALANA HEP
(2X43 MW)
A view of Malana Power House
PROJECTS IN HIMACHAL PRADESH ‐ MALANA HEP (2X43 MW)

Malana HEP has many ‘firsts’ to it.
¾
First IPP in Himachal Pradesh
¾
First merchant power plant in the country
¾
HEP with highly competitive capital cost ~ USD 0.86
Million / MW
¾
First IPP with inter-state wheeling
¾
One of the very few IPPs with a 100% promoter’s
promoter s
equity
¾
One of the first HEP to secure hydrology insurance
coverage.
PROJECTS IN HIMACHAL PRADESH ‐ MALANA HEP (2X43 MW)
A view of reservoir
PROJECTS IN HIMACHAL PRADESH –ALLAIN DUHANGAN HEP (2X96
MW)

Allain Duhangan HEP is a run-of-river hydro
power project located in the Kullu district of
Himachal Pradesh.
AD Hydro Power Limited (“ADHPL”),
(“
”) a special
purpose company, has been set up by the Group
to develop and operate the Project.
International Finance Corporation, Washington,
USA, is investing equity in the project (12%). They
p j
are also the lead financer to the project.
MW)

Project envisages construction of gated Barrage,
Desilting Arrangements, Reservoir, 4 km long Allain
HRT, Surge shaft and Underground power house.
The waters of Duhangan are carried through another 4.5
km long tunnel to Allain HRT and joined near surge
shaft.
All works except Duhangan HRT are complete.
Project from Allain side is complete and partly
commissioned on 16 Sept 2010 and the full
commissioning of the project is expected by June’2011.
Estimated capital expenditure for the project is around
USD 450 million (including cost of transmission line).
MW)
¾ Power off-take arrangement

j
g developed
p as a merchant p
The Project
is being
power
plant.
ADHPL p
proposes
p
to sell its power
p
mainly
y to consumers
in the Northern Region, including PTC India, SEBs and
privatized distribution companies through short-term
PPAs.
¾ Power Evacuation arrangement

Transmission line of 175 Km length from the power plant
to Nalagarh sub-station of PGCIL has been completed to
evacuate power from power-plant to the interconnection
point.
Requirement of Hydro Power Plant Generating
Equipment In INDIA
y CAPACITY ADDITION DURING 11TH PLAN.
TARGET
(Up to 2012)
HYDRO
15627 MW
ACHIEVED TO BE ADDED
(up to Jan’09) (Up to 2012)
854 MW
14000 MW
THERMAL 59693 MW
9304 MW
50000 MW
NUCLEAR
660 MW
700 MW
3380 MW
Constraints in Achieving India’s Plan Targets
•In 10th plan the total capacity addition was
only 21180 MW.
MW
•About 11000MW slipped from 10th plan
mainly due to equipment suppliers and
contractors.
•There
There are very few Manufacturers of main
plant as well as balance of plant in India
•11
11th plan target is about 4 times than what is
achieved in 10th plan.
•The
The 12th Plan Aims at development of
100,000 MW of generation of power.
Major Power equipment Manufacturers in India
¾BHEL
::
The largest engineering and manufacturing
enterprise
i in
i manufacturing
f
i off power plant
l
equipment.
¾The existing capacity is more than
10000MW,and
¾is planned increase to 15000 MW by end 2009
and upto 20000 MW during the current 11th
plan period.
¾The order book position with BHEL is loaded
to its full capacity.
¾
Major
Manufacturers in India
j Power equipment
q p
¾ ALSTOM
p
:: The p
plant is under expansion
and
can cater to limited capacity only, in
the near future
¾VOITH SIEMENS :: The facility is limited to some
main components only
¾ABB
:: The facility exists for only limited
portion of power plant equipment..
¾AREVA
:: Having
g limited capacity
p
y ,under
,
¾
expansion.
¾VA TECH . :: The plant is under expansion and can
cater
t
tto limited
li it d capacity
it only,
l in
i the
th near future.
f t
Expected Requirement of Major Components of
Equipment (HYDRO)
THE ASSESMENT IS BASED ON ASSUMING ADDITION
years
OF 75 T0 100 POWER PLANTS in Next 5 y
y
y
y
y
y
y
y
y
y
Generators
‐‐
Runners (Cast and Forged ) ‐‐
Transformers
‐‐
Switch yard Equipment
‐‐
Main Inlet Valves
‐‐
Butter Fly Valves
‐‐
Servomotors
‐‐
Governor and Control System ‐‐
Thrust Bearings
‐‐
175 nos
200 nos (min)
175 nos.
100 nos.
150 nos
150 nos.
350 nos (app)
175 nos.
175 nos.
Critical Issues and Recommendations
y Considering the availability of International
y
y
¾
y
Standard Manufacturers, resources and a
good available Market,
It is obvious
b
that
h there
h
is a llot off scope ffor the
h
industries to go for manufacturing of power
plant equipment.
equipment
This can be achieved by;
A) SUPPLIERS ::
Existing suppliers to enhance their capacity, and
new vendors to be developed.
Critical issues and recommendations.
y
y
y
y
B) Critical Items
g suppliers
pp
g
Limitations of the existing
for casting
and forging of runners, need to develop this facility
with the existing manufacturers / indigenous
entrepreneurs.
entrepreneurs
Limited suppliers and their capacity for supply of
H.V. Insulators for Transmission lines and sub
stations.
No manufacturer available in INDIA for 220 kV
/400 kV XLPE cable.
Limited suppliers for forged turbine and Generator
shaft for large machines.
machines
Critical issues and recommendations.
¾ C) Contractors for Installation
g of g
p
y Acute shortage
good experienced
¾
y
¾
y
contractors. Need to develop more
contractors.
D)Skill d Personals
D)Skilled
P
l
Considering the future demand we will be
facing shortage of skilled man‐power‐which
man power which
needs to be trained.
E) Training
Emphasis on training requirements , as well
p
g staff mayy be taken up
p suitably,
y
as operating
considering the immediate requirement.
CONCLUSION
y Future Requirements
y There is opportunity for development and
enhancement
h
off M
Manufacturing
f
i C
Capacity
i
for large number of power projects
coming
i and
d under
d construction.
t
ti
y The opportunity is not only in India but in
our neighboring countries also.
CONCLUSION
y Thus not only we need to enhance our
manufacturing capacities for hydro power plant
equipment
q p
in India ,
y We also need to consider importing suitable
equipment
q p
from other countries and find the
solutions for the other critical equipment
required for the power plant.
DIFFICULT GROUND CONDITION IN ALLAIN TUNNEL
Allain resevoir
Allain Barrage
AD Power House
Thank you