EMPOWER H2020 Symposium "Local energy markets: dream or facta"

1. EMPOWER
Symposium
Barcelona
DIGITALIZATION OF THE
ENERGY SYSTEM
25.01.17

2. Digitizing Industries
Digitizing Energy Sector
=
Smart Grid ?

3. What is the Smart Grid?
Electrical Infrastructure
“Intelligence” Infrastructure
31/27/2017 Tom Oh, Rochester Institute of Technology

4. The Grid
Physical level – distribution grid ‐ electricity
Control level – sensors –signals ‐ activators
Electrical Infrastructure

5. The Smart Grid
Physical level – distribution grid ‐ electricity
Control level – sensors –signals ‐ activators
“Intelligence” Infrastructure
Communications level –
Smartness level – metering ‐

6. Disruptive digitization enables
radically new business models
Digitization industries

7. Music industry:
From cassette and CD to streaming
within few years
(iTunes, Spotify, YouTube…)
Digitization industries

8. Film industry:
From cassette and DVD
to streaming
(NetFlix, C MORE, Amazon Prime…)
Digitization industries

9. Internet of Things
+ Big Data Analytics + Cloud Computing
+ Mobile services + Social Media
=
Google Maps (map/GPS-industry)
UBER (taxi industry)
AirBnB (hotel industry)
Facebook (media industry)
Google (advertising industry)
Driverless cars(transport industry)
Digitization industries – radically new business models

10. The 4th Industrial Revolution
Industry 4.0

11. 1st IR
mechanization of production
using water & steam power
Industry 4.0

12. 2nd IR
mass production
with the help of electricity
Industry 4.0

13. 3rd IR
the digital revolution,
automation of production,
robots
Industry 4.0

14. Industry 4.0 – Robots 3rd Industrial Revolution

15. 4th IR
intelligent networking of
product development and
production, logistics and customers.
Industry 4.0

16. Industry 4.0 – 4th Industrial Revolution
Robots
communicating with
robots

17. Industry 4.0 – 4th Industrial Revolution
Communicating driverless cars

18. Industry 4.0 – 4th Industrial Revolution
Communicating driverless cars
Cars communicate with roads, other cars,
traffic information systems, their passengers,
parking and charging reservation systems,
…

19. Industry 4.0 – 4th Industrial Revolution
Communicating driverless cars
Internet of Things
+ Big Data Analytics + Cloud Computing
+ Mobile services + Social Media
Cars communicate with roads, other cars,
traffic information systems, their passengers,
parking and charging reservation systems,
…

20. Source: Khalil Rouhana, DG CONNECT

21. Physical level – distribution grid ‐ electricity
Control level – sensors –signals ‐ activators
Smart Grid – 3rd or 4th Industrial Revolution?
Communications level
Smartness level – metering

22. Physical level – distribution grid ‐ electricity
Control level – sensors –signals ‐ activators
Smart Grid – 3rd or 4th Industrial Revolution!
Communications level
Smartness level – metering

23. Physical level – distribution grid ‐ electricity
Control level – sensors –signals ‐ activators
Communications level – data flow
Smartness level – smart metering & regulation
Business level – agents – real time analysis and actions
Meta level – business models
Smart Grid++ 4th Industrial Revolution!
Internet of Things,
Big Data Analytics + Cloud Computing
+ Mobile services + Social Media

24. Energy Industry 4.0 – 4th Energy Industrial Revolution
Internet of Things
+ Big Data Analytics + Cloud Computing
+ Mobile services + Social Media
=
New business models
New actors
End customer focus
From kWh sales to sales of services

25. Smart Innovation Norway ‐ R&I projects 2009 ‐ 2017
(1) Energy Trade and Environment 2020 (2009‐2011) (RCN RENERGI)
(2) Manage Smart in SmartGrid (2010‐2012) (RCN RENERGI)
(3) IMPROSUME (2010‐2012) (EU ERA Net)
(4) DeVID (2012‐2014) (RCN ENERGIX)
(5) VRI‐2 Østfold (2011‐2013) (RCN VRI)
(6) Smarter Remmen I (2011‐2013) (Statsbygg)
(7) Smart energy optimization of municipal buildings (2013) (RCN Oslofjord fund)
(8) The future of smart energy prosumers (2013) (RCN Oslofjord fund)
(9) Klimareg (2013‐2015) (RCN Oslofjord fund)
(10) VRI‐3 Østfold (2014‐2016) (RCN VRI)
(11) Smarter Remmen II (2014‐2016) (Statsbygg)
(12) Smart Rural Grid (2014‐2016) (EU FP7)
(13) Smart Energy Hvaler (2014‐2016) (Hvaler kommune, Fredrikstad Energi, NCE Smart)
(14) National Smart Grid Laboratory (2014‐2018) (RCN RESEARCH INFRASTRUCTURE)
(15) ChargeFlex (2015‐2017) (RCN ENERGIX)
(16) EMPOWER (2015‐2017) (EU Horizon 2020)
(17) FlexNett (2015‐2017) (RCN IPN ENERGIX)
(18) IoTSec (2015‐2020) (RCN Forskerprosjekt IKTPLUSS)
(19) MATCH (2016‐2018) (EU ‐ Horizon 2020)
(20) PERMIDES (2016‐2018) (EU Horizon 2020)
(21) INVADE (2017 – 2019) (EU Horizon 2020)
(22) INJECT (2016 – 2018) (Innovation Norway)
(23) CINELDI (2016‐2024) (RCN Centres for Environment‐friendly Energy Research FME)
(24) SCOTT (2017‐2020) (JU ECSEL)
(25) E‐REGIO (2017‐2019) (ERA‐Net)
0
20
40
60
80
100
120
140
2009 2010 2011 2012 2013 2014 2015 2016 2017
R&I projects in mill. EUR
120 M€

26. Smart Innovation Norway ‐ R&I projects 2009 ‐ 2017
(1) Energy Trade and Environment 2020 (2009‐2011) (RCN RENERGI)
(2) Manage Smart in SmartGrid (2010‐2012) (RCN RENERGI)
(3) IMPROSUME (2010‐2012) (EU ERA Net)
(4) DeVID (2012‐2014) (RCN ENERGIX)
(5) VRI‐2 Østfold (2011‐2013) (RCN VRI)
(6) Smarter Remmen I (2011‐2013) (Statsbygg)
(7) Smart energy optimization of municipal buildings (2013) (RCN Oslofjord fund)
(8) The future of smart energy prosumers (2013) (RCN Oslofjord fund)
(9) Klimareg (2013‐2015) (RCN Oslofjord fund)
(10) VRI‐3 Østfold (2014‐2016) (RCN VRI)
(11) Smarter Remmen II (2014‐2016) (Statsbygg)
(12) Smart Rural Grid (2014‐2016) (EU FP7)
(13) Smart Energy Hvaler (2014‐2016) (Hvaler kommune, Fredrikstad Energi, NCE Smart)
(14) National Smart Grid Laboratory (2014‐2018) (RCN RESEARCH INFRASTRUCTURE)
(15) ChargeFlex (2015‐2017) (RCN ENERGIX)
(16) EMPOWER (2015‐2017) (EU Horizon 2020)
(17) FlexNett (2015‐2017) (RCN IPN ENERGIX)
(18) IoTSec (2015‐2020) (RCN Forskerprosjekt IKTPLUSS)
(19) MATCH (2016‐2018) (EU ‐ Horizon 2020)
(20) PERMIDES (2016‐2018) (EU Horizon 2020)
(21) INVADE (2017 – 2019) (EU Horizon 2020)
(22) INJECT (2016 – 2018) (Innovation Norway)
(23) CINELDI (2016‐2024) (RCN Centres for Environment‐friendly Energy Research FME)
(24) SCOTT (2017‐2020) (JU ECSEL)
(25) E‐REGIO (2017‐2019) (ERA‐Net)
0
20
40
60
80
100
120
140
2009 2010 2011 2012 2013 2014 2015 2016 2017
R&I projects in mill. EUR
120 M€

27. EMPOWER (2015‐2017) (EU Horizon 2020)
Develop a complete new energy market where consumers can buy and sell
«neighborhood energy» which is produced locally by solar panels, micro wind
turbines and other de‐central energy production, new market design and new
business models will be tested in Malta, Germany and Norway.
• Relieve the central and regional grid, balance distribution grid locally
• Increase local electricity production and cheap renewable electricity to the customers
• Store electricity locally in battery stations and electrical vehicles
Coordinator for Horizon 2020 project ‐ total budget of € 6.1 mill.
• Smart Innovation Østfold AS (NO)
• Schneider Electric Norge AS (NO)
• eSmart Systems AS (NO)
• Fredrikstad Energi Nett AS (NO)
• University of St. Gallen (CH)
• Universitat Politècnica de Catalunya – CITCEA (ES),
• Malta Intelligent Energy Management Agency (MT),
• NewEn Projects GmbH (DE)
Horizon 2020 ‐ EMPOWER

28. EMPOWER develops
a completely new market system
for trading energy and flexibility
locally
Horizon 2020 ‐ EMPOWER – €6.1 mill.

29. Increased feed-in
of renewable energy
from wind and PVs
Horizon 2020 ‐ EMPOWER

30. Based on Big Data,
Cloud Computing
and Artificial Intelligence
Horizon 2020 ‐ EMPOWER

31. Horizon 2020 ‐ EMPOWER

32. What is the background for
?

33. This project has received funding from the European Union’s Horizon 2020 Research and
Innovation programme under Grant Agreement No 646476.
In the future,
most of the energy we use
will be produced where it is used.

34. This project has received funding from the European Union’s Horizon 2020 Research and
Innovation programme under Grant Agreement No 646476.
On average 80% of all energy use
in residential and office buildings
will be covered by local energy production.
Central power supply
will only be used as a reserve.

35. This project has received funding from the European Union’s Horizon 2020 Research and
Innovation programme under Grant Agreement No 646476.
Passive consumers

36. This project has received funding from the European Union’s Horizon 2020 Research and
Innovation programme under Grant Agreement No 646476.
Active prosumers

37. This project has received funding from the European Union’s Horizon 2020 Research and
Innovation programme under Grant Agreement No 646476.
In the future,
most of the energy we use
will be produced where it is used.
On average 80% of all energy use
in residential and office buildings
will be covered by local energy production.
Central power supply will only be used
as a reserve.
Decentralized renewable energy production
and storage
will soon revolutionise the energy sector.
What does it mean for a DSO
to loose 80% of their grid rental charges ?

38. This project has received funding from the European Union’s Horizon 2020 Research and
Innovation programme under Grant Agreement No 646476.
Decentralized renewable energy production
and storage
will soon revolutionise the energy sector.

39. This project has received funding from the European Union’s Horizon 2020 Research and
Innovation programme under Grant Agreement No 646476.
New roles in the energy market:
prosumers, aggregators, SESP, ESCOs, …
Many new business models.
Energy companies will have to adapt
- or get swallowed by their competitors.

40. This project has received funding from the European Union’s Horizon 2020 Research and
Innovation programme under Grant Agreement No 646476.
New local market model

41. Dieter Hirdes
Head of Research & Innovation
Member Horizon 2020 Advisory Group on Energy
Coordinator INVADE Horizon 2020 Project
Coordinator EMPOWER Horizon 2020 Project
m: +47 905 50 268
e: dieter.hirdes@ncesmart.com
www.ncesmart.com