pv in brazil: market status, opportunities and challenges · 21 source: ccee/absolar, 2018. last...
TRANSCRIPT
PV in Brazil: Market Status,
Opportunities and Challenges
Rodrigo Pedroso
Member of the Board of Administrators
(West-Center and Federal District)
LAS/ANS SYMPOSIUM 2018
Rio de Janeiro (Brazil) – 29/08/2018
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1. Represent and promote the solar photovoltaic sector in Brazil and abroad
• Federal, state, municipal governments, companies, media, NGOs and others.
2. Monitor the development of the Brazilian solar photovoltaic market
• Reports on installed capacity.
• Market intelligence on the main business opportunities (notices, projects,
auctions, amongst others).
• Promotion of activities and events relevant to the sector.
3. Serve as the sector meeting ground and focal point for debates
• Periodical assembly meetings.
• Strategic Work Groups.
• Meetings with authorities and invited experts.
Together we can make PV thrive in Brazil! Join us!
www.absolar.org.br/processo-associativo.html
[email protected] | +55 11 3197 4560
About Us
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Global PV Market Status• Total cumulative installed capacity in 2017: 402,5 GW (+98 GW in 2017).
• PV investments booming globally.
• Markets and end-consumers being empowered by solar PV.
Evolution of PV Installed Capacity Worldwide
Source: IEA PVPS, Snapshot of Global Photovoltaic Markets, 2018
Price History of Si PV Cells
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Source: Snapshot of Global PV Markets, IEA PVPS, 2018.
• Brasil joined the top 10 countries in added solar PV capacity in 2017!
The cumulative installed capacity in Brazil was 1,1 GW in 2017
Global PV Market Status
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Socioeconomic Benefits
• Reduces electricity costs for the population, companies and government.
• Attracts and promotes new private investments.
• Creates local, qualified and distributed jobs.
• Fosters the development of a new local value chain.
• Increases local, regional and national economic development.
Environmental Benefits
• Clean, renewable and sustainable electricity source.
• No solid, liquid or gas emissions during operation.
• Contributes to countries goals on reduction of GHG emissions.
• Low maintenance, no moving parts and no noise during operation.
Strategic Benefits
• Diversifies the generation portfolio of the electricity matrix.
• Increase share and role of renewable energy.
• Reduces transmission and distribution losses.
Benefits of PV Solar for Brazil
Biomass
14.640 MW
8,7% Wind Power
13.135 MW
7,8%
Mineral Coal
3.718 MW
2,2%
Natural Gas
13.000 MW
7,7%
Other Fossils
147 MW
0,1%
Oil
9.859 MW
5,9%Hydropower
102.178 MW
60,8%
Solar PV
1.307 MW
0,8%
Wave Power
0,05 MW
0,00003%
Nuclear
1.990 MW
Imports
8.170 MW
4,9%
Bazilian Electricity Sector: Operational Installed Capacity (MW)
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Source: ANEEL/ABSOLAR, 2018. Last Update: 02/08/2018.
The Electricity Sector
2012 2013 2014 2015 2016 2017 2018
Distributed Generation PV (MW) 0,4 1,8 4,2 13,8 62,0 182,6 410,4
Centralized Generation PV (MW) 6,7 6,7 15,4 26,3 27,8 965,3 2.065,3
Total (Distributed + Centralized) 7,1 8,5 19,6 40,1 89,8 1.147,9 2.475,7
7,1 8,5 19,6 40,1 89,8
1.147,9
2.475,7
0,0
500,0
1.000,0
1.500,0
2.000,0
2.500,0
3.000,0
Inst
all
ed
Ca
pa
city
(M
W)
Solar Photovoltaic (PV) Cumulative Installed Capacity (MW) in Brazil and Projection for
2018
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Source: ANEEL/ABSOLAR, 2018. Last Update 01/08/2018.
PV Market Overview
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Low-Income Housing: Programa Minha Casa Minha Vida, Juazeiro (BA).
Residencial Building: House, São Gabriel do Oeste (MS).
Public Building: Palácio dos Bandeirantes, São Paulo (SP).
Commercial or Industrial Building: Data Center, Uberlândia (MG).
Solar PV Power Plant: Fernando de Noronha (PE).
PV Distributed Generation
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ANEEL – REN 482/2012 – Electrical Energy Compensation System
• Net-metering: inspired by the successful international model used more than a decade ago (e.g. USA).
Solar PV Distributed Generation
Source: ANEEL.
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Source: ANEEL/ABSOLAR, 2018. Last Update 01/08/2018.
PV Distributed Generation
2012 2013 2014 2015 2016 2017 07/2018
NEM Installed Capacity per year (MW) 0,4 1,4 2,4 9,5 48,2 120,6 139,0
Cumulative NEM Installed Capacity (MW) 0,0 0,4 1,8 4,2 13,8 62,0 182,6
Total 0,4 1,8 4,2 13,8 62,0 182,6 321,6
0,4 1,8 4,213,8
62,0
182,6
321,6
0,0
50,0
100,0
150,0
200,0
250,0
300,0
350,0
Inst
all
ed
Ca
pa
city
(M
W)
Net-Metering (NEM) Photovoltaic (PV) Installed Capacity (MW) in Brazil
19Adopted and ratified! Adopted, pending ratification Have not adopted
ICMS Agreement Nº 16/2015
• Authorizes states to exempt ICMS over solar PV net-metering.
• All the 27 states have already adopted.
• 25 states have already ratified the benefit internally.
• AM and SC still need to publish Decrees or State Laws in order to guarantee the benefit.
Law Nº 13.169/2015
• Exempt PIS/COFINS over solar PV net-metering.
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Source: ABSOLAR, 2018.
DG PV Taxation
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Solar PV Power Plant – 150 MWp , in Bom Jesus da Lapa (BA).
Solar PV Power Plant – 185 MWp, in Pirapora (MG).
Solar PV Power Plant – 86 MWp, in Areia Branca (RN).
Solar PV Power Plant – 225 MWp, in Ituverava (BA).
PV Centralized Generation
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Source: CCEE/ABSOLAR, 2018. Last Update: 01/08/2018
LER 2014 1º LER 2015 2º LER 2015 LEN A-4 2017 LEN A-4 2018
Contracted (MW) 554,0 822,1 921,1 574,0 806,6
Cumulative Contracted (MW) 564,0 1.386,1 2.307,2 2.881,2 3.687,9
Average Price (US$/MWh) 88,0 85,0 78,0 44,3 35,2
554,0
822,1 921,1
574,0
806,6
564,0
1.386,1
2.307,2
2.881,2
3.687,9
88,0 85,0
78,0
44,3
35,2
0,0
60,0
120,0
180,0
0,0
500,0
1.000,0
1.500,0
2.000,0
2.500,0
3.000,0
3.500,0
4.000,0
Ave
rage
Pri
ce (
US
$/M
Wh
)
Co
ntr
act
ed
(M
W)
Large-Scale PV Power Plants in Electricity Auctions
PV Centralized Generation
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Source: ANEEL/ABSOLAR, 2018. Last Update 04/04/2018.
LER 2014 1º LER 2015 2º LER 2015 LEN A-4 2017 LEN A-4 2018
Windpower 142,30 - 203,50 108,00 67,60
Solar PV 215,10 301,80 297,70 145,68 118,07
Hydropower - - - 181,63 198,12
Biomass - - - 234,92 198,94
145,68
118,07
0
100
200
300
400
Av
era
ge
Pri
ce (
R$
/MW
h)
Historical Average Price in Electricity Auctions by Energy Source in Brazil
Average selling price of PV solar
is lower than the price by
biomass and hydro sources!
PV Centralized Generation
BA PI MG CE PE SP PB RN TO
Operational 443,9 270,0 321,0 - 10,0 120,0 - 116,0 -
In Construction 208,2 - 192,0 132,0 75,0 30,0 108,0 - 89,1
Construction to be Started 142,0 419,9 169,9 390,0 243,9 170,0 27,0 - -
Total 794,1 689,9 682,9 522,0 328,9 320,0 135,0 116,0 89,1
794,1
689,9 682,9
522,0
328,9 320,0
135,0 116,0
89,1
0,0
100,0
200,0
300,0
400,0
500,0
600,0
700,0
800,0
900,0
1.000,0In
sta
lle
d C
ap
aci
ty (
MW
)
Installed Capacity (MW) and Status of Solar Photovoltaic (PV) Centralized Generation by
State
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Source: ANEEL/ABSOLAR, 2018. Last update 01/08/2018.
PV Centralized Generation
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Integration of Renewables1. Renewable Resources Forecasting (e.g.: sun, wind, hydro and others):
• Combination of: historical data, real-time measurements and computermodeling.
2. Portfolio Effect (within one project or mutiple projects in different regions)
• Among complementary sources: take advantage of the complementarity of renewable sources, developing hybrid projects from different resources (solar, biomass, hydro, wind power and others).
• Geographical portfolio of projects from the same source.
3. Electricity Exchange / Transmission Lines:
• Maximize the benefits of the National Interconnected System (SIN –Sistema Interligado Nacional).
• Strengthening of the transmission lines + improvements in the operation, to optimize the exchange between the different electrical regions.
4. Flexibility:
• Based on hydro power + other sources + electricity storage.
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Portfolio Effect Based on Geographic Dispersion
Intra-Source Locational Portfolio Effect
Source: LEW et al., 2013.
Solar Photovoltaic Generation Record
Source : ONS, 2018.
On the 14th of July 2018 a new record of daily average (24h) solar PV generation
was registered (219 MWaverage) on the Northeast Subsystem with a Capacity
Factor of 28%.
Solar PV Installed Capacity: 781 MW31
PV Centralized Generation
Source: GTM, CAISO, FIRST SOLAR
Ancillary Services• A study from CAISO showed the ability of solar PV inverters in
contributing to the electrical system stabilization.
• Dynamic power factor.
• Frequency regulation as efficient as gas power plants.
• Reactive power control absorption capacity.
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Renewable Generation: Firm and Dispatchable• “The plunging cost of storage, along with that of wind and solar power,
appears to have crossed a new threshold after a tender conducted by a major US energy utility suggests “firm and dispatchable” renewables are now cheaper than existing coal plants.”
Source: Renew Economy. Plunging costs make solar,wind and battery storage cheaper than coal. Acessado em 25/05/2018.
Thank you for your attention!
Special thanks to American Nuclear Society for the kind
invitation!
Rodrigo Pedroso
Member of the Board of Administrators
(West-Center and Federal District)+55 11 3197 4560
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