Solar Series LED Wind Cones and Wind Socks Installed in the Caribbean

17 Jul Solar Series LED Wind Cones and Wind Socks Installed in the Caribbean

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Aviation Renewables has recently overseen the delivery and installation of two Solar Series LED Wind Cones at a civilian airport in the Caribbean. The Solar Series LED Wind Cones will improve safety of operations for both daytime and nighttime operations, and continues to be the world’s most-installed solar LED wind sock.

Solar Series LED Wind Cones and Wind Socks

Using high brightness LEDs and a rugged UV-resistant fabric, the internally lighted windsocks are illuminated to support nighttime take off and landings. In the event of poor visibility during the day, the wind cones can be activated at any time via radio control. The windcone forms part of a fully integrated Solar LED airfield lighting system, creating numerous benefits for the airport. These benefits include lower up front capital and infrastructure costs, the elimination of ongoing maintenance and energy costs, and a vastly reduced environmental footprint. Manufactured with a patented swivel, all aluminum construction, LED obstruction light and a pole mounted solar power operating system, the internally lighted Wind Cone provides reliable, worry-free operation in the challenging equatorial conditions of the Caribbean.

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Project Reports

LED Helipad Lighting System Installed & Commissioned in Africa
Synopsis LED Helipad Lighting. Aviation Renewables was awarded a contract to deliver, install and commission a solar powered LED Helicopter Approach Path Indicator and solar LED helipad lighting system to a customer in Central Africa. The system is designed to operate without the use of the grid power, making it a reliable cost-effective safety tool for the operation. Challenge The heliport operates in a coastal jungle area, which is subject to frequent showers and low visibility. During approach, there are several obstacles that must be avoided using proper glideslope. Being a remote site, access to electrical power is limited. As a result, they required a solar powered system that would operate without need for electrical inputs of any kind. The helipad operates with limited ground staff, necessitating the ability for the pilots to be able to activate and control the intensity of the lighting from the air. Solution Aviation Renewables delivered, installed and commissioned an off-grid, solar powered LED HAPI, windsock and solar TLOF lighting. The HAPI is powered by a self-contained solar power system that is mounted on frangible couplings. The 120W solar unit charges batteries containing 2.5kWh of storage, enabling the HAPI to operate for up to 8 hours per day. The Solar Series LED Wind Cone is installed adjacent to the helipad. It is a completely self-contained unit that mounts to a single mounting point, which eliminates any need for underground cabling or connections points which are a common point of failure. The windcone is powered by a 100W solar module, which will power the internally lit wind sock and obstruction light from dusk to dawn. The solar LED TLOF lighting is activated by a pilot activated radio controller, which allows the pilot to use the VHF radio in the cockpit to control the intensity of the lighting. The lighting is standalone and autonomous, requiring no connection to grid power or electrical wiring. Aviation Renewables was on site to lead the installation and commission the system. The entire system was installed and operational within 5 days. View the complete Project Report and find more about Solar LED Helipad Lighting here. LED Helipad System Installed and Commissioned by Aviation Renewables Solar Series LED HAPI System Installed by Aviation Renewables
LED PAPI Systems and Windsock Lighting Installed at Caribbean Intl Airport
Synopsis LED PAPI System. Aviation Renewables was tasked with the planning, surveying installation and commissioning of Solar LED PAPIs and Solar LED Windcones in Georgetown, Guyana. These visual aids will be used permanently following the completion of a runway extension project. The savings in installation cost, maintenance cost and electricity made the solar LED PAPI the desired option for this gateway to the country. Challenge Cheddi Jagan International Airport, in Georgetown Guyana, is nearing completion of a runway extension project. As part of the project, new lighting was installed during resurfacing of the existing runway. In order to meet cost and sustainability goals for the project, the airport consulted Aviation Renewables on ways to implement ICAO-compliant lighting that would make an impact on both financial savings and the environment. Solution Aviation Renewables installed a solar powered LED PAPI and solar powered LED windcone as part of the permanent visual aids package on the airfield. These two products are fully compliant to ICAO standards, and present significant savings in both energy and carbon emissions. The LED PAPI has a solar power system that is appropriately sized to power the LED PAPI 24/7, with additional redundancy for extended periods of cloudy weather. With no electrical inputs required, the airport saves a large amount of electricity, but also allows the airport to reduce the number of CCRs and circuits they require. This is a massive reduction in initial cost when compared to a conventionally powered system. The Solar LED Windcones operate autonomously with almost no main- tenance required. With an individual solar power system for each wind cone, the internal luminaire and obstruction light operate dusk to dawn through an automatic photocell switch. The tilt-pole design allows for easy replacement of the windsock fabric by one person, when required. With no other maintenance or electrical inputs, the Solar LED Windcone will offer long-term savings over a period of 15 years or more. Aviation Renewables worked with the airport on the initial design layout, and attended the site for surveying, installation, commissioning and training. Over the course of one week, the team was able to complete two Solar LED PAPIs and two Solar LED Windcones, without impacting airport operations. View the complete Project Report and find more about LED PAPI Systems and Windsock Lighting here. Solar LED PAPI Systems Installed and Commissioned by Aviation Renewables
Taxiway Edge Markers and Windsock Lighting Solution for 24/7 Operations
Synopsis Reflective Edge Marker. Aviation Renewables supplied Lynden Pindling International Airport in Nassau, Bahamas with its iSeries retro reflective taxi- way edge markers and Solar Series LED windcones for day and nighttime airfield operations. The ICAO compliant retro reflective taxiway markers complement existing LED airfield lighting as a redundant taxiway back up marking system in the event of electrical failures with the Solar Series LED Windcones replacing existing electrically powered windcones. The iSeries and Solar Series LED airfield lighting and taxiway marking solutions help meet LPIA’s energy, maintenance, emergency preparedness and carbon reduction targets. Challenge As the Caribbean’s busiest airport, Lynden Pindling International Airport faces increasing operating challenges including storm surge salt water flooding, salt corrosion, high temperatures and major hurricanes. As part of their adaptation and mitigation strategies, LPIA identified a need for a simple, ICAO compliant taxiway marking and LED windcone solution that would enable the airport to remain operational in the event of a loss of an LED airfield lighting circuit. As part of the airport’s multi-year runway resurfacing project, LPIA received a mandate to minimize electrical use, reduce energy consumption and lower carbon emissions with ICAO-compliant LED airfield lighting and taxiway marking products. Solution The taxiways now feature redundant, passive retroreflective markers at each taxiway light position. These markers are highly visible at night, with reflected light visible from 1km or more. The markers allow the airport to continue using the taxiways in the event of a circuit failure. They also add extra visibility to the lights for airside vehicle traffic, preventing vehicles from damaging lights that are not illuminated. The Solar Series S3612 LED windcone is an ICAO compliant Wind Direction Indicator with no electrical input. The 100W solar panel and self-contained battery are mounted directly to the base of the pole, acting as unique counter weight to the tilt-pole design and keeping all electrical components above ground. With all equipment located above ground, any chance of water intrusion during heavy tropical down- pours or flooding is reduced, which further enhances the reliability and durability of the Solar Series LED Windcone. The Bahamas’ electricity is generated by diesel fuel, so having solar LED airfield lighting and reflective taxiway systems will help mitigate the carbon impact of the airport’s electricity use. View the complete Project Report and find more about Reflective Edge Markers here. iSeries Reflective Taxiway Markers at LPIA, Bahamas Supplied by Aviation Renewables
Solar Series Tactical Windsock Lighting for Middle East Defense Operations
Synopsis Windsock Lighting. Aviation Renewables designed and supplied a solar powered tactical windcone for a military force in the Middle East. Through a program of record agreement, multiple batches of these portable, NVG compatible wind direction indicators have been sent in support of mission readiness goals. Challenge Through a capabilities planning exercise, the military force established the need for a portable windsock that meet the following specifications: solar powered, with no external wiring connections, quickly deployed in 10 minutes or less, no ground penetrations, NVG compatible IR LEDs, blackout mode (no visible light emissions), etc. The unit is easily transportable and can be set up quickly by 2 persons. The all-aluminum construction is resistant to hot/humid environmental conditions present in the area. The patented, maintenance-free swivel ensures that very little maintenance is required to keep the units serviceable. A simple battery change every 5-7 years and replacement of the fabric windsock every 2 years is all that is required in normal operations, and the windcones have an expected service life of 25 years. Solution Aviation Renewables was able to design and supply a portable windcone that met all of the design require- ments, and was able to deliver on the desired timelines, with multiple shipments over a period of several months. The Solar Series Tactical Windcone is designed for military clients, with NVG capability using Infrared LED luminaires. The unit uses a three-way switch to manually toggle between visible and infrared (NVG) modes. There is no visible light emitted in NVG mode from either the internally lit windsock or the obstruction light. The unit is easily transportable and can be set up quickly by 2 persons. The all-aluminum construction is resistant to hot/humid environmental conditions present in the area. The patented, maintenance-free swivel ensures that very little maintenance is required to keep the units serviceable. A simple battery change every 5-7 years and replacement of the fabric windsock every 2 years is all that is required in normal operations, and the windcones have an expected service life of 25 years. View the complete Project Report and find more about Windsock Lighting here. Solar Series Wind Cones Supplied by Aviation Renewables
Windsock Lighting for Remote Helipad on the Coast of British Columbia
Synopsis Windsock Lighting Solution. Aviation Renewables supplied a Solar Series Permanent LED Windsock Lighting as part of a heliport repair program for the Canadian Department of Fisheries and Oceans at a remote heliport on the coast of British Columbia. The Solar Series Heliport Windcone provides clear indication of wind direction and speed for helicopters, both night and day, 365 days of the year. Challenge The existing helipad is located in a remote community that is only accessible via boat, helicopter or seaplane. The helipad was scheduled to be reconstructed to bring it up to current standards. As part of the reconstruction, the heliport was equipped with a lighted wind direction indicator to add enhanced conspicuity. As the community is very remote, with limited electrical infrastructure, a solar powered solution was required. Due to the rugged mountainous terrain and the northern latitude, the available solar insolation was quite limited, leading to design challenges. Solution The Solar Series Windcone was specially requested due to the ability to easily increase the solar charging capacity to combat the limited solar energy available. The windcone is easily mounted to a single concrete pad, which enabled the civil works contractor to quickly assemble and install the unit. SOLAR WINDSOCK LIGHTING FOR REMOTE HELIPAD ON THE COAST OF BRITISH COLUMBIA This version of the Solar Series Helipad Windcone was set up with dusk-to-dawn automatic operation, meaning the windcone will automatically illuminate in the evening, and turn itself off in the morning. The Windcone has a custom solar panel mount in order to maximize the collection of the available solar power in that region. View the complete Project Report and find more about Windsock Lighting here. Solar Series LED Wind Cone Supplied by Aviation Renewables
Portable Solar LED Wind Cone for Emergency Heliport Lighting System in Europe
Synopsis Aviation Renewables designed a custom wind cone 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. Challenge The vast majority of Medevac flying in the United Kingdom is handled by charity organizations. The organizations operate on limited budgets, and are supported primarily by donations. As such, the priority for these organizations is maximizing the safety of night operations with cost-effective solutions. As primary beneficiaries of the medevac services, the remote communities take particular care and ownership of these lighting systems. The local community members operate, deploy and perform maintenance on these systems. As such, a system that is durable, reliable and simple to operate is required. Solution In order to keep costs as low as possible, a system design using a common solar power system for the entire kit was developed. The portable lights are charged in a cabinet by the solar power system; the Pilot Activated radio control system is kept in active mode by the internal battery; and the windcone is powered by this same solar power system. When a medevac situation presents itself, local community members deploy the portable emergency lights on the perimeter of the helipad. The lights can be switched on manually, or by the approaching helicopter via VHF radio. Pilot reports indicate the lights can be seen at these remote sites as far as 4 miles out. The internally illuminated windcone gives key indication of the wind direction and strength, vital information for the pilots whilst planning their approach and touch down. The system has been very well received by both pilots and community members alike. View the complete Project Report and find more about Emergency Heliport Lighting System here. Solar Series LED Wind Cone Supplied and Installed at UK by Aviation Renewables
Portable LED Helipad Lighting System Delivered to Mexico
Synopsis Aviation Renewables has delivered an Autonomous Helipad Lighting System and a Portable Helipad Windcone to a private operator in Mexico. Aviation Renewables was able to specifically design this lighting package to stay within the customer’s budget and desire to meet compliance with ICAO specifications. Challenge The Autonomous lighting system is designed for quick deployment, for operational readiness for emergency night operations. The individual lights are completely self-contained advanced LED units, incorporating a wireless interface for programming, monitoring and controlling the lights. The lights are pre-programmed to create a TLOF and sequenced approach system. Solution The Solar Series Portable Helipad Windcone is a smaller version of the Solar Series Permanent Windcone, and is specifically designed for helipads. The unit is compact and lightweight and stays fully charged while in storage. The all-aluminum construction ensures the windcone will not rust or corrode, regardless of the environment in which it is stored or deployed. Aviation Renewables consults for manufacturers to provide solar LED airfield lighting, solar LED obstruction lighting, solar LED heliport lighting, solar power systems and green-tech energy savings lighting and power solutions for the international aviation industry. Acting as a centre of excellence for the aviation industry including stakeholders, customers and its global distribution network, Aviation Renewables delivers solar LED runway lighting, taxiway lighting, heliport lighting, obstruction lighting, runway guard lighting, wind cone lighting, airfield sign lighting, PAPI and APAPI and airport beacon lighting. Combining unique technologies from industries best manufacturers, Aviation Renewables has created the Solar Series aviation lighting and power line for customized solutions such as LED runway lighting, LED taxiway lighting, LED obstruction lighting, LED heliport lighting, LED runway guard lights, LED airfield signs and LED wind cones. For more information on renewable power and lighting solutions for the international aviation industry. Solar Series LED Windcone & LED Helipad Lighting Supplied by Aviation Renewables

Solar Series LED Wind Cones and Wind Socks Installed in the Caribbean

17 Jul Solar Series LED Wind Cones and Wind Socks Installed in the Caribbean

Solar Series LED Wind Cones and Wind Socks

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