absolar’s infographic€¦ · 112 12 11 8 2 1 0,00 2,00 40,00 60,00 8,00 10,00 120,00 leil e 21...

0

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Até 2012 2013 2014 2015 2016 2017 2018 2019 01/2020

Potê

ncia

Inst

alad

a (M

W)

Geração Centralizada Geração Distribuída

Evolution of the Solar Photovoltaic Energy in Brazil

Centralized Generation

2,928.0 MW

Distributed Generation

Source: ANEEL/ABSOLAR, 2020.Source: ANEEL/ABSOLAR, 2020.

Installed Capacity (MW) (%)

State Ranking

Municipality Ranking Source: ANEEL/ABSOLAR, 2020.

Brazilian Electricity

Matrix:

Source: ANEEL/ABSOLAR, 2020

Wave Power 0.05 MW

0.00003%

Nuclear1,990 MW

1.1%

Imports 8,170 MW

4.5%

Biomass 15,116 MW

8.4%

Wind Power15,638 MW

8.7%

Mineral Coal 3,597 MW

2.0%

Natural Gas 14,947 MW

8.3%

Oil and Other Fossil9,251 MW

5.1%

What is the Solar PV Installed Capacity in Brazil?


2,836.0 MWTotal Operational Capacity

5,764.0 MW+ =

Hydropower 109,107 MW

60.4%

Installed Capacity (MW) (%)

Centralized Solar PV

2,928 MW1.6%

589(24%)

Centralized Generation (Fraction in %) Distributed Generation (Fraction in %) Total (CG + DG)

INST

ALL

ED

CA

PAC

ITY

(MW

)

Until 2012 2013 2014 2015 2016 2017 2018 2019 05/2020

Between 2012 and 2019, the

Brazilian PV sector created over 130

thousand jobs.

Solar Photovoltaic Energy in Brazil

ABSOLAR’s InfographicUpdated on June 2nd, 2020 | n. 20

4th

5th

6th

7th

8th

9th

10th

11th

12th

13th

14th

15th

16th

17th

18th

19th

20th

21st

22 23rd

24th

25th

26th

27th

nd

1,5

3,5

4,6

6,0

10,5

13,6

17,2

24,0

25,5

33,8

34,0

44,5

48,3

51,7

51,7

52,6

66,6

87,8

88,4

108,7

122,9

141,2

148,4

259,2

318,9

360,9

512,3

0,06%

0,1%

0,2%

0,2%

0,4%

0,5%

0,7%

0,9%

1,0%

1,3%

1,3%

1,7%

1,8%

2,0%

2,0%

2,0%

2,5%

3,3%

3,4%

4,1%

4,7%

5,4%

5,6%

9,8%

12,1%

13,7%

19,4%

Roraima | 27º

Acre | 26º

Amapá | 25º

Rondônia | 24º

Amazonas | 23º

Sergipe | 22º

Alagoas | 21º

Distrito Federal | 20º

Tocantins | 19º

Maranhão | 18º

Pará | 17º

Piauí | 16º

Paraíba | 15º

Pernambuco | 14º

Espírito Santo | 13º

Rio Grande do Norte | 12º

Bahia | 11º

Mato Grosso do Sul | 10º

Ceará | 9º

Rio de Janeiro | 8º

Goiás | 7º

Santa Catarina | 6º

Mato Grosso | 5º

Paraná | 4º

São Paulo | 3º

Rio Grande do Sul | 2º

Minas Gerais | 1º5,764

2,836

2,9282,474

1,817

965

191(17%)

2,054

(49%)

(51%)(55%)

(76%)

(83%)

(45%)

4,527

2,406

1,157

91402097

5000

6000

4000

3000

2000

1000

0

14,4

17,5

19,8

22,1

22,6

24,0

25,7

26,4

27,9

32,6

0,5%

0,7%

0,8%

0,8%

0,9%

0,9%

1,0%

1,0%

1,1%

1,2%

Maringá – PR | 10º Campo Grande – MS | 9º Belo Horizonte – MG | 8º

Goiânia – GO | 7º Teresina – PI | 6º Brasília – DF | 5º Cuiabá - MT | 4º

Fortaleza – CE | 3º Uberlândia – MG | 2º

Rio de Janeiro - RJ | 1º

4th

5th

6th

7th

8th

9th

10th

1,8

3,6

4,6

6,5

11,6

13,9

18,5

24,0

25,5

33,8

35,5

45,8

51,6

52,7

56,9

58,3

85,4

89,3

95,0

119,0

139,6

142,8

148,9

266,5

356,8

385,0

562,5

0,06%

0,1%

0,2%

0,2%

0,4%

0,5%

0,7%

0,8%

0,9%

1,2%

1,3%

1,6%

1,8%

1,9%

2,0%

2,1%

3,0%

3,1%

3,3%

4,2%

4,9%

5,0%

5,3%

9,4%

12,6%

13,6%

19,8%

Roraima | 27º

Acre | 26º

Amapá | 25º

Rondônia | 24º

Amazonas | 23º

Sergipe | 22º

Alagoas | 21º

Distrito Federal | 20º

Tocantins | 19º

Maranhão | 18º

Pará | 17º

Piauí | 16º

Paraíba | 15º

Pernambuco | 14º

Rio Grande do Norte | 13º

Espírito Santo | 12º

Bahia | 11º

Mato Grosso do Sul | 10º

Ceará | 9º

Rio de Janeiro | 8º

Goiás | 7º

Santa Catarina | 6º

Mato Grosso | 5º

Paraná | 4º

São Paulo | 3º

Rio Grande do Sul | 2º

Minas Gerais | 1º

1.8

3.6

4.6

6.5

11.6

13.9

18.5

24.0

25.5

33.8

35.5

45.8

51.6

52.7

56.9

58.3

85.4

89.3

95.0

119.0

139.6

142.8

148.9

266.5

356.8

385.0

562.5

0.06%

0.1%

0.2%

0.2%

0.4%

0.5%

0.7%

0.8%

0.9%

1.2%

1.3%

1.6%

1.8%

1.9%

2.0%

2.1%

3.0%

3.1%

3.3%

4.2%

4.9%

5.0%

5.3%

9.4%

12.6%

13.6%

19.8%

Roraima | 27º Acre | 26º

Amapá | 25º Rondônia | 24º

Amazonas | 23º Sergipe | 22º Alagoas | 21º

Distrito Federal | 20º Tocantins | 19º

Maranhão | 18º Pará | 17º Piauí | 16º

Paraíba | 15º Pernambuco | 14º

Rio Grande do Norte | 13º Espírito Santo | 12º

Bahia | 11º Mato Grosso do Sul | 10º

Ceará | 9º Rio de Janeiro | 8º

Goiás | 7º Santa Catarina | 6º

Mato Grosso | 5º Paraná | 4º

São Paulo | 3º Rio Grande do Sul | 2º

Minas Gerais | 1º

14.9

18.0

21.5

23.6

24.0

24.6

25.7

28.4

28.8

35.3

0.5%

0.6%

0.8%

0.8%

0.8%

0.9%

0.9%

1.0%

1.0%

1.2%


Teresina – PI | 7º Brasília – DF | 6º

Goiânia – GO | 5º Cuiabá - MT | 4º



14.9

18.0

21.5

23.6

24.0

24.6

25.7

28.4

28.8

35.3

0.5%

0.6%

0.8%

0.8%

0.8%

0.9%

0.9%

1.0%

1.0%

1.2%


Teresina – PI | 7º Brasília – DF | 6º

Goiânia – GO | 5º Cuiabá - MT | 4º



*The total capacity of the matrix does not include imports.

172,574 MW*

1121211

821

0,00

20,00

40,00

60,00

80,00

100,00

120,00

Leilão PE2013

LER2014

1º LER2015

2º LER 2015

LEN A-42017

LEN A-42018

LEN-A-4 2019

LEN-A-6 2019

Título do Gráfico

Centralized Generation Price Development of Solar PV Energy in the Energy Auctions of the Regulated Electricity Market Source: CCEE/ABSOLAR, 2019.

Source: ANEEL/ABSOLAR, 2020.

Electricity Generation Records


93.9%is the share of solar PV

installed capacity in micro and minigeneration,

leading by far the distributed generation

market.

Distributed microgeneration (up to 75 kW) and minigeneration (above 75 kW up to 5 MW) solar PV systems installed at homes, commercial buildings, industries, rural properties and public buildings.

DAILY AVERAGE Dec. 16th, 2019

703.1 MW

averagewith a capacity

factor of

32.0%

DAILY MAXIMUM Mar. 28th, 2020

2,020.2 MW at 10 a.m.

with instantaneous capacity factor of

75.3%

1.0% of the electricity

supplied in Brazil was generated from solar PV energy in March 2020.

Source: ONS/MME, 2020.

Value Chain

Solar PV System (kit)

Solar PV Inverter

Tracker PV Module BatteryString Box

Source: BNDES, 2020.

2 1

$

99.8%of all micro and minigeneration

connections are from solar PV systems.

R$ 14.6 billion

in cumulative investments since

2012, distributed in all regions and states of

the country.

243,329Solar PV

systems connected to the grid.

304,427consumer units

(0.4% from the total) receiving electricity credits

through net-metering.

2,835.6 MWis the installed

capacity of solar PV energy in distributed

generation.

AV

ER

AG

E P

RIC

E (

US$

/MW

h)

Brazil needs a competitive and fair industrial policy for the solar PV sector, reducing the prices of components and equipments made in the country and creating more jobs, technology and innovation.

Number of national manufacturers from the solar PV sector registered at the BNDES FINAME financing program:

Source: ANEEL/ABSOLAR, 2020.

Installed capacity (MW) and status of the PV Power plants in the energy auctions of the regulated market per State:

103.00

100

120

80

60

20

40

0

88.0384.29

78.32

44.31

33.25

17.62 20.33

R$ 25.8 billionProjected volume of investments by 2025 related to projects already contracted in auctions.

Operational

In Construction

Construction to be Started

Total by State

Solar PV was the most

competitive energy in the

2019 auctions

4.6 GWContracted capacity in energy auctions which will come into operation by 2025.

Solar PV achieved new records of electricity generation on the SIN (National Grid System ) in Brazil:

Main Benefits of Solar PV to Brazil/ABSOLAR_Brasil

/ABSOLARBrasil

/Absolar Comunicação

/ABSOLAR

/AbsolarOficial

+55 11 [email protected] absolar.org.brAvenida Paulista 1636, 10º andar, conj. 1001, ZIP 01310-200Bela Vista, Sao Paulo, SP, Brazil

Socioeconomical

R Reduction of expenses with electricity for the population, businesses and governments, lowering costs to society.

R Leader in local quality jobs,

creating 25 to 30 jobs per MW/year. R Attraction of foreign capital

and new private investments for the country.

Environmental

R Generation of clean, renewable and sustainable electricity, free of greenhouse gas emissionss, without waste or noise.

R No water usage during

operation, reducing the pressure on water resources.

R Low environmental impact.

Strategical R Diversification of the Brazilian

electricity matrix with a renewable energy, increasing reliability of the electricity supply.

R Reduction of losses and

postponement of investments in transmission and distribution grids.

R Relief of electrical demand during

daytime, reducing costs to consumers.

PE Auction LER 1st LER 2nd LER LEN A-4 LEN A-4 LEN A-4 LEN A-6

8th PB

108.4

27.0

135.4

529.1

4th MG

218.5

8.0

755.6

5th SP

376.1

376.1

6th PE

39.0

169.9

288.9

80.0

BA

776.9

804.9

28.0

1º PI

743.0

300.0

104.4

1,147.4

CE

213.0

697.1

910.1

9th TO

5.0

5.0

112

12 11 8

7th RN

116.080.0

196.0

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