Urban Node Creating a new urban element to turn Vilanova i la - - PowerPoint PPT Presentation
Urban Node Creating a new urban element to turn Vilanova i la Geltr into a Smart City ntroduction The EPS Team Kristoffer Gundersen - Norway Piotr Czurak - Poland Felix Ketelsen - Germany Lisa Toussaint France The Supervisors Pau
ntroduction
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The EPS Team Kristoffer Gundersen - Norway Piotr Czurak - Poland Felix Ketelsen - Germany Lisa Toussaint – France The Supervisors Pau Martí Universitat Politècnica de Catalunya Josep Farré Neàpolis IDPS
ntroduction
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Smart lighting Energy generating City services Communication
Information
Network Street element
Introduction
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Introduction
Objectives Similar Projects Design Guidelines
Realizing the Urban Node Proposal Assembling Testing
Conclusion
bjectives
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Sustainable Modular Economical New standard:
imilar Projects: SIIUR
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imilarities: Public Wi-Fi ntelligent lighting Sensors ifferences: Economical vs. esearch Generate energy Aesthetics
http://www.ecourbano.es/blog/wp-content/
imilar Projects: V-Pole
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imilarities: Public Wi-Fi Modularity Economical ifferences: Sensors Network vs. tandalone Generate energy
http://www.v-pole.com/pdf/V-Pole_Press_Release.pdf
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Survey
Public Wi-Fi Mobile phone charger Interactive display Parking facilities Gather environmental information
esign Guidelines: Modules
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Allows flexibility in modules Only included if really needed Adapts customer specific
Architecture Rack System
esign Guidelines: Concept of Modularity
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Core Modules:
Brain Unit Acquisition Unit Power Unit
Additional Modules
Sensors Wi-Fi Touchscreen
ealizing the Urban Node
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Optical Fiber WiMAX
ealizing the Urban Node
Optical Fibe WiMAX
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Solar panel Photovoltaic cell Sunpower E20 Wind turbine VAWT – Vertical Axis Wind
WS Consulting 300 W
lectric Proposal: Sustainable Energy
http://us.sunpowercorp.com/homes/products-services/solar-panels http://www.odec.ca/projects/2010/kirbxe2/index.htm
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Grid-tie Inverter: Feed energy into grid DC -> AC Compatible with grid Voltage Frequency Phase Fulfill safety requirements Wind vs solar
lectric Proposal: Power Unit
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Wind turbine Power adapter 1 Power adapter 2 Modules Brain Unit
Meter Grid
GTI 1
lectric Proposal: Overview
GTI 2 Solar panel
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Raspberry Pi
700 MHz CPU 512 MB RAM Ethernet 2x USB Community support Low price (<30€)
lectronic Proposal: Brain Unit
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Arduino Uno
ATMega 328 microcontroller 14 digital I/O pins 6 analog pins USB Low price (~20€)
lectronic Proposal: Acquisition Unit
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lectronic Proposal: Bus Architecture
Power connection Data connection Control signal Address lines
Chip Selector
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120 mm x 80 mm x 40 mm Ventilation
hysical Proposal
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ssembling: Circuit
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ssembling: Printed Circuit Board
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esting
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esting
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Temperature value Light intensity
Increase number
Raspberry Pi
esting: Prototype
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esting: Prototype Demonstration
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Successful data acquisition Changing the intensity of light Increasing pins Modularity Arduino control Raspberry Pi control Correct sensor data
esting: Results
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Modular: Electrically and physically Ecological: Sustainable energy Compostable plastic
Expendable
Foundation for a new
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