Typical Applications
• Portable emergency airfield lighting.
• Permanent or sustained operations.
• Helipad lighting.
• Humanitarian aid, medevac.
• Resource industry.
• Temporary airfield lighting - Runways, Threshold, Approach, Taxiway, Obstruction, PAPI/APAPI.
Major Benefits
• Modular solar power, battery backup, charge port and trailer.
• Rapid deployment - self-contained, install and operate within minutes.
• Easy transport - trailer mounted, road worthy, DC charging port for long term storage.
• 2.4GHz RF control - global encrypted radio control.
• Eliminates electricity, nightly battery recharging and battery replacement.
• Triple redundant operating capability, daily sun or DC direct charge.
• RF diagnostics for LED, battery and real time analysis.
• 150 hours of operations for ICAO VFR, 40 hours for FAA IFR intensities.
• Day/night operation, NVG compatible, multi-color LEDs, handheld controller.
Compliance
Can be supplied to meet either:
• International Civil Aviation Organization (ICAO) Annex 14 emergency lighting requirements.
• FAA VFR and IFR Non Precision Medium Intensity Runway and Taxiway Lighting (MIRLs) photometrics.
Avlite Systems' Solar Portable Airfield Lighting System (Solar PALS) is a convenient, fully transportable, autonomous lighting system for easy, rapid deployment supporting long-term, maintenance-free operations for both civil and defense airfields. A 5,000ft/1500m runway can be set up and operational within minutes in visible or NVG compatible infrared LED lighting modes for both fixed wing and rotary aircraft operations. When set up as a complete airfield, the Avlite Solar PALS can be controlled via the 2.4GHz encrypted mesh network, an intelligent system capable of being operated from the tower, ground or approaching aircraft through a VHF signal using the pilot control option. There is no requirement for any cables, generators or electrical infrastructure of any sort.
Avlite's Solar PALS is designed for a variety of applications including emergency airfield lighting, secondary or emergency landing areas, sustaining runway and helipad operations and tactical lighting under both visible and infrared modes for defense and humanitarian aid operations. The Avlite Solar PALS can be used as a supplement to the main lighting system for use in the event of failure, temporary runway setup during construction or resurfacing, or for use at airfields where the hard-wired infrastructure of a conventional airfield is unavailable or prone to failure.
The Avlite Solar PALS eliminates the costly need for charging infrastructure, special equipment or electrical expertise associated with standard battery or electrical airfield lighting systems. Lower costs associated with up front investment, daily operating and maintenance costs result in greater economical savings and a higher degree of safety for the airport and end customer.
The Avlite Solar PALS consists of radio controlled AV72 and AV425-RF solar aviation lights, RF radio controller and a custom-built trailer to transport, charge and store the system. The modular nature of this system allows for additional airfield lighting accessories, all powered by solar including: APAPI/PAPI, airfield signs, wind cones and approach lights.
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AV72
The Solar PALS contains AV72 solar airfield lights capable of taxiway, helipad, obstruction or apron edge lighting via a multi-LED optical array design. The AV72 is a compact, lightweight, easily deployable light with a DC charge port for charging during storage and a NiMH replaceable battery. The solar panels are angled to track the sun and charge the battery during daylight hours. RF diagnostics allow the operator to determine the battery status, change light characteristics such as LED color, intensity, LED outputs to visible or infrared and flash codes as well as turn the unit on and off. The AV72 will operate for over 150 hours without any need for recharge from the sun. When connected to the charge, the AV72 will charge in approximately 4 hours. |
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AV72: Radio Controlled solar aviation light provides NVG compatible visible and infrared LED outputs. |
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