INTELLIGENT
SOLAR POWERED
AIRFIELD GROUND
LIGHTING
AIRFIELD LIGHTING SYSTEM
Our complete airfield lighting system combines solar autonomy, remote monitoring,
robust design and long service life. System could be easily installed within 15 minutes
and maintain its operational ability for 50 hours.
Separately installed solar panel allows to adapt panel size (power output) to specific geographic location. Built-in self-diagnostics will
recognize potentially critical situation (e.g. low battery level, unauthorized unit deactivation, etc.) and send warning sms to user-defined
cell phone numbers. Visual Control Room’s staff can remotely control and monitor system or its components via dedicated computer
interface. Compliance with ICAO requirements for non-instrument runways makes this system an ideal solution for airfields with
unavailable or unreliable electrical supply.
/ INTELLIGENT SP-401 UNIT
WIRELESS
CONNECTION
[UP TO 100 M
BETWEEN LIGHTING UNITS]
LED-BASED OPTICS
UV RESISTANT
POLYCARBONATE
DOME
ON/OFF PUSH BUTTON
BATTERY STATUS
CHARGING PORT
LIGHTING UNIT
MICROCONTROLLER
• SOLAR PANEL
• CHARGING UNIT
• CABEL
• SELF-DIAGNOSTICS
• INTEGRATED RADIO MODULE
HEAVY DUTY, UV RESISTANT,
CORROSION FREE HOUSING
BUILT-IN BATTERY
• 50 HRS OF OPERATIONS
• 14 DAYS OF STANDBY
/ RUNWAY LIGHTING SYSTEM
WIRELESS
CONNECTION
UP TO 3 KM
BETWEEN REMOTE
AND LIGHTING UNITS
REMOTE
CONTROL
UNIT UR-201
/ AVAILABLE TYPES OF LIGHTING UNITS
RUNWAY EDGE
RUNWAY THRESHOLD
TAXIWAY / APRON
INTELLIGENT SP-401 UNIT
ICAO ANNEX 14, VOL I
SOLAR CHARGING
• Separately installed external solar panel
allows to apply various power output
• Automatic „from dusk till dawn”
operations (with solar panel)
Non-instrument runway
/ TECHNICAL SPECIFICATION
OPTICAL
BATTERY
ICAO Annex 14, Vol 1 photometrical compliance
ICAO Annex 14, Vol 1 chromaticity compliance
Intensity
Color
Horizontal light distribution
Operating modes
Light source
LED life expectancy
Intensity settings
Type
Capacity
Voltage
% of capacity at chosen
temperature levels
Operating time on fully charged battery
Stand-by time
Operating temperature
Life expectancy
CHARGING
Available charging options
Charging time (solar panel)
Charging time (stationary charging station)
Built-in battery level indicator
ENERGY
MANAGEMENT
Maximum power point tracking
with temperature compensation (MPPT-TC)
for optimal energy collection
In-build protection against
excessive over / discharging of the battery
CONTROL
& DIAGNOSTIC
Manual on/off switch button
Wireless activation (built-in MESH protocol)
Built-in microprocessor
Automatic self-diagnostic
SOLAR PANEL
CONSTRUCTION
MOUNTING
Cell technology
Standard power output
Operational nominal voltage
Efficiency
Dimensions (20W solar panel)
Weight
Body material
Lens material
Body colour
Protection rating
Charging connector
On/Off switch button
Weight
Permanent mounting of the lighting unit
Temporary mounting of the lighting unit
Mounting of the solar panel
REMOTE MONITORING
GSM monitoring and setup (via sms)
Automatic alarm messages via sms
(e.g. low battery level, unit deactivation, etc.)
Edge light
Threshold / End light
yes
yes
25-150 candela
White
Omni-directional
Steady-on, Temporary, Flash
LED ( 1 )
50.000 hours
Low | Medium | High
yes
yes
25-150 candela
Red-Green
Bi-directional
LED ( 2 )
Deep-cycle, VLRA
Certificate: ISO 9001, ISO14001
9Ah
12V
25 deg. C - 100%
0 deg. C - 85%
-15 deg. C - 65%
25-50 hours
(depending on selected intensity)
14 days
-20 do +50º
5 years
stationary charging unit
solar panel
electrical cable grid
20 min per 1 hour operation
7 hours
yes
yes
yes
yes
optionally
yes
yes
Monocrystalline
20W (10 or 40W optionally)
12V
13-17%
580 x 289 x 18 mm
2.3 kg
Composite technology, RTM
UV-stabilized Polycarbonate, Grade 2407
Yellow
IP65 (waterproof)
yes
yes
4 kg
4 x M5
Magnetic (magnets in-built in the base of the unit)
Separate fitting inculded with solar panel
SOLUTIONS4GA SP. Z O.O.
BABICE AERODROME / EPBC
SYLWESTRA KALISKIEGO 57
01-476 WARSAW | POLAND
T: +48 22 270 10 29
E: SALES@SOLUTIONS4GA.COM
WWW.SOLUTIONS4GA.COM