LED PAPI lights. Aviation Renewables supplied, installed and commissioned a Solar LED Precision Approach Path Indicator (PAPI) for temporary use during construction activity. A runway-repaving project necessitated several threshold displacements over the course of several months. The Solar LED PAPI proved the ideal choice for cost-savings, ease of use and the ability to quickly move it as the project progressed.

Portable Airfield Lighting. Aviation Renewables has been awarded a contract to supply, deliver and commission two portable LED airfield lighting systems for a central East African Civil Aviation Department. Each portable LED airfield lighting system will consist of LED runway lighting, LED threshold lighting, LED taxiway lighting, LED REILs (Runway End Identifier Lights), LED PAPIs and remote control operating systems. The lights will be housed in portable trailers, which will charge, transport and store the portable LED runway lighting system. In addition to supplying portable LED airfield lighting, Aviation Renewables will be on-site to conduct technical training and commissioning for the civil aviation department personnel and airport operators in order to ensure safe operations, proper system deployment and routine maintenance schedules over the duration of the contract.

Aviation Renewables supplied the Government of NWT with extra tall 36” highly retro reflective edge light markers (RELMS) to add visibility to taxiway and runway lights in areas subject to large amounts of collected snow. These snowplow markers have reflective sleeves that are easily replaced when required to ensure long product lifespan. The easily installed reflective markers are a small investment to avoid costly damage of lighting equipment from snowplows.

Portable LED PAPI - 2 box (APAPI) was supplied and commissioned for use while flight testing steep approaches. Aviation Renewables supplied the product and expertise as part of the certification process for an aircraft’s ability to operate into an airport in the Caribbean.

Aviation Renewables delivered a retro reflective helipad marking system for a mine site in Canada. The versatile system will allow the helipad to receive MEDEVAC helicopters in the event of an emergency. The system exceeds the requirements of the helicopter operator, and consists of reflective helipad marker cones, and autonomous solar lighting.

Aviation Renewables completed a high mast LED Apron Lighting retrofit project at Lynden Pindling International Airport (NAS) in Nassau, Bahamas. The new LED apron lighting system offers exceptional savings in electricity, maintenance and equipment costs with a 10-year warranty on performance, parts and labour.

Aviation Renewables was awarded a contract to design, deliver product, install and commission a complete off-grid, autonomous solar airfield lighting and marking system at Carriacou Airport in Grenada. After careful consultation with the airport management team and Civil Aviation Authority, a complete ICAO compliant solar LED runway lighting system was requested for delivery within 7 weeks of award. The system consisted of Solar LED runway and threshold lights as well as an autonomous taxiway marking system for day and nighttime operations. This project was completed within the limited time frame and restricted budget.

Aviation Renewables delivered a portable airfield lighting system for Erik Neilson International Airport in Yukon Territory, Canada. The versatile system will allow the airport to maintain operations in case of an emergency outage of the primary lighting system. In addition, the system can also be deployed to other airports within the territory during construction operations, planned maintenance activities or disaster response airport exercises. The portable LED airfield lighting system charging trailers required a custom electrical charging solution compatible to both the international airport and remote regional airport infrastructure requirements. Training was carried out onsite for airport electrical staff, maintenance operators emergency crew personnel.

Aviation Renewables designed a custom windsock as part of a solar powered, emergency heliport lighting system in the UK. The system features a Solar Series LED Wind Cone that shares a common solar power system with a portable LED helipad lighting system, and radio controller. This emergency lighting system allows remote communities to be reached 24/7 by medevac helicopter, greatly enhancing emergency response times in these areas.

Aviation Renewables has been awarded a contract to supply portable airfield lighting systems solutions for an international airport in Northern Canada. After careful consultation with the airport management team, a portable LED airfield lighting system was designed, shipped and installed within 7 weeks for the runway-resurfacing project on the airport’s primary runway. The ICAO compliant portable lighting allows the airport to easily displace the threshold multiple times through different phases of the project.

Aviation Renewables was tasked with the design, supply, training and commissioning of two portable LED taxiway lighting systems for TPIA, Canada’s largest and busiest international airport. The portable LED airfield lighting systems will be used for emergency airfield lighting operations, construction and maintenance activities. The two portable LED taxiway lighting systems can be stored, transported and charged within a rugged, road worthy transport trailer. Aviation Renewables successfully delivered two portable LED taxiway lighting systems within 8 weeks time in order to guarantee 24/7 TPIA operations during year round operations.

An LED Runway Lighting System powered by solar energy was chosen as the best solution for a coastal airfield located in East Africa, in order to support 24/7 operations. Working with Aviation Renewables, the company selected a fully ICAO-compliant Solar LED Runway Lighting System that will support operations during night and inclement weather. Aviation Renewables was on site to manage the installation, commissioning and training of the system.