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St kh l R l S tPaolo Scalera, Smart Grid International Forum, Rome, July 7th, 2011

Stockholm Royal SeaportA Sustainable Urban City PerformingA Sustainable Urban City Performing World Class

Stockholm Royal SeaportAgenda

Project Overview and Setup

Agenda


Vision, Goals

Background MembersBackground, Members

Project Description

Project ScopeProject Scope

Work Packages

Next StepsNext Steps

Conclusions

© ABB GroupJuly 7, 2011 | Slide 2



Agenda


Vision, Goals


Project Description


Work Packages


Conclusions

July 7, 2011 | Slide 3© ABB Group

OverviewVision and Main GoalsVision and Main Goals

Vision:Royal Seaport – ARoyal Seaport A sustainable urban city performing world classObjectives:Year 2030 the RoyalYear 2030 the Royal Seaport is fossil free and climate positive

Focus areas:• Effective energy end-usage• Sustainable transportationL l li• Local re-cycling

• Life style issues• Adaptation to climate change


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OverviewSome BackgroundSome Background


Find this article at: http://www.time.com/time/specials/packages/article/0,28804,2026474_2026675_2079618,00.html

OverviewProject MembersProject Members

Main PartnersMain Partners

Associated MembersAssociated Members




Agenda


Vision, Goals


Project Description


Work Packages


Conclusions


Project DescriptionProject ScopeProject Scope

Active homes with demand response

Integration of local energy production

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Use of electric vehicles and smart charging

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Energy storage for customers and grid

Smart and electrified port4

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Smart grid infrastructure

Smart grid lab Inno ation Center

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7 Smart grid lab – Innovation Center5

7


Project DescriptionProject Scope Work PackagesProject Scope – Work Packages

WP 1 – Active HouseReduced peak load and increased energy efficiency by active ‘prosumer’ participation based on ABB’s DemandPa

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active prosumer participation based on ABB s Demand Response application including PHEV’s infrastructure and home/building automation

WP 2 – Smart Grid LabA complete run-time environment for full scale test of smart

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A complete run time environment for full scale test of smart grid applications Based on ABB Network Manager SCADA/DMS

WP 3 – Grid DevelopmentIdentification and research of new grid designs with new

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active and passive components for reduction of costs, losses, increasing power quality and increasing interaction with consumers / prosumers.

WP 4 – Shore to Ship Power SupplySmart harbor solution with interaction of local power heat

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Smart harbor solution with interaction of local power, heat and cooling production and also interaction with fast charging of busses to reduce capacity need at TSO level and reduce local losses

WP 5 - Royal Seaport Information Management SystemWor

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y p g yInformation system for follow up of operational goals of the sustainable city project. Data as basis for future research.

WP 6 – Market ConceptBusiness Model and Regulatory framework for actors

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Work PackagesMarket Concept

Coming up with:

Market Concept

Coming up with:

Use Cases, Hypotheses, Business Models, Changes in regulatory system, Standardization and interoperability- Standardization and interoperability

Defined 15 Statements

#15: Demand Response+

Hourly price signals for day ahead

CO2 forecast for production mix

Fi i ll ti t d DR (d h d)

+

Financially motivated DR (day-ahead)

Event-driven emergency DR (intra-day)

#2: Virtual Delivery PointsyA consumer can have one or more metering points for his consumption summarized into a total Virtual metering value valid for the Virtual Delivery pointDelivery point


Work PackagesActive House and Demand ResponseActive House and Demand Response

Energy Services

Energy Efficiency:Multimedia, Blinds etc

Controllable loads:Smart Appliances

Interface(ESI)Controllable loads:EV Charging

Energy Efficiency:Heating, Ventilation

Energy StorageBenefits

Source: ABB Busch Jaeger

Energy StorageEnd Customer support in load balancing

CO2 Reduction from Active House

Environmental awareness by follow-up system

Business Models

Flexible pricing (spot price driven)

Virtual delivery point (PV/EV/etc.)

CO2 driven energy consumption

D d R (E i l E )Demand Response (Economical, Emergency)


Work PackagesActive House and Demand ResponseActive House and Demand Response




Agenda


Vision, Goals


Project Description


Work Packages


Conclusions


Project StatusNext StepsNext Steps

We are here

Phase 1Formulate project plan

Phase 2Pre-study

Phase 3Implementation and follow-up

Define R&D agenda and objectives in each area

Define scope and overarching

Defining use cases

Detailed specification for functions and requirements

Solution development

Implementing solutions in a real urban environment,

requirements

Set a budget and timeline

Develop a financial plan

Expected benefits and goals for phase 3

Recommended test scenario

Stockholm Royal Seaport

Execution of tests and validation scenario’s

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Prepare applications for R&D grants

and scope phase 3

Estimate of resource and cost phase 3

Tuning and adjustments

Evaluation and final report


Stockholm Royal SeaportConclusions

Smart grid is more than

Conclusions

Smart grid is more than technology - part of an evolving energy marketNew roles and functions inNew roles and functions in the sustainable energy system

New technologyNew technology solutions New business modelsNe market r lesNew market rulesNew customer roles and behaviors

Transferred into new market rules and commercial applications


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