A NETWORK OF COMPANIES FOR SOLUTIONS OF EXCELLENCE Rev. 1.0 - - PowerPoint PPT Presentation

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A NETWORK OF COMPANIES FOR SOLUTIONS OF EXCELLENCE

www.advancedsolarsolution.com

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INTRODUCTION

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Advanced Solar Solution is a network

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companies, started with the aim to provide integrated wireless solutions based on the use

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the solar energy power, for aeronautical applications, such as airport and heliport visual aids, obstruction lights and video surveillance systems. Advanced Solar Solution has been established in the beginning of 2017, following a licensing contract between Biofly, Gesetec and Gloss, where Biofly transferred to Gesetec and Gloss the industrial rights of the products referring to the SCB (Smart Controlled Biofly) line;

ABOUT US

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Advanced Solar Solution join the technological competence

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Gesetec in design and production

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electronic equipment, with the log lasting experience of Gloss in the system integration applied to engineering and management of high technology projects. The Advanced Solar Solution companies work separately, but with the strength of the group.

ABOUT US

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GLOSS is a consultancy company founded by a group

• f experts with extensive experience in the field of Civil

and Military integrated mission-critical systems. The competence of Gloss ranges on all areas of the business, from sales, to marketing, program management, hardware and software design. Gloss cooperates with various Italian and foreign companies operating in several field of activity: Air Traffic Management, Airports, Vessel Traffic Management, Lighting Systems and Logistics Services.

GLOSS

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GESETEC is a design and manufacture company for civil and military electronic equipment. Professional experience of Gesetec is very extensive:

• Design and production of units, pcb, cabling
• Repair of electronic equipment
• Hardware maintenance
• Production and design of electro mechanical units
• Obsolescence resolution

GESETEC

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BIOFLY operating on Rome since 2001, was started as result

• f an development project to support the general aviation
• pilots. The aim was to increase the safety in all phase of

flight. Biofly developed, in conjunction with Italian and foreign R&D institutes, an innovative multiuse LED lights called SCB (Smart Controlled Biofly), powered with solar cells and with the capability to be remotely monitored and controlled.

BIOFLY

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APPLICATIONS

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• AIRPORT LIGHTS
• HELIPORT LIGHTS
• OBSTRUCTION LIGHTS

SAFETY OPERATION TIME

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Safety in the extensive meaning, represents all the activities aimed to improve the security and the safety, in all components of the airport operations. The Advanced Solar Solution systems contribute to increase the safety of the airports and heliports, in case of low visibility for bad weather conditions or in case of emergency landing in the night time.

SAFETY

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In the recent years it has been a significant growth of the air traffic not only on the major airports, but also in secondary and touristic airports; in many cases there has been the need to extend the operating time also during the night.

OPERATION TIME

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The systems developed by Advanced Solar Solution allow landing and departure also during night time, with significant increase of the number of daily movements.

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Complete range of lights for the needs of all airport sections (runway, taxiways, apron).

AIRPORT LIGHTS

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Customers

• Minor commercial airports;
• Airport for general aviation;
• Private airports;
• Flying school;
• Airfields.

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Complete range of lights for the needs of all heliport sections

HELIPORT LIGHTS

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Customers

• Heliport;
• Helipads;
• Helicopter rescue pitch;
• Temporary helipads.

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Obstacle lights to be located on buildings, bridges, cranes, etc. and signaling lights to mark forbidden area on the airport surface (for maintenance, damaged aircraft, accidents, etc.)

OBSTRUCTION LIGHTS

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Customers

• Commercial airports;
• General aviation airports;
• Heliports;
• Municipality;
• Major companies.

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• Ease of installation (no site preparation);
• Low life cycle cost;
• Wide range of solution;
• Wireless monitoring and control;
• Ease of relocation;
• High availability;
• Very low emission (close to zero).

KEY POINTS

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The systems developed by Advanced Solar Solution does not require any cabling, since are powered by solar panels and are completely wireless.

KEY POINTS

Ease of installation

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High availability and low maintenance cost

All lamps included in the system are of high quality LED technology, and have an operation life of 10 years, with minimal scheduled maintenance.

Flexibility

The SCB light is available in a wide range of configurations, to fit all requirements of airports and heliports.

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KEY POINTS

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Remote monitoring and control

All system produced by Advanced Solar Solution are fully controlled and monitored by remote.

Ease of relocation

The SCB can be easily relocated since it does not require any cabling

• r site preparation. It is fixed on the ground with four anchoring

bolts..

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• SILAS

(Solar Illumination Aeronautical System) satisfies the requirement to provide small airports or heliports with a low cost system to improve the safety of the flight in bad weather conditions or to extend the operational hours also during night time.

• SILAS is an integrated system very easy to install, since does not

require any site preparation of dedicated infrastructures, and can be configured to satisfy the various operational requirements of airports and heliports

• The SILAS system is based on the use of the SCB (Smart Controlled

Biofly) lights, which is self-powered since based

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the use

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photovoltaic panels.

SILAS SYSTEM

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• Basic components of the SILAS system are:
• SCB light (Smart Controlled Biofly), in the various configurations

(TEL, REL, RTIL, RTE)

• Solar powered wind-sock
• Remote control unit, in two versions:
• Standard switching-on Unit (UAS)
• Monitoring and Control Unit (UMC)
• The SILAS can be provided with an integrated video surveillance

system, in case of the requirement to acquire and transmit the videos

• f airport or heliport areas. Also the video surveillance unit is

autonomous and solar powered.

SILAS SYSTEM

Components

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SILAS SYSTEM (TYPICAL LAYOUT)

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AIRPORT

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SILAS (TYPICAL LAYOUT)

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HELIPORTS

TVCC TVCC

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• Easy installation, use and relocation; solar powered, without cabling

and ducting

• Flexibility: small airports, airfields, flying school, heliports, helipads
• Reliability:

high quality components, compliant with severe environmental conditions (IP67 compliant)

• Wireless controlled: all units communicate via wireless ZigBee protocol;
• Complete solution: approach and taxiway lights, wind-sock, remote

control and monitoring;

• Conformity to the standards: FAA, ICAO Annex 14, ENAC, Italian Air

Force.

SILAS SYSTEM

Main features

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Two remote control versions available:

• Standard switching-on Unit (UAS)
• Switching on-off of all system lights;
• Selection of the intensity level (low, medium, high);
• Controls are executed via a push-key or via an SMS entered

with a smart-phone

• Monitoring and Control Unit (UMC)
• Complete monitoring and control, via graphic interface on

an industrial PC

• Switching on-off of all system lights;
• Selection of the intensity level (low, medium, high);
• Presentation of the operational system status;
• Presentation of the status and alarms of each light (battery

charge, signal level, radiation intensity, etc.).

SILAS – REMOTE CONTROL

UAS UMC

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• Anodized

aluminum body, resistant to vandalism and corrosion (even in saline atmosphere);

• Transparent and UV resistant polycarbonate dome, which

includes, depending on the configuration, omnidirectional or directional led light with various colors;

• Wireless

Zigbee unit for the bidirectional data communication, between the lights and the control system;

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photovoltaic panels (5W), fitted with an

• ptimum

inclination to get the best quantity of solar energy;

• Height of the unit: 34,5 cm (airport version) and 24 cm

(heliport version);

• Fixing to the ground by 4 anchor points (one for each side of

the base) that allow wind in accordance with the frangibility standards.

SILAS –SCB LIGHT

SCB for AIRPORT SCB for HELIPORT

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Various configurations are available:

• RTIL (Runway Threshold Identification);
• REL (Runway Edge);
• RTE (Runway Threshold and End);
• TEL (Taxiway Edge );
• TLOF (Touch down and Lift-Off);
• FATO (Final Approach and Take-Off);

A military / tactical version, with infrared solution (IRL), is also available

SILAS –SCB LIGHT

Configurations

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SILAS – SCB LIGHT

Details

Battery Sealed, 12V, 9 Ah Solar Panels Q.ty 4, power 5W with irradiation of 1000W/m2 LED Lights White, 400 lumen, 9W Red, Green, Blue 3W LED Lights life 50.000 hours at maximum intensity Autonomy 10 hours (typical) Mechanical structure Alloy aluminum structure with friction points, corrosion resistant, Yellow color RAL 1023 Impermeability Conformal IP67 Operational Temperature

• 20°C - +50°C

Dimensions 345 x 345 x 347 mm (airport version) 290 x 290 x 235 mm (heliport version) Weight Kg 6/7 depending on the version

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• Water-repellent and color-fast nylon sock
• Weather and corrosion-resistant iron construction

coated by polyurethane paint;

• Revolving sock frame;
• Light directional sector and LED lamp 12V 8W;
• Photovoltaic Panel 75 Wp;
• Battery (12V 72 Ah) frame and control unit;
• Two versions available:
• On the ground : foldable mast, height 400 cm

and sock length 240 cm;

• In elevation: non foldable mast, height 270 cm

and sock length 120 cm.

SILAS – WIND SOCK

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• Video camera 360° having HDTV 720p resolution;
• Omnidirectional 4G Antenna;
• M2M protocol Router;
• 3 mt height mast equipped with supports for video

camera and photovoltaic system;

• Photovoltaic panel 12V 75 Wp;
• Battery frame (12V 72 Ah) and control unit;
• Video data can be presented on the remote control unit
• r on a smartphone equipped with dedicated APP.

SILAS – VIDEO SURVEILLANCE

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The OBL (Obstruction Light) is a low cost and easy to install and operate obstruction light, which does not require external power and can be easily maintained and relocated.

OBL OBSTRUCTION LIGHT

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• Anodized aluminum body, resistant to vandalism

and corrosion (even in saline atmosphere);

• Transparent and UV resistant polycarbonate dome,

which includes an omnidirectional red LED light;

• Where required a wireless Zigbee unit can be added

for the bidirectional data communication, between the lights and the control system;

• 4 photovoltaic panels (5W), fitted with an optimum

inclination to get the best quantity of solar energy;

• Height of the unit: 34,5 cm (airport version) and 24

cm (heliport version);

• Manual or automatic turning on-off, by means of a

light sensor;

OBL OBSTRUCTION LIGHT

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OBL LIGHT

Details

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Battery Sealed, 12V, 9 Ah Solar Panels Q.ty 4, power 5W with irradiation of 1000W/m2 LED Lights Red omnidirectional 1,82 W LED Lights life 50.000 hours at maximum intensity Autonomy 10 hours (typical) Mechanical structure Alloy aluminum structure with friction points, corrosion resistant, Yellow color RAL 1023 Impermeability Conformal IP67 Operational Temperature

• 20°C - +50°C

Dimensions 345 x 345 x 347 mm (airport version) 290 x 290 x 235 mm (heliport version) Weight Kg 9 depending on the type

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CERTIFICATIONS

CERTIFICAZIONE ENAC CERTIFICAZIONE CSV Pag 31

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ACHIEVEMENTS

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Urbe Airport- Roma Helipad Belcolle - Viterbo Helipad Cremona Hospital - Cremona Helipad S. Camillo Hospital - Roma Airfield of S. Sepolcro- Arezzo GRA Helipad Casilina Interna - Roma

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THANKS FOR YOUR ATTENTION