Smart City Amsterdam Daan Velthauzs AIM

AMSTERDAM SMART CITY IS MEDEGEFINANCIERD MET STEUN VAN HET EUROPEES FONDS VOOR REGIONALE ONTWIKKELING

VAN DE EUROPESE COMMISSIE

Gaborone, May 10th 2011 Pre-IST Africa Living Lab workshop

5

Amsterdam

5

City in Energy

AMSTERDAM SMART CITY 6

City in Activity


Amsterdam Smart City


2

Amsterdam Smart City

Amsterdam Smart City is a unique collaboration between the inhabitants of

Amsterdam, businesses and governments in order to illustrate how energy can

be saved, now and in the future

Collective effort Economic viabilityTech push / demand pull

Solution – Focus Areas


Solution Focus Areas

Project Initiation The city of Amsterdam and grid operator Alliander have designed and initiated a program to support the climate and social-economical goals

2.485

2025 goal

6.348

40%

2006

HouseholdsCompaniesTraffic and transport

2025 est.

4.940

34%

33%

35%

33%

1990

4.142

25%

37%

30%

34% - 40%

Amsterdam Smart City (ASC) focuses on four areas that correspond with the largest sources of CO2 emission in the city The municipality is treated separately because its large potential and the ambitious climate goalsAll four focus areas are enabled by smart grids and smart meters

CO2 emission Amsterdam Focus areas ASC

Smart Grid technology: enabler

Sustainable Living

Sustainable Working

SustainablePublic Space

Sustainable Mobility

CO2 emission in kton/yr

ASC reduces emissions by focusing on Sustainable Living, Working, Transport and Municipality enabled by Smart Grid technology

Innovative Partnerships Behavioral Change

8

Key Challenge 1: Multiple Stakeholders


Energy

Communications

Office Buildings

Housing Agencies

Government Entrepreneurs

Finance

Industry

Knowledge

Elderly Homes Data

Car Manufacturing

Culture

Retail

Logistics

Education

Water

International collaboration

Partners Amsterdam Smart City Founding Partners

City of Amsterdam Utilities & Infrastructure Universities & Knowledge institutions

Techno starters Living , Offices & Buildings Network platforms

Consultancy Technology & Communications Various

Statement: Developing Smart Cities is an Art


Start with a fixed roadmap… or


Key Challenge 2: How to involve users?


Statement: It is more than Awareness


Act Willingness to

Act on Options Options

Willingess to Change

Awareness Start

Insight CO2 Effort Sense of Urge Euro’s Benefits Knowledge Autonomy Incentives Convenience Regulations

Awareness Act

NOT

MORE LIKE

Key Challenge 3: Find the proper Business Case


Impact

Effo

rt

Statement: The Value Case is tremendous! . But some will loose some and some will gain a lot

Overview of projects

Sustainable Living •  West Orange •  Geuzenveld •  E-management in Haarlem •  “Onze Energie”

•  Sustainable Working •  ITO Tower •  Monumental Buildings •  Employee Contest

The City of Amsterdam, its inhabitants and business are involved in the following projects (more to follow)

Sustainable Mobility •  Ship to Grid •  “Moet je Watt”

Sustainable Public Space •  Climate Street •  Smart Schools •  ZonSpot •  Smart Swimming AMSTERDAM SMART CITY 18

•  Centralized logistics •  Sustainable waste collection •  Dimming public lighting •  Sustainable street furniture •  Energy scans •  Smart meter & Energy feedback displays •  Smart plugs

•  Initiated by 140 SME’s •  46 ambassadors •  Focus on energy saving & behavior •  Collective effort & individual approach combined

Initiatives

Project description

Sustainable Public Space: Climate Street The Climate Street pilot is a holistic concept for urban shopping streets, targeting all aspects: hardware in the public space, logistics in the street and the interiors of shop/bar/restaurants

•  Baseline measurement CO2 and NO2 •  > 50% sustainable waste collection •  First entrepreneurs provided with smart plugs •  Clustered delivery by electrical truck •  Dimming street lighting: 10% energy saving •  40 smart meters & 23 energy displays enrolled •  38 energy scans & personal feedback •  Awareness program

Results

•  Expected average savings: power 9% & gas 14%

•  Direct meaningful feedback •  Consumers ‘target themselves’ (previous year

as baseline) •  Stand alone, wireless touch screen, connected

to internet & smart meter

Outcome - factual

Energy Management Test (Display)

Sustainable Living: West Orange

In the West Orange project, 500 in-home energy-feedback displays will be connected to a smart meter and control of the central heating

•  More efficient use of household devices •  Switching off & lowering heating •  Substitution of household devices

Outcome - behavioral

This Means a new approach


From 1 to 99 locations in the Netherlands From Proof of Concept to Network

Massive personal car travels substituted through the chain of SWCs

Smart Work Centers

Results


Context


Opportunities & Challenges for a Smart City


•  Attractiveness of the City •  Increase Quality of Life •  Creation of sustainable

region: Economic benefits •  Scale to act and implement •  Lower costs of Maintenance •  Global Growth

Opportunities

•  Resources & Financing

•  Stakeholder management

•  Standardisation

•  The right customer approach

•  Cooperation takes time

Challenges

So what did we do?


Living

Work

Mobility

Public Space

Data

Energygeneration

Collaboration Innovation Proof of Concept <CO2 >€

Learning


Vernieuwde site

Tekst

Visit: www.amsterdamsmartcity.com


Smarter Energy Usage & CO2 reduction

Government, Businesses & Inhabitants

Obtain Experience & Share Knowledge

Metropolitan Area of Amsterdam

Start small, scale fast

28

Smart City Amsterdam Daan Velthauzs AIM

Travel

Transcript of Smart City Amsterdam Daan Velthauzs AIM