Public Lighting Control System RE MO TE MANAGEMENT

Public Lighting Control System RE MO TE MANAGEMENT. ENERGY SAVINGS. COSTS SAVINGS. Canadian Manufacturers Representative and Distributor for e. Tron Energy Corporation Contact: David Katz, President dkatz@sustainable-es. com Mobile: 416 -618 -4651

Summary • Our Company • System Architecture • Remote control module • Cabinet remote control • System supervision • Main functions • Network for a Smart City • Mobility, Governance, Environment, Living, Economy, People • Advantages and Benefits

E-Tron Energy Corp. q Provide intelligent systems for the remote management of external lighting, both public and private, with the aim of energy savings, respect of the environment, safety and lighting quality, costs optimization; q Provide Building Automation integrated systems for building safety, control and energy savings; q Support and assist our customers and partners with our experience and know how in developing technological solutions of public utility.

System Architecture q Our System platform is based on a range of infrastructures and devices capable of transforming the urban electrical network into a high intelligent nervous system; q The neuron of such a nervous system is the “smart” lamppost: the existing public lighting network is spread across the urban territory, resulting in the ideal infrastructure for the realization of the Smart City.

System Architecture LAMP REMOTE CONTROL MODULE Fault analysis Functions q Low powered lamp Automatic disconnection of the igniter (in case of interrupted bulb) q Interrupted bulb Switch on/off command q Broken or faulty capacitor Lighting flux reduction command to the bi-power ballast q Current absence Command to the electronic ballast to reduce the lighting flux by dimming (90 -20%) q Broken fuse Surge control / low voltage q Flashing lamp (exhausting) Surge control / low lamp q Connection problems between the control module and the electronic ballast

System Architecture CABINET REMOTE CONTROL MODULE Functions q Configuration up to 1. 024 lamps for each cabinet q Voltage control of electricity network q Communication via modem (GSM, GPRS, PSTN), dedicated line or TCP/IP protocol q 2. 048 memorized events over a read only memory q Storage of 3 different telephone numbers for emergency calls q Remote reading of energy consumption q Switch on/off command of the lighting plant by a daily, weekly or yearly programming of the astronomic clock

System Architecture SYSTEM SUPERVISION MODULE Main functions q Configuration up to 100 cabinets q Protect user access to LAN network or internet q On line updating of software q On line assistance via internet or modem q Creation of a central data storage with all the data sent

System Architecture SYSTEM SOFTWARE Main functions q Display of all the events and anomalies of the lighting plant q Automatic statistics q Lamp and cabinet master data q Planning switch on/off cycles of the lighting plant throughout the astronomic clock q Planning switch on/off and flux regulation of each single lamp q Import / export data in xml format q Cartography of the plant q Remote reading of electrical parameters q Remote reading of meteorology parameters

Smart City q We create a real platform that can provide services to the cities without adding cables, simply relying on the existing electric network for both Data Network and electrical Power Supply.

Smart City HOW CAN BE DEFINED Video Surveillance According to a research performed by the Centre of Regional Science at the Vienna University of Technology, a Smart City can be identified by the following dimensions: • Mobility • Availability of ICT-infrastructure • Sustainable, innovative and safe transport systems Public Lighting Remote Control Advertising Network • Governance • Public and social services • Transparent governance • Living • Individual safety • Social cohesion • Smart Economy • Smart People Wi-Fi Territory Services

Power Line BROADBAND COMMUNICATION OVER ELECTRICAL LINES Territory Services Digital Signage Video Surveillance • Our System creates such an enabling platforms as it provides broadband communication over electrical lines (Power Line), which allows to use the public lighting facilities to supply VAS in a pervasive, non-invasive and highly integrated way. Wi-Fi • In order for a Smart City to prosper, it requires an enabling platform capable of providing Value-Added Serves (VAS) in a modular and scalable configuration;

Video Surveillance ARCHITECTURE • Video surveillance solution for the roads, detection and localization of sensitive events

Video Surveillance FEATURES The system consists of IP cameras installed on the lampposts. A BPL (Broadband Power Line) Modem is connected to the cameras in order to send the video signal over the electrical line, while a similar modem receives the video signal from the electrical line and carries it over the Internet / Intranet network. A video server is connected to the Internet / Intranet network in order to receive, record and manage the images (e. g. motion detector). The video server can be watched from remote via a software, allowing to interact with the video surveillance system.

Wi-Fi ARCHITECTURE • Solution for the supply of Internet connection service

Wi-Fi FEATURES The system consists of Wi-Fi Hot Spots installed on the lampposts. A BPL (Broadband Power Line) Modem is connected to the Hot Spots in order to route the traffic over the electrical line, while a similar modem receives the traffic from the electrical line and carries it over the Internet / Intranet network. An Authentication Unit is connected to the Internet / Intranet network. It is designed to manage users and to record all the traffic data in compliance with local security legislations.

Communication to the Citizen ARCHITECTURE • Real Time communication solution for City Info and Digital Advertising Outdoor panel

Communication to the Citizen FEATURES The system consists of Outdoor Info Digital Panels or Advertising Digital Panels installed on the lampposts or near the lampposts. A BPL (Broadband Power Line) Modem is connected to the Panels in order to make available the content over the electrical line, while a similar modem receives the data from the electrical line and carries it over the Internet / Intranet network. The system includes a server where all the contents and configurations of the Panels are stored. The contents can be created, managed and modified by accessing the server via Internet.

Electrical Vehicle (Battery) Charging ARCHITECTURE • Solution to supply battery charging stations for electrical vehicles

Electrical Vehicle (Battery) Charging FEATURES The system consists of Charging Stations distributed within the territory and connected to the public lighting network. Every station supplies charge for electrical vehicles (electric cars, assisted-riding bicycles, Segway's, wheel chars, etc. ) Every station allows to pay for the electrical energy necessary to charge the vehicle by using a Smart Card, Smart Phone or any other payment means. The Management Server can be connected to the Internet allowing to enable / disable the Charging Stations and to configure the Smart Cards.

Advantages and Benefits • Energy Saving up to 45% • Stability and Growth Pact • Transparent Maintenance • Improves effectiveness and efficiency • Environmental Friendly (Kyoto) • Helps reducing CO 2 emissions • Open Technology • Suitable for all Lamps and ballasts Lamps phase-out completion by 2015 • Fast intervention • Real-time fault detection • Security • Avoids dangers generated by the facilities • Claims reduction • Sensitive political issue • Short Payback • Period of 3 to 6 years

Street Light Module Example

Design Options

Thank You ! Canadian Manufacturers Representative and Distributor for e. Tron Energy Corporation Contact: David Katz, President dkatz@sustainable-es. com Mobile: 416 -618 -4651