5+ million sqm ofe97f7d10b0a403e208e5-9fbee7de8d51db511b5de86d75069107.r75.cf1… · fi-ware is a...

5+ million sqm of

green areas

6.3 sqm green

areas per

inhabitant

19.5 km sea shores

800,000 inhabitants

170,000

companies

300 sunny days per year

18.7º C average

temperature

95 min away from the

capital of Spain by high

speed rail

1st Spanish port in

container traffic

200 cruises and an

average of 2,354

passengers per year

Located in the center of

the Mediterranean Corridor 3rd Spanish city with the

highest economic

activity

5th European city in

international events

33.9 million sqm of

industrial land

Destination of

3,200 Erasmus

students

Valencia

Madrid

Barcelona

Valencia

Local Partnership for Innovation

Relational Governance

Universities

Technologic centers

Business associations

Valencia Port

Valencia Chamber of Commerce

Regional government

Research centers

Objetives of WP4 “Smart Cities”:

To obtain reciprocal knowledge about capacities, projects, research areas and results

To identify and generate opportunities for cooperation

To identify success experiences

Date of signature: 10 December 2012

Working packages:

WP1 - Enhancing the talent and knowledge of the city and bring new ideas and opportunities for innovation and research.

WP2 - Encourage the development of corporate and institutional innovation.

WP3 - Placing Valencia on the international map of research and innovation.

WP4 - Promoting innovation in areas of economic and social development of the city of Valencia to make a Smart City.

Strategy

Conceptual visión for a Smart City

Smart

City

Government

Economy

Mobility

Environment

Citizen

Life

Technological

Factors

Human

Factors

Institutional

Factors

Common Features

Specific Features

Source: Mapping

Smart Cities in the EUStrategy

City of Valencia

Local Agreement

for Innovation

To improve the environmental quality of the city,

To foster the innovation and entrepreneurship,

To improve decision-making by the public managers

To increase the quality of life of our citizens,

To provide the city last generation infrastructures

To position Valencia as an international reference in the context of smart

cities,

To increase connections of the city with the rest of Europe and encourage

investment and job growth in Valencia.

350 indicators to mesure the city

Conceptual framework of the Valencian Strategy

Smart City

aspires

Increase opportunities

For business and people

Increase eficiency

of public servicesIncrease participation

and transparency

Environmental

sustainability

and wellness

Improving quality of life

Smart Citizen

demands

Valencia Smart City Strategy

Intelligent

environments

Personalized and interactive services

Greater prominence

Agile and easy services

City for their

children

Economic Dinamism

and EmploymentQuality of life

Mobility and

Infrastructure

Goverment and

Institutions

Definition of municipal

services indicators.

Municipal contracts

considering their

integration to the VLCi

Platform.

Steps towards a smarter Valencia

Evaluation of Smart

maturity of municipal

services.

Definition of Smart

strategic objectives.

Definition of city and

citizens indicators.

Enabling the development

of new applications and

solutions for local

businesses.

Definition of indicators

control panel (and

Balanced Scoreboards)

Definition of service levels

and use of VLCi Platform.

Definition of a

Smart City Strategy

Prioritization of

municipal services

to manage

Smart City platform

and services tender

Promote the

innovation and use

by entrepreneurs

1 2 3 4

Smart objectives associated to each functional area

of the city

Economic Dynamism

and Employment

Quality of Life

Sustainability

Mobility and

Infrastructure

Government and

Institutions

Ecosystem

for Innovation

Smart management

of Employment

Inteligent destination

Visitor experience

Boosting ICT

on commercial sector

and

entrepreneurs

Efficiency

infrastructure

Energy - Carbon

Sustainable

Urban

Mobility

Consolidation of

Security and Social

Services Information

Smart management of

Urban Services

Leisure, Culture and Sport

at Citizens service

Increase of

Interoperability

Smart Management of

Information from Citizens.

Transparency

Consolidation of Electronic

Public Services

Platform VLCi Projects Indicators

Environmental

Sustainability

Indicators:

Essential

basis of the

VLCi StrategyCity indicators. Strategic indicators which provide socioeconomic

information of the city.

Citizen indicators. Measure citizens’ perception and satisfaction with

city services.

Municipal services managment indicators. Measure administrative

and operating activity of each service.

City indicators

Citizen indicators

Municipal services

management indicators

Three types of indicators

Indicators of information

managementKNOWLEDGE

FOR THE CITY

Urban Platform

Valencia

Smart City

Platform

VLCi Platform

1st Spanish city that has an

integrated smart city

management platform

based on the paradigm

of cloud services.

A global platform for the management of a smart city:

Compile key indicators.

Provide transparency and efficiency.

Measure and compare with similar cities.

Improve governance model defined in the Local

Covenant of Innovation

Open Government.

1st European city to use

FI-WARE in a smart city

platform.

Technology vision of VLCi Platform

VLCi Platform Projects Indicators

Monitoring and Control of key indicators.

Monitoring and Control of Real-time Information

Monitoring and Control of service levels.

Transformation-value information.

Receive all city data.

Homogeneous repository.

Filtering and Integration.

Data from devices.

Data Internet TCP / IP.

Interoperability

Applications for people

Offer services to entrepreneurs

New business modelsSaS

Analysis

Information

Data

Innovation Ecosystem around VLCi

Applications developed within FI-LAB que

environment using FI-WARE standard

components can be used at

VLCi Platform

Data

Some data generated by VLCi can be

introduced at FI-LAB and researchers and

entrepreneurs can develop solutions based

on real data Data

Applications Applications

• FI-WARE is a “flagship” Project form European Commission (EC) aimed to build on a

platform for the devlopment of application at the cloud

Leaded by Telefónica

Aligned with IoT and SmartCities Platforms.

• FI-Lab is a deployment of the FI-WARE Platform directed to testing and experimentation

Entrepreneurs and researchers develop aplications and try them at this environment

Data supliers (e.g., cities) provide with data available for R+D+i.

Opportunities for FI-WARE ICT R+D+i sector

• Components IoT (IoT Services) that allow to connect application to physical world

• Components to manage great amount of data (Big Data) allowing analysis and

processing of great amounts of information and data to transform it in knowledge

• Components to Context management (OMA NGSI) that manage key information and the

situation of any type of organisation

• Security Components that guarantee data privacy and safe storage

• Ecosystem for creation of applications and services

APIs specification and components : http://www.fi-ware.org/fi-ware-developers-portal/

FI-WARE offers a range of components allowing to deal with different challenges (in common to several

areas) at ICT sector:

Conclusions on FIWARE

• It contains the necessary components that are required to a smart city platform.

• It enables better planning and management of the city as a whole, with

predictive analysis and "what if analysis“.

• Allows our researchers and entrepreneurs create products and services for a

large market.

• We offer new services quickly and homogeneous for cities.

City Platform Integrated City Vision

Open Data Increased transparency and citizen participation

Comprehensive Administrative Platform Best e-services provision

Accessibility citizen Smart Card For citizens to access to all services

Interoperability Intelligent Information City Management

Innovative public procurement development

Introduction of Smart clauses in future statements specifications

Integrated and Intelligent Management

Intelligent Model of service delivery:

Roadmap of the Model for the provision of Smart Services

Prioritization of Smart Actions

• Innovation driver

• Transformation of waste

collection service

• Development of Electronic

Administration Integrated

Platform

• Smart Destination

• Smart Citizen

• Citizen Service CRM

• Multi- Access System Service

• E- Commerce

• City Platform VLCi • Smart parking

• ICT for culture,

leisure and sports

• Smart management of

parks and Green zones

• Energy efficient services

• Open Government,

Transparency and

Participation

• Information

surveillance and

protection

Short Term Medium Term Long Term

Enabling

Project

Quick benefit

Projects

Complementary

Projects

Transforming

Projects

Prio

rity

Recognition and

participation in

collaborative networks

App Valencia "Best Public App Award" in 2015 by the V National Congress of Innovation

and Public Service (CNIS) SMART CITIES Awards 2015, by Socinfo Foundation and the magazine

"Information Society".

Integral platform eGovernment Hall, PIAE "Valencia 2015 Information Society" Prize Foundation “Socinfo” Award of the magazine "Information Society". "Best ICT initiative" in Valencian Telecommunications Night 2015.

Communication campaign "Traveling together every day" EMT Valencia, CIVITASAwards 2015 prize, Clean Urban Transport

NFC Móbilis @slan Award 2015.

InnDEA Foundation "Outstanding in telecommunications Initiative" by the Association of

Graduate Engineers and Technicians Telecommunications of Valencia(COGITTCV).

Recognitions

Participation

in city netwoks Spanish Network for Smart Cities, coordinating WP5 –

”Government, Economy and Business”

The European Innovation Partnership on Smart Cities and

Communities (EIP-SCC)

Innpulso - Science and Innovation City Network, member of the

board

Smart Cities CTN/178 AENOR, vice-chair of the indicators and

semantics subcommittee

Open & Agile Smart Cities (OASC) initiative

Civitas / Civinet

Green Digital Charter

Euro-Mediterranean Network of Sustainable Cities

Spanish Network of Climate Cities

Spanish Network of Cities for the Accessibility, REDCA-4ALL

Spanish Healthy Cities Network

Acquire and share knowledge and city solutions

Developed

initiatives

Inclusite disabled people

have full access to

municipal web.

- Enquiry and documents upload of 7 million electronic

records.

- 95% online procedures through the electronic office.

- Electronic public notice board.

- Tributary Electronic Office.

- Electronic Representation

eGovernmentElectronic Office

With other administrations.

- 360.000 eCertificates

- 400.000 eProcedures

Interoperability

100% electronic

records.

Council without

papersInformation System

Geografic SIG

250 data layers.

Integrated maps, street

view and BD territory.

Accesibility

170 M € saving

for the citizens

in its first year.

App entirely developed by Valencia City Council

Valencia App EGovernment

Interacting by your position.

Interactive city maps.

Access to the electronic

office through eCertificate

RSS alerts.

Registry Certificate, previous

appointment, payment of

fees ...

Municipal information.

Geo-located and real time

information: buses, bikes,

monuments, parkings, trash

containers…

City Council applications.

Customized alerts: Traffic, City,

Emergencies.

Urban Informer. Trouble on the

streets.

App Ciudad Valencia as the display of

innovative ideas for entrepreneurs interested in

providing creativity and talent to the city.

Innovation ecosystem. Open Data Website

http://www.valencia.es/datosabiertos

100 open data sources (Business Intelligence) for

developers

Open data

Accesibility

A barrier-free cityInclusite tool allows people with any type of

disability to fully access the contents of the

city council website.

First Spanish city council website

100% accessible

Sign language

interpretation

service by

videoconference

QR information

to locate

disabled

parking spaces

@

Beach

services are

adapted

for disabled

people

Special

bus service

Public safety

Local Police |

Fireguard

Integrated Security

and Emergency

Centre

Shared

traffic

cameras

Real time staff and

fleet location. COMDES Network

and TETRA Technology

Real time

indicators for

emergency response

Emergency

management system:

Vi@libre

Intelligent system for

efficient response

SIRE SIISE SPMA

Integral information

system for emergency

support

Advanced support

system for control

command

Mobility

Traffic

EMT

Valenbisi

Sustainable Urban Mobility Plan for

Valencia (PMUS),

September 2013.

Real time traffic status | Information panels, Twitter and phone service.

76,4% displacements within

Valencia are sustainably made

3,900 detectors to measure traffic intensity

1,100 local traffic light management regulators

Artificial vision systems for automatic incident detection on underpasses.

2,750 bicycles

distributed at 275

stations and 5,500

anchor points.

110,000 subscribers

- 405 biodiesel buses.

- 75 buses with compressed - natural gas

- 5 hibrid buses

Public rental of bikes Smart administration- Sustainable vehicles

Town planning

Sustainable Growth

Pedestrian historic town center : 150,000

sqm.

Model 30th Street since 2010 in Ciutat Vella.

8% city growth, four times lower than the

provisions of Spanish Land Use Regulations.

60% municipal protection of historical

buildings.

Around 500 BIC or BRL spaces.

Alert service for people interested in Public

Housing. @Light 2CAT(improving air quality)

SMILE(sustainable freight transport)

Environment

Environmental Quality,

Renewable Energy,

climate change and

integrated water

cycle

Dynamic Maps

for

noise pollution

and pollen levels

75% of the

beaches have

blue flag

Sensors for early forest

fire detection

WATER SMART METERING

60% already renovated (258,000),

430,000 in 2016

INTEGRAL ADVANCED SYSTEM FOR WATER MANAGEMENT

Control and monitoring information in real time from 1,450 km

Infraestructure Network

35% water savings

URBAN WASTE MANAGMENT

Separate collection systems

Public awareness campaigns

LIFE ProjectsEcolight

Biocompost

Ecorice

CAT-MED Project

Green squares

Resilient Systems for

urban floods

:

Environment

Energy efficiency policies

24% energy consumption

reduction compared to

2008, avoiding the

emission of 8,000 CO2

tonnes

Public Lighting

Street lamps with energy saving measures, reduced light pollution

and anti-theft systems.

Power Generation

Photovoltaic roofs and vertical gardens

Efficient water management

Reduction of 13.7% in water consumption in 7 years.

Smart water system for green areas.

Green areas

5.8 million m2 of green spaces

Natural Park of La Devesa del Saler with 8.7 million m2

Measures to

reduce CO2

emissions

in the city

Environment

Efficient water

management

Control room for the integral management of sewage

Tigris smart irrigation

system,

pioneer Spanish system

since 2008.

75% of the ornamental fountains have a water

recirculation system installed.

SIRA PINSIRA

Reuse of over 300,000 cubic meters of treated water.

35% average water savings

Turia

riverbed

Green lung of the city

Bike paths, running routes

Music and Opera Palace

Tracks for skaters

and skateboarders

City of Arts

and Sciences

City backbone

The largest

urban garden

in Europe

Old Turia riverbed

110 Ha

Sports facilities

Valencia 2020 Strategy addressing Climate Change

Action Plans for sustainable energy, air quality and noise pollution

Sustainable Urban Mobility Plan

Valencian Observatory on Climate Change

Municipal regulation for light protection in Albufera Natural Park

Municipal regulation of noise pollution for the city.

Signature of European Covenant of Mayors (2009) and Mayors Adapt Initiative

for climate change (2014).

Adaptation to climate change and reduction of greenhouse gas emissions

Environmental Local Policies

Sport Complex of Malilla

Maximum efficiency, minimum consumption

Technology for energy saving

Best practices

Natural lighting

Thermal insulation 30% energy saving

Solar panels and Cogeneration system production of 86% of the necessary

heat requirement to operate the complex

Synthetic grass

Human presence detection systems

Patraix Social Centre

European Project:

Baas “Building as a Service”

Application of environmental

intelligence to obtain a building

that fits its needs.

www.baas-project.eu

A geothermic system that uses the

energy from the ground to produce

a combined savings in energy

consumption and emissions to the

atmosphere.

Up to 40% savings compared to a

similar building.

6th district unit of the Valencian

Local Police

Best practices

TourismAPP for

booking

and

ticketing.Online platform

for restaurants,

shops, etc.Internal control

panel to

know the

impact of

sales.

Geo-referenced

online restaurant

recommendations

service

Local Innovation Map

Shows up R+D+i agents at Valencia

Cooperative Networks for the Promotion and

Transfer of Technology and Knowledge

www.valenciabusinesscity.com

Innovation and

Knowdledge

Economy

Geo-emprende, geographic

and business information tool

that will provide data of the city

and useful information to

start a company or a commerce.

Participation in

European Projects

Participation in European Projects

R + D projects related to Smart

City (Government, Economy,

Mobility, Environment, ...)

Pilot developments in the city

Transfer of knowledge

Promoting innovation

Transition Cities

Innovative low-carbon project

Pilot projects and experiments in the fields of each

of the six strategic clusters:

Cluster 1: Low-energy buildings.

Cluster 2: Energy demand management.

Cluster 3: Co-generation and renewable energy.

Cluster 4: Generating energy from waste.

Cluster 5: Low Power Vehicles.

Cluster 6: Integrated Mobility.



Smart Bicycle – Urban Heat IslandDynamic urban environmental mapping

The design and production of a mobile interface

device that links heat and humidity characteristics

EcodrivingMore efficient and safe driving

Inclusion of monitoring technologies

and vehicle test systems that measure

the driving style to provide a

systematic methodology to educate

and train drivers of public fleets and

citizens.

Transition Cities

of the urban space

with the physical

morphology of the city

(street wide, building

height, pavement

materials, green areas,

parking, traffic) that

can be expressed in a

GIS-cartography.

Public Procurement of Innovation in

Action (PPIA)

Objectives:

Identification and sharing of good practice.

Practical application and demonstration of public

innovation procurement.

Key issues identified by the Climate-KIC:

Housing and built environment

Mobility (carbon emissions in transport)

Energy networks

PPIA aims to increase understanding of the methodologies of procurement to boost innovation

(PPI), its types, efficiency and adaptability, and disseminate to all stakeholders (supply / demand)

community-KIC and beyond that seeks to identify new forms of innovation to reduce climate change.


ACCENT: Accompany cities in Energy Strategies

The platform enables:

Estimate energy consumption level in city buildings.

Definition / Implementation of the Action Plan of the city and impact assessment.

Monitor progress in achieving the energy plan.

Viewing environmental impact.

The project aims at conducting an on-line platform for the evaluation and assessment of energy-

saving strategies in cities, initially centered in the field of construction.


Climate-KIC Accelerator

Climate-KIC Accelerator is a project that provides financial and training support for the best

business ideas related to:

• climate change

• CO2 emission reduction

• clean technologies

• energy efficiency

• intelligent networks

• sustainable transport

• sustainable building

The prizes for the best ideas and startups, sunk, reached 60,000 euros.



SMILE - Smart Green Innovative Urban Logistics for Energy

Efficient Mediterranean Cities

http://smile-urbanlogistics.eu

Development and implementation of innovative strategies,

plans and measures for energy efficiency and mobility

solutions for Mediterranean smart cities.

It will define, plan, review, share and promote public

policies, strategies and actions for urban transport

solutions.; and awareness of public and private

stakeholders in the field, with a direct impact on energy

savings.

New concrete

additives based on

titanium dioxide to

improve air quality

in cities.

The titanium dioxide implemented in the concrete of

building structures, is activated by sunlight purifying the air.

It is intended to extend the use of this type of concrete to

the countries of northern Europe with less sunlight.


Sustainable Urban

Consolidation CentrES for

conStruction – SUCCESS

The aim of this project is to research how the supply chain management and Construction

Consolidation Centres (CCCs) concepts could bring about generic solutions

(adequate collaborative framework and as result a sustainable business model) to address

problems in the construction supply chains (distribution networks, construction sites and

reverse logistics) aiming at lowering the costs and negative freight distribution impacts in

city urban areas.


The aim of this project is to make possible different actions of public

procurement for innovation oriented to measures of energy

efficiency in 4 cities of Europe.


Innovative Public

Procurement

Progress already made

• The second European city of over 800,000 citizens with less traffic congestion.

• Comprehensive management system for traffic including over 3,500 sensors, more than

1,000 regulators, over 750 cameras, etc.

• We have limited the urban growth of the city

• Energy efficiency systems in buildings

• Smart irrigation systems that Save 35% water

• Water management system that reuses 300,000 m3 of treated water

• Reduction of 8% of the CO2 emissions in two years

• Each citizen can enjoy of 17 square meters of green area

• Vertical gardens and green roofs for CO2 storage

• Public bike rental system (Valenbisi) with an extensive network of 146 miles of bike lanes

• Recovery of pedestrians zones (41% of all journeys in the city are made on foot)

• Introduction of a fleet of electric vehicles to reduce local emissions of 143 tons of CO2

each year.

Next public procurement actions

• Public lights - 2015

• Social care and integration - 2015

• Innovation and Entrepreneurship projects - 2015

• Solid waste management and public cleaning – 2019

• Water cycle – 2020

• Infrastructure maintenance – 2021

• Municipal transport company - 2025

The main drivers to reduce energy consumption in

city authority operations

- InnDEA Valencia

- Innovation Department

- Environment and Sustainable Development Department

- Climate Change Department

- ICT Department

- Objectives:

- Reduce carbon emissions

- Reduce impact on climate change

- Save energy

- Methods:

- Collaboration with SMEs, industrial leaders & universities

- Application of the results in the city and by the citizens

- Plan for sustainable urban mobility.

- Plan for sustainable energetic actions.

- Strategic plan Valencia 2020

- Covenant of Mayors

- Green Digital Charter

- Civitas & Civinet

Power or influence that the city has over other major

energy consumers

ORIENTED TO COMPANIES:

All the services of the City apply SMART CLAUSES in their public procurement

actions

ORIENTED TO CITIZENS:

Climate Change Department Valencian Observatory of the Climate Change

and BIO Office

• Communicates information to the citizens trying to empower them to reduce

the consumption

InnDEA Valencia R&D department

• Develops projects which involve citizens and other stakeholders and

encourages them to have less impact over the climate change

[email protected]

www.valencia.es

5+ million sqm ofe97f7d10b0a403e208e5-9fbee7de8d51db511b5de86d75069107.r75.cf1… · fi-ware is a...

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