Paolo Scalera from ABB Group presented on the Stockholm Royal Seaport project at the Smart Grid International Forum in Rome. The project aims to create a sustainable urban city that is fossil free and climate positive by 2030. It involves 7 work packages focused on active homes, smart grid infrastructure, electric vehicles, energy storage, and creating a smart grid lab. The presentation provided an overview of the project scope and goals, background, work packages, next steps of further defining use cases and requirements for phase 3 implementation, and conclusions on the role of smart grids in evolving energy markets and systems.

1. Paolo Scalera, Smart Grid International Forum, Rome, July 7th, 2011
Stockholm Royal S
St kh l R l Seaport
t
A Sustainable Urban City Performing
World Class

2. Stockholm Royal Seaport
Agenda
Project Overview and Setup
Vision, Goals
Background,
Background Members
Project Description
Project Scope
Work Packages
Next Steps
Conclusions
© ABB Group
July 7, 2011 | Slide 2

3. Stockholm Royal Seaport
Agenda
Project Overview and Setup
Vision, Goals
Background,
Background Members
Project Description
Project Scope
Work Packages
Next Steps
Conclusions
© ABB Group
July 7, 2011 | Slide 3

4. Overview
Vision and Main Goals
Vision:
Royal Seaport – A
sustainable urban city
performing world class
Objectives:
Year 2030 the Royal
Seaport is fossil free and
climate positive
Focus areas:
• Effective energy end-usage
• Sustainable transportation
•LLocal re-cycling
l li
• Life style issues
• Adaptation to climate
c a ge
change
© ABB Group
July 7, 2011 | Slide 4

5. Overview
Some Background
Find this article at:
© ABB Group
http://www.time.com/time/specials/packages/article/0,28804,2026474_2026675_2079618,00.html
July 7, 2011 | Slide 5

6. Overview
Project Members
Main Partners
Associated Members
© ABB Group
July 7, 2011 | Slide 6

7. Stockholm Royal Seaport
Agenda
Project Overview and Setup
Vision, Goals
Background,
Background Members
Project Description
Project Scope
Work Packages
Next Steps
Conclusions
© ABB Group
July 7, 2011 | Slide 7

8. Project Description
Project Scope
1
7 Active homes with demand response
2 Integration of local energy p
g gy production
6
6 3 Use of electric vehicles and smart charging
6 2
3
4 Energy storage for customers and grid
4
5 Smart and electrified port
1
4
6 Smart grid infrastructure
2
7 Smart grid lab – Inno ation Center
Innovation
5
© ABB Group
July 7, 2011 | Slide 8

9. Project Description
Project Scope – Work Packages
WP 1 – Active House
La 2
Reduced peak load and increased energy efficiency by
IM 5
S
rid age
po ge
b
ea cka
t G ck
rt
active ‘prosumer’ participation based on ABB’s Demand
prosumer ABB s
ar Pa
l S Pa
Sm ork
ya rk
Response application including PHEV’s infrastructure and
Ro Wo
W
home/building automation
WP 2 – Smart Grid Lab
A complete run-time environment for full scale test of smart
run time
grid applications Based on ABB Network Manager
SCADA/DMS
pm 3
t
lo ge
en WP 3 – Grid Development
ve cka
De Pa
Identification and research of new grid designs with new
id rk
o
W
active and passive components f reduction of costs,
for f
Gr
losses, increasing power quality and increasing interaction
with consumers / prosumers.
WP 4 – Shore to Ship Power Supply
Smart harbor solution with interaction of local power heat
power,
and cooling production and also interaction with fast
charging of busses to reduce capacity need at TSO level
and reduce local losses
us e 1
su Sh e 4
Ho g
er o g
e
e cka
pp ip
w e t ka
po or Pac
tiv Pa
ly
WP 5 - Royal Seaport Information Management System
y p g y
Ac rk
Sh rk
o
o
W
W
Information system for follow up of operational goals of the
sustainable city project. Data as basis for future research.
WP 6 – Market Concept
Business Model and Regulatory framework for actors
© ABB Group
July 7, 2011 | Slide 9

10. Work Packages
Market Concept
Coming up with:
Use Cases, Hypotheses, Business Models,
Changes in regulatory system,
-
Standardization and interoperability
Defined 15 Statements
+
#15: Demand Response
Hourly price signals for day ahead
+
CO2 forecast for production mix
Financially motivated DR (d
Fi i ll ti t d (day-ahead)
h d)
Event-driven emergency DR (intra-day)
#2: Virtual Delivery Points
y
A consumer can have one or more metering
points for his consumption summarized into a
total Virtual metering value valid for the Virtual
Delivery point
© ABB Group
July 7, 2011 | Slide 10

11. Work Packages
Active House and Demand Response
Energy Efficiency:
Multimedia, Blinds etc
Energy
Services
Controllable loads: Interface(ESI)
EV Charging
Controllable loads:
Energy Efficiency: Smart Appliances
Benefits Heating, Ventilation
End Customer support in load balancing
Energy Storage
CO2 Reduction from Active House
Source: ABB Busch Jaeger
Environmental awareness by follow-up system
Business Models
Flexible pricing (spot price driven)
Virtual delivery point (PV/EV/etc.)
CO2 driven energy consumption
Demand R
D d Response (E
(Economical, E
i l Emergency)
)
© ABB Group
July 7, 2011 | Slide 11

12. Work Packages
Active House and Demand Response
© ABB Group
July 7, 2011 | Slide 12

13. Stockholm Royal Seaport
Agenda
Project Overview and Setup
Vision, Goals
Background,
Background Members
Project Description
Project Scope
Work Packages
Next Steps
Conclusions
© ABB Group
July 7, 2011 | Slide 13

14. Project Status
Next Steps We are here
Phase 1 Phase 2 Phase 3
Formulate project plan Pre-study Implementation and follow-up
Define R&D agenda and Defining use cases Solution development
objectives in each area
Detailed specification for Implementing solutions in a
Define scope and overarching functions and requirements real urban environment,
requirements Stockholm Royal Seaport
Expected benefits and goals for
Set a budget and timeline phase 3 Execution of tests and
validation scenario’s
Develop a financial p
p plan Recommended test scenario
and scope phase 3 Tuning and adjustments
Prepare applications for
R&D grants Estimate of resource and cost Evaluation and final report
phase 3
© ABB Group
July 7, 2011 | Slide 14

15. Stockholm Royal Seaport
Conclusions
Smart grid is more than
technology - part of an
evolving energy market
New roles and functions in
the sustainable energy
system
New technology
solutions
New business models
New
Ne market r les
rules
New customer roles
and behaviors
Transferred into new
market rules and
commercial applications
© ABB Group
July 7, 2011 | Slide 15