Aviation Renewables designed and supplied three Portable LED Airfield Lighting Systems for the Civil Aviation Authority. The systems will be kept on hand and deployed in the event of unexpected airport power failure or equipment malfunction. The trailer-based system will mitigate any potential safety and operational risks presented by aging airfield lighting infrastructure.

Aviation Renewables was contracted to design, deliver, install and provide training for a complete off-grid, autonomous airfield marking and lighting system at a remote mine site in Central Africa. The system consisted of two 4-Box Solar Series LED PAPI powered by the iSeries portable battery systems, an autonomous LED sequence approach lighting system, LED runway end identifier lights (REILs) and an autonomous runway marking system for day and nighttime operations.

Aviation Renewables supplied, installed, trained and commissioned a Solar LED airfield lighting system in Eastern Africa. The system features Solar LED Wind Cones operating with a solar LED runway lighting system via a hand held radio controller and pilot activated lighting system. Located in an austere location requiring highly coordinated transport logistics, Aviation Renewables traveled to the remote location to complete the project within 8 days.

Aviation Renewables was tasked with the design, installation, training and commisioning of an LED airfield Lighting System at a private civil airport in Lao PDR. The system features a Solar Series LED PAPI and LED runway edge, and threshold lighting. Aviation Renewables traveled to the site for the first phase, and had the system installed and operational in 3 days for the self-contained approach system to increase the safety of all approaches. As part of a longer term capital investment, the second phase consisted of LED runway lighting to enable safe night landings.

Aviation Renewables was tasked with the supply, training and commissioning of a portable LED runway lighting system for an International Airport located in the Caribbean. The entire portable LED runway lighting system solution is stored, transported and charged in the civilian designed mobile trailer. The airport is able to transport the equipment to any location within the air eld within minutes notice as a contingency on demand system, ready for quick deployment in the case of a power failure to the main runway lighting system or unforeseen circumstances such as a displaced threshold or natural disaster.

Aviation Renewables in partnership with Flight Light Inc. and JSF Technologies, has supplied a total of 39 Solar Series Elevated Runway Guard Lights (ERGL) to a US Air Base, in support of USAF airfield operations. The Solar Series ERGL is a self-contained, self-charging, power free, cost efficient solution, requiring minimal installation and maintenance. The Solar Series ERGL offers a quick and effective solution to airfields, in support of efforts to prevent unnecessary runway incursions and over-all airfield safety.

Aviation Renewables was tasked with the design, installation, training and commisioning of an LED airfield lighting system at a private civil airport in Lao PDR. The system features a Solar Series LED PAPI systems, LED runway edge and threshold lighting to enable safe night landings.

Aviation Renewables designed and oversaw the installation of a solar LED airfield lighting system in the Caribbean. The system features Solar Series LED airfield lighting solutions. With an urgent need to be operational, the entire system was installed and operational in less than 3 weeks time at a fraction of the cost compared to a conventional system.

Aviation Renewables designed, supplied and installed the Solar Series LED PAPI powered by its MAPPS solar power system at a remote airport in Southeast Asia. Aviation Renewables was able to deliver and install the system within 4 weeks of purchase order, meeting the client's deadlines for funding. As a remote, off-grid location high in the mountains, the airport faced a challenge to provide adequate vertical guidance for the challenging mountainous approach. 

Aviation Renewables designed and oversaw the installation of solar powered LED Wind Cones for an airport in the Caribbean. The system features Solar Series LED Wind Cones operating with a solar LED runway lighting system via a hand held radio controller. With an urgent need to be operational, the wind cones were installed in a single day with the solar runway lighting system installed and operational in less than 3 weeks time at a fraction of the cost compared to a conventional system.

Aviation Renewables was tasked with the design of a solar airfield lighting system for the extension of the runway at the International Airport, located in South America. The solar airfield lighting system features advanced LED lighting and power solutions that operate from a remote command and control system.