Remote surveillance

Systems for the remote monitoring and data transmission with photovoltaic supply

1) IP CAM SYSTEM FOR REMOTE SURVEILLANCE AND DATA TRANSMISSION VIA INTERNET WITH SOLAR POWER POWER

Surveillance camera stand-alone powered by photovoltaic technology-specific surveillance sites regardless of the presence of the electricity grid.

The system consists of:

• • A photovoltaic panel 175 Watt – 250 W, mono or poly crystalline silicon. It can be an increase in power on demand.
    IP Camera high-performance, outdoor, running 24h, optical day-night and internal storage (Micro SD up 3 -4 days).
    Transmission apparatus constituted by a 3G Router (transfer rate 7 Mbit / sec)
    One / two battery electric storage FIAMM.
    A microprocessor unit for control and regulation of charge.
  • A support pole variable height, steel, base diameter about 130 mm, about 3 mm thick
  • A support base for the pole and containment of the battery pack

The heart of the project consists of an IP Cam, a high-performance digital camera capable of transmitting data and images via the Internet, powered by a photovoltaic-type stand alone.

The constant connection via the Internet and optimizing the energy consumption of the system allow the display of images at any time of the day and receiving e-mails with images attached in the case of alarms detected.

The system can be installed in remote locations and away from the power supply, thanks to power with solar panels and the storage system and the 3G network.

The structural and functional characteristics of the system can be changed on request, modular system according to the needs and specific applications.

Warning: you must install the modules in place not shaded by trees or houses

General characteristics

The system consists of the following parts:

Photovoltaic modules – IP Camera high-performance, outdoor, running 24h – System data storage – A transmission 3G – adjustment control unit – Battery storage – Palo and base.

Photovoltaic modules: They usually are modules with crystalline silicon cells, each module has a surface area of 1 m or 1.6 m. The number of modules (1 or 2) is calculated to provide in the month

no sunlight year the energy required for 24 hours of operation of the IP camera edello data storage and transmission of images remotely. The inclination of the modules is 60-70 degrees above the horizon, so it optimizes the insulation in the winter months and also the eventual snowfall may not hold the PV panels by darkening

Radio System: 3G communication system.

Camera / e: IP Camera high-performance, optical day-night, outdoor, with temperature measurement, audio-video and image storage; orientation in remote control on request; adjusting brightness and definition.

‘Battery storage: are stationary batteries Pb – acid. They can be placed in sealed boxes mounted on the stem of the pole or in a housing formed in the base of the pole itself. In this second case using sealed batteries, gas recombination. The following table shows various ranges of capacity of the batteries as well as the ignition time which may allow in case of the absence of solar radiation (no sun)

Control unit: performs a dual function: it ensures the control of switching on and off of the system using a light-sensitive switch and a timer; and monitors the state of charge of the batteries protecting against overloaded summer or discharges too deep.

Pole and base: The pole is the backbone of the system, it is sized to carry the loads and the photovoltaic modules and the relative wind pressure. The post is inserted into a concrete foundation which can be prefabricated or made in work

Applications:

Safety (Safety), traffic control, control of temporary construction, weather, surveillance of parks and forests, remote monitoring and remote control of a large photovoltaic system. This system is essential for video monitor isolated places far away from the power supply and can integrate video surveillance systems already present.

System for remote surveillance: Features: Price RESIT:

*Prices are excluded without frameworks, transport and assembly.

DOWNLOAD BROCHURE IN PDF FORMAT
Project booklet – ip-cam.pdf (88 KB)

2) Elios-Lan system for remote monitoring and data transmission via radio with solar power

The system ELIOS-LAN is consisted of:

– A support pole about 5m in height, of which 4.5 out of earth, steel, base diameter about 130 mm, about 3 mm thick

– A support base for the pole and containment of the battery

– A battery of electric storage 125 Ah C10, sealed lead-acid

– Two photovoltaic panels 75 Watt each, for a total of 150 watts of silicon mono or poly crystalline (it is possible an increase in power on request)

– A microprocessor unit for control and regulation

– Apparatus radio transmission at 2.4 GHz (voltage 12 V, current <300 mA) or 5.4 GHz (voltage 55 V, current 1 A)

– IP Camera high-performance, outdoor, running 24h, optical day-night (max. 10 cameras)

– Storage data system .

The dimensioning performance of the project allows surveillance up to 24 hours a day, continuing (in conditions of sufficient light), with periodic transmission data (images and data) due to the storage system, with battery storage to provide about 6 hours / day data transmission even in case of lack of sunshine (eg. for rain) for about three days.

The system can be installed in remote locations and away from the power supply, thanks to power with solar panels and the storage system and radio transmission.
The structural and functional characteristics of the system ELIOS-LAN can be changed on request, modular system according to the needs and specific applications.

Warning: you must install the modules in place not shaded by trees or houses

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GENERAL CHARACTERISTICS OF THE SYSTEM ELIOS-LAN

The system consists of the following parts:

Pole and base – Photovoltaic modules – Battery storage – adjustment control unit – IP Camera high-performance, outdoor, running 24h – System data storage – A transmission radio at 5.4 GHz (12 V voltage, current <300 mA) or with antennas pannellari (optional) equipped with power reverses and power over ethernet (POE).

– Pole and base: The pole is the backbone of the system Elios-Lan, it is sized to carry the loads and the photovoltaic modules and related wind pressure. The post is inserted into a concrete foundation which can be prefabricated or made in work.

– Photovoltaic modules: They usually are modules with crystalline silicon cells, each module has an area of 0.5 or 0.75 square meters. The number of modules (3 or 2) is calculated so as to provide in the month of the year insolation less the energy required for 24 hours of operation of the IP camera and the data storage medium for 8 hours and ignition of the radio throughout the day. The inclination of the modules is 60-70 degrees above the horizon, so it optimizes the insulation in the winter months and also any snowfall may not hold the panels Fv darkening them.

– Radio System: Communication system 2.4 GHz or 5.4 GHz WiFi HIPERLAN, respectively for distances up to 2 km or 30 km (-70 ° <T> + 70 ° C); equipped with a system of encryption of the data transmitted (AES). These radio systems can support and manage information from up to 10 cameras located up to 500 m away.

– Camera / e: IP Camera high-performance, optical day-night, outdoor, with temperature measurement, audio-video and image storage; orientation in remote control on request; adjusting brightness and definition.

– Software: software customization system management.

– Battery storage: are stationary batteries Pb – acid. They can be placed in sealed boxes mounted on the stem of the pole or in a housing formed in the base of the pole itself. In this second case using sealed batteries, gas recombination. The following table shows various ranges of capacity of the batteries as well as the ignition time which may allow in case of the absence of solar radiation (no sun)

.

– Control adjustment: it performs a dual function, ensures that the command on and off the lamp via a twilight switch and a timer; and monitors the state of charge of the batteries protecting against overloaded summer or discharges too deep.

Applications:

Safety, traffic control, weather, remote monitoring and remote control of photovoltaic systems.

DOWNLOAD BROCHURE IN PDF FORMAT
Project booklet – palo_telesorveglianza.pdf (54 KB)