Solar Panel System for CCTV, Lighting
and other applications rated at 12 or 24 Volts DC.
Solar Panel System for CCTV can be used as a stand alone Solar Power Supply System or it can be combined with Wind
Turbine to form a complete Solar and Wind Power Supply System. This can be used to power Solar CCTV, Solar Infra Red Lighting,
Solar Conventional Lighting or anything else you need which operates from 12 Volts DC or 24 Volts DC voltage supplies.
Solar Panel System for CCTV can be used as a stand alone Solar Power Supply System or it can be combined with Wind
Turbine to form a complete Solar and Wind Power Supply System. This can be used to power Solar CCTV, Solar Infra Red Lighting,
Solar Conventional Lighting or anything else you need which operates from 12 Volts DC or 24 Volts DC voltage supplies.
CCTV Solar Panels are Eco-Freindly as
they use 100% renewable
resources i.e. the Sun and have no reliance at all on fossil fuel, so the
energy produced is clean, free from pollution and abundant.
By combining these devices with wireless CCTV or IP links its now a simple
matter to install CCTV, Lighting etc in areas where its just not possible to
run cabling to the camera location. The unit can be assembled on site and
linked wirelessly to the control or monitoring centre using conventional
wireless links or even directly to the Internet using wireless IP technology.
Once the power source is established, the rest is simple.
Another use is for rapid deployment of CCTV or temporary installations for
shows and other events and venues. The cost saving over buying and
installing a hard wired system for temporary or remote locations is immense
and once you have finished with it at one location you simply move it to the
next.
How The Solar System Works
Solar CCTV Panel collects Sunlight/Daylight and produces electricity
which is fed to the Solar Power Control Unit. This regulates the current and
voltage, charges the system batterries and provides power to the CCTV or
other equipment connected to it. This controller also prevents over charging,
over discharging of the batteries, provides short circuit protection and
protects the Solar Panel from voltage feedback etc. During daylight the
equipment connected to the Solar Panel System is powered from the Solar
Panel via the controller and the battery is charged. During periods of
darkness the equipment continues to run powered by the battery.
Solar Panel System Specification:
resources i.e. the Sun and have no reliance at all on fossil fuel, so the
energy produced is clean, free from pollution and abundant.
By combining these devices with wireless CCTV or IP links its now a simple
matter to install CCTV, Lighting etc in areas where its just not possible to
run cabling to the camera location. The unit can be assembled on site and
linked wirelessly to the control or monitoring centre using conventional
wireless links or even directly to the Internet using wireless IP technology.
Once the power source is established, the rest is simple.
Another use is for rapid deployment of CCTV or temporary installations for
shows and other events and venues. The cost saving over buying and
installing a hard wired system for temporary or remote locations is immense
and once you have finished with it at one location you simply move it to the
next.
How The Solar System Works
Solar CCTV Panel collects Sunlight/Daylight and produces electricity
which is fed to the Solar Power Control Unit. This regulates the current and
voltage, charges the system batterries and provides power to the CCTV or
other equipment connected to it. This controller also prevents over charging,
over discharging of the batteries, provides short circuit protection and
protects the Solar Panel from voltage feedback etc. During daylight the
equipment connected to the Solar Panel System is powered from the Solar
Panel via the controller and the battery is charged. During periods of
darkness the equipment continues to run powered by the battery.
Solar Panel System Specification:
Maximum
power (Wp)
Maximum power voltage (V)
Maximum power current (A)
Open circuit voltage (V)
Short circuit current (A)
Number of cells (Pcs)
Size of module (mm)
Maximum system voltage (V)
Temperature coefficients of Isc (%)
Temperature coefficients of Voc (%)
Temperature coefficients of Pm (%))
Temperature coefficients of Im (%)
Temperature coefficients of Vm (%)
Temperature Range
Tolerance Wattage (e.g. +/-5%)
Surface Maximum Load Capacity
Allowable Hail Load
Weight per piece (kg)
Junction Box Type
Length of Cables (mm)
Cell Efficiency (%)
Output tolerance (%)
Frame (Material, Corners, etc.)
Standard Test Conditions
Warranty
FF (%)
Packing
Maximum power voltage (V)
Maximum power current (A)
Open circuit voltage (V)
Short circuit current (A)
Number of cells (Pcs)
Size of module (mm)
Maximum system voltage (V)
Temperature coefficients of Isc (%)
Temperature coefficients of Voc (%)
Temperature coefficients of Pm (%))
Temperature coefficients of Im (%)
Temperature coefficients of Vm (%)
Temperature Range
Tolerance Wattage (e.g. +/-5%)
Surface Maximum Load Capacity
Allowable Hail Load
Weight per piece (kg)
Junction Box Type
Length of Cables (mm)
Cell Efficiency (%)
Output tolerance (%)
Frame (Material, Corners, etc.)
Standard Test Conditions
Warranty
FF (%)
Packing
100wp
17.2
5.82
21.89
6.26
72(6*12)
963*805*35mm( 125x62.5mm cell)
1000
0.065+/-0.015%/C
-(2.23+/-0.1)mv/ C
-(0.5+-0.05)/ C
+0.1/ C
-0.38/ C
-40?~+85C
+/-3%
30m/s(200kg/sq.m)
steel ball fall down from 1m height
10.5
PPO, black
900mm
15.5%
+/-3%
Anodized Aluminum Alloy
AM1.5 100mW/C? 25'C
1 year product warranty and 25
years 80% of power
75%
17.2
5.82
21.89
6.26
72(6*12)
963*805*35mm( 125x62.5mm cell)
1000
0.065+/-0.015%/C
-(2.23+/-0.1)mv/ C
-(0.5+-0.05)/ C
+0.1/ C
-0.38/ C
-40?~+85C
+/-3%
30m/s(200kg/sq.m)
steel ball fall down from 1m height
10.5
PPO, black
900mm
15.5%
+/-3%
Anodized Aluminum Alloy
AM1.5 100mW/C? 25'C
1 year product warranty and 25
years 80% of power
75%
Solar Panels and controller capacity
may be increased according to the required load but panels must be the same
type with the same voltage, current and load requirements
in order to operate correctly. Typically a single 100 Watt Solar Panel and Controller with Battery will support a single speed dome with standard wireless transmitter.
Care must be taken not to overload the Solar CCTV System Power Supply, e.g. while a single speed dome may consume little current when idle, its start current can exceed
3Amps so for this reason only a single speed dome per Solar Panel is recommended.
Also when fitting multiple static cameras to a Solar Panel CCTV Power Supply System remember to take into consideration the load at night when the LEDs of all in one
cameras come into operation effectively increasing the over all load at night when the batteries are in operation.
The Solar Panel System may also be incorporated with our Wind Turbine System to provide a dual eco-freindly renewable resource CCTV power supply system for many
applications. Equipment is supplied without the mounting poles as these are typically sourced locally. Guidelines for suitable pole mounting requirements can be found in the
Wind Turbine Section.
in order to operate correctly. Typically a single 100 Watt Solar Panel and Controller with Battery will support a single speed dome with standard wireless transmitter.
Care must be taken not to overload the Solar CCTV System Power Supply, e.g. while a single speed dome may consume little current when idle, its start current can exceed
3Amps so for this reason only a single speed dome per Solar Panel is recommended.
Also when fitting multiple static cameras to a Solar Panel CCTV Power Supply System remember to take into consideration the load at night when the LEDs of all in one
cameras come into operation effectively increasing the over all load at night when the batteries are in operation.
The Solar Panel System may also be incorporated with our Wind Turbine System to provide a dual eco-freindly renewable resource CCTV power supply system for many
applications. Equipment is supplied without the mounting poles as these are typically sourced locally. Guidelines for suitable pole mounting requirements can be found in the
Wind Turbine Section.
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