+ All Categories
Home > Documents > SMA Solar Technology AG The Path to 100% RE › sites › default › files › ...SMA Solar...

SMA Solar Technology AG The Path to 100% RE › sites › default › files › ...SMA Solar...

Date post: 03-Jul-2020
Category:
Upload: others
View: 0 times
Download: 0 times
Share this document with a friend
38
1 SMA Solar Technology SMA Solar Technology AG The Path to 100% RE Presented By: Moutasem Bitar – Sales & Marketing Director MEA
Transcript
Page 1: SMA Solar Technology AG The Path to 100% RE › sites › default › files › ...SMA Solar Technology 5 The path to 100% RE Penetration The case of St. Eustatius 4.2 MWp / 3.8 MVA

1SMA Solar Technology

SMA Solar Technology AG

The Path to 100% RE Presented By: Moutasem Bitar – Sales & Marketing Director MEA

Page 2: SMA Solar Technology AG The Path to 100% RE › sites › default › files › ...SMA Solar Technology 5 The path to 100% RE Penetration The case of St. Eustatius 4.2 MWp / 3.8 MVA

2SMA Solar Technology

SMA Continues to be a Leading Player in the PV Industry

• Focus: A leading global specialist for photovoltaics system technology with 75 GW installed base

• Complete portfolio to serve all PV segments

• Global reach: Present in 18 countries with a strong sales and service infrastructure; serving >190 countries

• Award winning production: CO2 neutral production with a capacity of 15 GW p.a. in Germany

• Bankable partner: >40% equity ratio and €270m net cash

• Technological Know-how & solutions to benefit from strong growth in future fields such as energy management, storage & repowering

• Strong partnerships to create a new energy ecosystem

Strategic Highlights

New Products

Strategic Initiatives

SMA Repowering

Investment Highlights

Page 3: SMA Solar Technology AG The Path to 100% RE › sites › default › files › ...SMA Solar Technology 5 The path to 100% RE Penetration The case of St. Eustatius 4.2 MWp / 3.8 MVA

3SMA Solar Technology

SMA Solar In KuwaitMore than 30 MW of installed Capacity in Kuwait

Shagaya Phase 1 10MWac

Umm Ghudair10MWac

Page 4: SMA Solar Technology AG The Path to 100% RE › sites › default › files › ...SMA Solar Technology 5 The path to 100% RE Penetration The case of St. Eustatius 4.2 MWp / 3.8 MVA

4SMA Solar Technology

The path to 100% RE PenetrationThe case of St. Eustatius

20 km2

4,000 Ppl

Page 5: SMA Solar Technology AG The Path to 100% RE › sites › default › files › ...SMA Solar Technology 5 The path to 100% RE Penetration The case of St. Eustatius 4.2 MWp / 3.8 MVA

5SMA Solar Technology

The path to 100% RE PenetrationThe case of St. Eustatius

4.2 MWp / 3.8 MVA PV

74 x SMA STP25000TL30

2 x SMA MVPS 1000

5.4 MVA / 5.9 MWh Battery

2 x SMA SCS 2200

1 x SMA SCS 1000

4 MVA Diesel

3 x 1000 kVA Gensets

2 x 500 kVA Gensets

SMA Hybrid Controller

Page 6: SMA Solar Technology AG The Path to 100% RE › sites › default › files › ...SMA Solar Technology 5 The path to 100% RE Penetration The case of St. Eustatius 4.2 MWp / 3.8 MVA

6SMA Solar Technology

The path to 100% RE PenetrationThe case of St. Eustatius

Normal sunny day of operation

Page 7: SMA Solar Technology AG The Path to 100% RE › sites › default › files › ...SMA Solar Technology 5 The path to 100% RE Penetration The case of St. Eustatius 4.2 MWp / 3.8 MVA

7SMA Solar Technology

The path to 100% RE PenetrationThe case of St. Eustatius

Page 8: SMA Solar Technology AG The Path to 100% RE › sites › default › files › ...SMA Solar Technology 5 The path to 100% RE Penetration The case of St. Eustatius 4.2 MWp / 3.8 MVA

8SMA Solar Technology

The path to 100% RE PenetrationThe case of St. Eustatius

PV on sunrise begins reducing fuel consumption

Page 9: SMA Solar Technology AG The Path to 100% RE › sites › default › files › ...SMA Solar Technology 5 The path to 100% RE Penetration The case of St. Eustatius 4.2 MWp / 3.8 MVA

9SMA Solar Technology

The path to 100% RE PenetrationThe case of St. Eustatius

PV on sunrise begins reducing fuel consumption

Transition to single genset operation

Page 10: SMA Solar Technology AG The Path to 100% RE › sites › default › files › ...SMA Solar Technology 5 The path to 100% RE Penetration The case of St. Eustatius 4.2 MWp / 3.8 MVA

10SMA Solar Technology

The path to 100% RE PenetrationThe case of St. Eustatius

PV on sunrise begins reducing fuel consumption

Transition to single genset operation

Genset running at Min. Load

Page 11: SMA Solar Technology AG The Path to 100% RE › sites › default › files › ...SMA Solar Technology 5 The path to 100% RE Penetration The case of St. Eustatius 4.2 MWp / 3.8 MVA

11SMA Solar Technology

The path to 100% RE PenetrationThe case of St. Eustatius

PV on sunrise begins reducing fuel consumption

Transition to single genset operation

Genset running at Min. Load Battery energy sufficient for some =time of genset-off Automatic transition to genset-off

Page 12: SMA Solar Technology AG The Path to 100% RE › sites › default › files › ...SMA Solar Technology 5 The path to 100% RE Penetration The case of St. Eustatius 4.2 MWp / 3.8 MVA

12SMA Solar Technology

The path to 100% RE PenetrationThe case of St. Eustatius

PV on sunrise begins reducing fuel consumption

Transition to single genset operation

Genset running at Min. Load Battery energy sufficient for someminutes of genset-off Automatic transition to genset-off

Page 13: SMA Solar Technology AG The Path to 100% RE › sites › default › files › ...SMA Solar Technology 5 The path to 100% RE Penetration The case of St. Eustatius 4.2 MWp / 3.8 MVA

13SMA Solar Technology

The path to 100% RE PenetrationThe case of St. Eustatius

PV on sunrise begins reducing fuel consumption

Transition to single genset operation

Genset running at Min. Load Battery energy sufficient for someminutes of genset-off Automatic transition to genset-off

Solar output drops –battery covers missingenergy

Page 14: SMA Solar Technology AG The Path to 100% RE › sites › default › files › ...SMA Solar Technology 5 The path to 100% RE Penetration The case of St. Eustatius 4.2 MWp / 3.8 MVA

14SMA Solar Technology

The path to 100% RE PenetrationThe case of St. Eustatius

PV on sunrise begins reducing fuel consumption

Transition to single genset operation

Genset running at Min. Load Battery energy sufficient for someminutes of genset-off Automatic transition to genset-off

Solar output drops –battery covers missingenergy

Load fully covered by Battery

Page 15: SMA Solar Technology AG The Path to 100% RE › sites › default › files › ...SMA Solar Technology 5 The path to 100% RE Penetration The case of St. Eustatius 4.2 MWp / 3.8 MVA

15SMA Solar Technology

The path to 100% RE PenetrationThe case of St. Eustatius

PV on sunrise begins reducing fuel consumption

Transition to single genset operation

Genset running at Min. Load Battery energy sufficient for someminutes of genset-off Automatic transition to genset-off

Load fully covered by Battery

Battery depletedAutomatic transition togenset-on

Solar output drops –battery covers missingenergy

Page 16: SMA Solar Technology AG The Path to 100% RE › sites › default › files › ...SMA Solar Technology 5 The path to 100% RE Penetration The case of St. Eustatius 4.2 MWp / 3.8 MVA

16SMA Solar Technology

The path to 100% RE PenetrationThe case of St. Eustatius

PV on sunrise begins reducing fuel consumption

Transition to single genset operation

Genset running at Min. Load Battery energy sufficient for someminutes of genset-off Automatic transition to genset-off

Load fully covered by Battery

Battery depletedAutomatic transition togenset-on

Solar output drops –battery covers missingenergy

Page 17: SMA Solar Technology AG The Path to 100% RE › sites › default › files › ...SMA Solar Technology 5 The path to 100% RE Penetration The case of St. Eustatius 4.2 MWp / 3.8 MVA

17SMA Solar Technology

The path to 100% RE PenetrationThe case of St. Eustatius

Page 18: SMA Solar Technology AG The Path to 100% RE › sites › default › files › ...SMA Solar Technology 5 The path to 100% RE Penetration The case of St. Eustatius 4.2 MWp / 3.8 MVA

18SMA Solar Technology

The path to 100% RE Penetration

20 km2

4,000 People

3.2 MW Peak Load

4.0 MVA Conventional Plants

This Was

Page 19: SMA Solar Technology AG The Path to 100% RE › sites › default › files › ...SMA Solar Technology 5 The path to 100% RE Penetration The case of St. Eustatius 4.2 MWp / 3.8 MVA

19SMA Solar Technology

The path to 100% RE PenetrationThe Case of Jordan

Imagine

89,000 km2

10 Million People

3,200 MW Peak Load

4,000 MW Conventional Plants

Page 20: SMA Solar Technology AG The Path to 100% RE › sites › default › files › ...SMA Solar Technology 5 The path to 100% RE Penetration The case of St. Eustatius 4.2 MWp / 3.8 MVA

20SMA Solar Technology

The path to 100% RE PenetrationRequirements for higher shares of RE

20%

PV Inverter Increase Renewable Energy Share to 100?

Page 21: SMA Solar Technology AG The Path to 100% RE › sites › default › files › ...SMA Solar Technology 5 The path to 100% RE Penetration The case of St. Eustatius 4.2 MWp / 3.8 MVA

21SMA Solar Technology

The path to 100% RE PenetrationRequirements for higher shares of RE

40%20%

PV Inverter

Intelligence

Increase Renewable Energy Share to 100?

Page 22: SMA Solar Technology AG The Path to 100% RE › sites › default › files › ...SMA Solar Technology 5 The path to 100% RE Penetration The case of St. Eustatius 4.2 MWp / 3.8 MVA

22SMA Solar Technology

The path to 100% RE PenetrationRequirements for higher shares of RE

60%40%20%

Increase Renewable Energy Share to 100?PV Inverter

Intelligence

Storage for Power Applications

Page 23: SMA Solar Technology AG The Path to 100% RE › sites › default › files › ...SMA Solar Technology 5 The path to 100% RE Penetration The case of St. Eustatius 4.2 MWp / 3.8 MVA

23SMA Solar Technology

The path to 100% RE PenetrationRequirements for higher shares of RE

80%60%40%20%

Increase Renewable Energy Share to 100?PV Inverter

Intelligence

Storage for Energy Applications

Storage for Power Applications

Page 24: SMA Solar Technology AG The Path to 100% RE › sites › default › files › ...SMA Solar Technology 5 The path to 100% RE Penetration The case of St. Eustatius 4.2 MWp / 3.8 MVA

24SMA Solar Technology

Increase Renewable Energy Share to 100?

The path to 100% RE PenetrationRequirements for higher shares of RE

100%80%60%40%20%

PV Inverter

Intelligence

Storage for Energy Applications

Storage for Power Applications

Page 25: SMA Solar Technology AG The Path to 100% RE › sites › default › files › ...SMA Solar Technology 5 The path to 100% RE Penetration The case of St. Eustatius 4.2 MWp / 3.8 MVA

25SMA Solar Technology

The path to 100% RE PenetrationJordan’s generation capacity by technology

Data gathered from NEPCO Annual Reports 2002 – 2018

0%

10%

20%

30%

40%

50%

60%

70%

80%

90%

100%

2002 2003 2004 2005 2006 2007 2008 2009 2010 2011 2012 2013 2014 2015 2016 2017 2018

Steam Units Gas Turbine Unit Diesel Engine Combined Cycle Wind-Trubines Solar - PV

Page 26: SMA Solar Technology AG The Path to 100% RE › sites › default › files › ...SMA Solar Technology 5 The path to 100% RE Penetration The case of St. Eustatius 4.2 MWp / 3.8 MVA

26SMA Solar Technology

The path to 100% RE PenetrationJordan’s generation capacity by technology

Data gathered from NEPCO Annual Reports 2002 – 2018

0%

10%

20%

30%

40%

50%

60%

70%

80%

90%

100%

2002 2003 2004 2005 2006 2007 2008 2009 2010 2011 2012 2013 2014 2015 2016 2017 2018

Steam Units Gas Turbine Unit Diesel Engine Combined Cycle Wind-Trubines Solar - PV

RE accounted for 20% of generation capacity in Jordan / 2018

Page 27: SMA Solar Technology AG The Path to 100% RE › sites › default › files › ...SMA Solar Technology 5 The path to 100% RE Penetration The case of St. Eustatius 4.2 MWp / 3.8 MVA

27SMA Solar Technology

The path to 100% RE PenetrationJordan’s RE Penetration | Infrastructure?

100%80%60%40%20%

Jordan2018?

Page 28: SMA Solar Technology AG The Path to 100% RE › sites › default › files › ...SMA Solar Technology 5 The path to 100% RE Penetration The case of St. Eustatius 4.2 MWp / 3.8 MVA

28SMA Solar Technology

The path to 100% RE PenetrationJordan’s RE Penetration | Infrastructure?

100%80%60%40%20%

Jordan2018? Not Really!

Page 29: SMA Solar Technology AG The Path to 100% RE › sites › default › files › ...SMA Solar Technology 5 The path to 100% RE Penetration The case of St. Eustatius 4.2 MWp / 3.8 MVA

29SMA Solar Technology

The path to 100% RE PenetrationJordan’s RE penetration – Peak Load Story

0%

10%

20%

30%

40%

50%

60%

70%

80%

90%

100%

0

500

1000

1500

2000

2500

3000

3500

4000

2002 2004 2006 2008 2010 2012 2014 2016 2018 2020

Peak Load RE Penetration

Page 30: SMA Solar Technology AG The Path to 100% RE › sites › default › files › ...SMA Solar Technology 5 The path to 100% RE Penetration The case of St. Eustatius 4.2 MWp / 3.8 MVA

30SMA Solar Technology

The path to 100% RE PenetrationJordan’s RE Penetration – Peak Load Story

100%80%60%40%20%

Jordan2018

Jordan2017

Commercial & Strategic Advantages

Page 31: SMA Solar Technology AG The Path to 100% RE › sites › default › files › ...SMA Solar Technology 5 The path to 100% RE Penetration The case of St. Eustatius 4.2 MWp / 3.8 MVA

31SMA Solar Technology

The path to 100% RE PenetrationJordan’s RE penetration – Peak Load Story

0%

10%

20%

30%

40%

50%

60%

70%

80%

90%

100%

0

500

1000

1500

2000

2500

3000

3500

4000

2002 2004 2006 2008 2010 2012 2014 2016 2018 2020

Peak Load RE Penetration

?

Page 32: SMA Solar Technology AG The Path to 100% RE › sites › default › files › ...SMA Solar Technology 5 The path to 100% RE Penetration The case of St. Eustatius 4.2 MWp / 3.8 MVA

32SMA Solar Technology

Jordan2017

The path to 100% RE PenetrationJordan’s RE Penetration | Infrastructure?

40%20%

Jordan2018

Jordan2019

Jordan2020?

Jordan2025?

100%80%60%

How Can

StorageSolutions

Help?

Infrastructure Limitations

Page 33: SMA Solar Technology AG The Path to 100% RE › sites › default › files › ...SMA Solar Technology 5 The path to 100% RE Penetration The case of St. Eustatius 4.2 MWp / 3.8 MVA

33SMA Solar Technology

SeasonalStorage

The path to 100% RE PenetrationLarge Scale Storage Applications

10-3

10-2

10-1

100

101

102

103

Seconds

Minutes

Hour

Days

Weeks

Months

Black StartFrequency and Voltage Stabilization

Spinning Reserves

Peak Shaving

Energy Shifting / Power Firming

100%0% RE Penetration

EnergyApplications

PowerApplications

Page 34: SMA Solar Technology AG The Path to 100% RE › sites › default › files › ...SMA Solar Technology 5 The path to 100% RE Penetration The case of St. Eustatius 4.2 MWp / 3.8 MVA

34SMA Solar Technology

The path to 100% RE PenetrationLarge Scale Storage Solutions | Battery Basics

EnergyApplications

PowerApplications

• Moderate power for long time low C-rating• C-rating is typically between 0.6 and 0.25

• E.g. 2 MW and 5 MWh• Main use cases: energy shifting, time of use tariffs• AC and DC coupled system (depends business case)

• High power for short time high C-rating• C-rating is typically between 1.5 and 3• E.g. 4 MW and 2 MWh

• Main use cases: Frequency support / peak shaving• Mostly AC-coupled systems

Page 35: SMA Solar Technology AG The Path to 100% RE › sites › default › files › ...SMA Solar Technology 5 The path to 100% RE Penetration The case of St. Eustatius 4.2 MWp / 3.8 MVA

35SMA Solar Technology

The path to 100% RE PenetrationLarge Scale Storage Solutions | Ancillary Services

Pelham Storage Plant

64 MVA / 50 MWh Plant

Frequency Control / Voltage Control

Page 36: SMA Solar Technology AG The Path to 100% RE › sites › default › files › ...SMA Solar Technology 5 The path to 100% RE Penetration The case of St. Eustatius 4.2 MWp / 3.8 MVA

36SMA Solar Technology

SMA Solar Technology AG

Manage ALL Energy Sectors on a single Platform

The connectivity of all energy sectors is crucial for the new energy world. All different systems need to be continually optimized to make the most efficient use of energy.

The Internet of Things (IoT) is the technicalbasis for connecting and managing different devices and systems via internet. In the energymarket, IoT is a driving force to create thefuture of energy.

Page 37: SMA Solar Technology AG The Path to 100% RE › sites › default › files › ...SMA Solar Technology 5 The path to 100% RE Penetration The case of St. Eustatius 4.2 MWp / 3.8 MVA

37SMA Solar Technology

SMA Solar Technology AG

Page 38: SMA Solar Technology AG The Path to 100% RE › sites › default › files › ...SMA Solar Technology 5 The path to 100% RE Penetration The case of St. Eustatius 4.2 MWp / 3.8 MVA

38SMA Solar Technology

2750-EV

One step closer to100% Renewable with SMA!

Moutasem Bitar

Sales & Marketing Director MEA

[email protected]

+971 552 333 416


Recommended