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IBEF 2016- PEK- 220916 3/Session... · Geothermal 1.3 Bioenergy ‐‐ Total RE Total Primary...
Transcript of IBEF 2016- PEK- 220916 3/Session... · Geothermal 1.3 Bioenergy ‐‐ Total RE Total Primary...
BeyonBeyonnd 2016nd 2016
By Mr. Pierre El KhouryGeneral Director, President of the Board
Lebanese Center for Energy Conservation (LCEC)
23 September 2016International Beirut Energy Forum
Beirut, Lebanon,
Outline LCEC plans in the near future: law
A t f 10 bli b Announcement of 10 new public b
Immediate announcement of the ca
w 288
b ildi itbuilding sites
all for proposals for one building
2
LCEC Plans LCEC plans are based on two natio
N ti l E Effi i A t National Energy Efficiency Act(already published)
N ti l R bl E A National Renewable Energy Ac(to be published soon)
onal documents:
ti Pl (NEEAP 2016 2020)tion Plan (NEEAP 2016‐2020)
ti Pl (NREAP 2016 2020)ction Plan (NREAP 2016‐2020)
3
Reminder: National Basi Declaration of the Lebanese Gover“The adoption of a national road m
t ( ) d ticoncepts (green energy) and counting12% of Lebanon’s needs by the year 20
وتعتمد على مصادر الطاقة) الطاقة الخضراء(حديثةا ال ف ا ق ط نا ».2020 لبنان، عن طريقھا، في العام 2020ل
li f h El i i S Policy Paper for the Electricity Sec“Commits to launching, supporting athe utilization of renewable energiessupply”
isrnment, 2009map built on modern environmental
bl t hon renewable energy sources to reach020”
حخريطة طريق وطنية مبنية على مفاھيم بيئية عتمادا«ال تأ إل الً ة ت الك%12ال ت ا من استھالك% 12المتجددة وصوال إلى تأمين حوالي
tor, 2010and reinforcing all initiatives to adoptto reach 12% of electric and thermal
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2010 As the Baseline Yea
Figure 4: Primary Energy Mix in 2
Primary Energy Mix in 2010 in Lebanon (measured
ar
010 in Lebanon (toe)
5in tons of oil equivalent‐ toe)
Baseline Definition‐ 2010
Description Baseline De
Electricity generated from 3Electricity generated from non‐renewable energy resources
3,
Electricity generated from renewable energy resources
1
Heating generated from all resources
16
Cooling generated from all resources
N
TOTALGENERATION 3 4TOTALGENERATION 3,4
0
emand (ktoe) Notes
090,090
181
67.52 Liquid Gas: 27.2, SWH: 12.72,
Diesel: 127.6, Other resources: N.A
N.A.
438 52438.52
Heating/Electricity Demand till 2030
Very Important (and Cha 12% target is a percentage of the dem
12% target is a percentage of the ele
12% target is a percentage of the eleof energy (not power or capacity) in
12% target is a percentage of the eleof energy (not power or capacity) iin demand (as per the policy paper
allenging) Assumptionsmand in 2020 not only supply
ectricity and heating demand in 2020
ectricity and heating demand in termsn 2020
ectricity and heating demand in termsin 2020 based on a 7% yearly increasefor the electricity sector)
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12% by 2020 = 767 ktoe
Year Ba
Total National Heating andElectricity Demand
3,
(Measured in ktoe)Total National Renewable EnergyProduction(Measured in ktoe)Share of Renewable EnergyProduction of the Total EnergyProduction(%)
aseline Year 2015 20202010
,438 (actual) 4,822(projected)
6,389(projected)
193.72(actual)
246.9(actual)
767(set target)
5.63%(actual)
5.12%(actual)
12%(set target)
Renewable Energy Mix bby 2020‐ 1.7 Billion USD
Power Capacity and Ene
YearMWMW
Wind 200PV, CPV 150Distributed PV 100Distributed PV 100CSP 50SWH 1,053,988 Total Hydro 331 5Total Hydro 331.5Geothermal 1.3Bioenergy ‐‐Total RETotal RETotal Primary EnergyDemand
TargetTarget
ergy Production in 2020
2020GWh ktoeGWh ktoe595.7 128.7240.0 51.8160 0 34 6160.0 34.6170.6 36.8
m2 685.5 148.1961 9 207 8961.9 207.86.0 1.3771.5 166.63 591 2 775 73,591.2 775.7
29,578.7 6,389.0
12 1
11
12.1
LCOE of Each Technologgy (USC/kWh)
Payback Period for Each
Geothermal
Rehab
Micro Hydro
1.69
SWH
New Hydro
2.58
2.68
PV
DPV
CSP
7 30
8.72
0 00 5 00 10 00
Wind
PV
9.23
7.30
0.00 5.00 10.00
Technology
20.83
13.58
10 9910.99
15 00 20 00 25 00
3
13
15.00 20.00 25.00
More Details on the Tech Three wind energy farms (80 MW, 6
120 MW f l f b th i 120 MW of solar farms by the privsector
100 MW f d t li d l f 100 MW of decentralized solar farm
A CSP farm with 50 MW capacity (i
1,000,000 square meters of solar wat
Hydroelectricity: 236 MW rehabilita
166 ktoe of bioenergy (waste‐to‐ene
hnologies60 MW, and 60 MW)
t t d 30 MW b th blivate sector and 30 MW by the public
( ft li ti )ms (rooftop applications)
in the Bekaa area)
ter heaters installations
ation and 95 MW new hydro plants
ergy, methane use, and others)
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Laws 288/2014 and 54/20 Law 288/2014 (dated 30/4/2014)
يئة واضطالعھا بمھامھا، تمنح اذونات وتراخيص ة ال ال ا ال ».يري الطاقة والمياه والماليةالطاقة
L 54/2015 Law 54/2015 من 7 المادة الى فقرة اضافة عبر 2018- 4- 30 غاية
One main barrier is the issue of thetraditional power plants to be built
Laws 288 and 54 are ideal for the inproduction of electricity from renew
015
بصورة مؤقتة، ولمدة سنتين، لحين تعيين اعضاء الھي«ز ا اقت ل نا ا ز ال ل ن ا ق االنتاج بقرار من مجلس الوزراء بناء على اقتراح وزيراالنتا
لغ 288/2014 رقم القانون باحكام العمل تمديد يتم«».2002- 9- 2 تاريخ 462 القانون
“Transaction Advisor”, especially forby the private sector.
nclusion of private sector entities in thewable energy sources, exclusively.
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Plans to Proceed The call for proposals will cover
following distribution for solar PV f
Mount Lebanon—a targeted mi45 MWN th t t d i i f North—a targeted minimum of
South—a targeted minimum of Bekaa—a targeted minimum of
In each region of Lebanon, the misolar farm is 10 MW and the maxim
There is no obstacle to allow smalle(5 MW or less) in case of land issue
r all regions of Lebanon as per thefarms:
inimum of 30 MW and a maximum of
30 MW d i f 45 MW30 MW and a maximum of 45 MW30 MW and a maximum of 45 MW30 MW and a maximum of 45 MW
inimum power capacity of one givenmum power capacity is 15 MW
er PV farms in any region of Lebanonor national sites
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Pricing? PPA? Optimistic This approach is welcomed and sup
Water H.E. Mr. Arthur Nazarian
This approach is in harmony withSector” that was approved by the C
LCEC is quiet optimistic, yet realisti
B d h d Based on the experience gained wcontract will be ready
With RCREEE, a professional softw
A first indicator is anywhere undercost of EDL is between 16 and 22 US
c?pported by the Minister of Energy and
h the “Policy Paper for the ElectricityCouncil of Ministers
ic
h h d f b d PPA d fwith the wind farm bid, a PPA draft
ware model will be used for pricing
r 10 USD/kWh, noting that the average
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SD/kWh
10 Solar PV Systems in P The Ministry of Energy and Water
its intention to install 10 solar PVL bLebanon
The budget for the 10 projects ii t t” i t b h d i th t 1interest” is to be shared in the next 1
Interested companies are requested
As a sign of recognition to the comthese companies will be notified ahe
The buildings include the MinistryLebanese Army, the Lebanese Intbuildings
Public Facilitiesthrough LCEC is hereby announcingV systems in 10 public buildings in
is available and the “expression of10 d10 days
d to contact the LCEC
mpanies participating in the IBEF 2016,ead of other companies
y of Energy and Water building, theternal Security, and other landmark
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Bid for the Ministry of En The solar PV system to be installe
Energy and Water building
Exclusively dedicated to the compathe International Beirut Energy Foru
nergy and Watered on the rooftop of the Ministry of
anies participating at the 7th Edition ofum 2016
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Bid for the Ministry of En Around 90‐130 kW capacity (total a Call for proposals available to be co
nergy and Waterrea of around 900 square meters)ollected
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TTThank You!Thank You!
“efficient resources, sustainable achievements”
The Lebanese Center for Energy Conservation (LCEC)
Ministry of Energy and Water‐ Cornichedu Fleuve‐
First Floor‐ Room 303Telephone: 01‐569101
01‐565108Email: [email protected]