Retro Reflective Helipad Marking System Operating at Canadian Mine

Reflective-Helipad-Marking-System-Operating-Aviation-Renewables

16 Feb Retro Reflective Helipad Marking System Operating at Canadian Mine

Posted at 15:29h in LED Helipad Lighting, Projects, Reflective, Reflective by aviation.renewables 0 Comments

0 Likes

Retro-Reflective-Helipad-Marking-System
Download PDF

Application: Reflective Helipad Marking System

Products:

Retro Reflective Helipad Markers
Solar LED Helipad Lighting

Location: Canada

Date: 2019

Synopsis

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.

Challenge

As part of their Emergency Response Plan, the mine had a need for a reflective helipad markers in order to be a certified landing zone for MEDEVAC helicopters. The equipment needed to be compliant to the Helicopter Operator’s standards, and be built to withstand the harsh environmental conditions in Northern Canada. The client worked with Aviation Renewables to design a system that would exceed the requirements, by including additional Solar LED helipad lighting for added conspicuity.

Solution

Aviation Renewables was able to supply a retro reflective helipad lighting system with Solar LED Lighting. The micro-prismatic retro-reflective panels on the helipad markers are highly visible for approaching helicopters, and are visible by 4 miles in both Visible and Night Vision conditions. The passive markers not only require zero maintenance, but are also of little value to potential thieves. Being in rural undeveloped territory, the risk of theft is significant for any valuable technology. The reflective helipad markers and lights are firmly secured to the ground with stakes, and are able to withstand rotor downwash and tough climactic conditions. As a result of the installation, the mine was able pass the operator’s audit. They are now able to rely on emergency medical evacuation at any time, day or night.

View the complete Project Report and find more about Reflective Helipad Markers here.

Retro Reflective Helipad Marking System able for MEDEVAC operations — Reflective Helipad Marking System Manufactured and Delivered by Aviation Renewables

No Comments

Sorry, the comment form is closed at this time.

Project Reports

LED PAPI Systems Powered by RMS Solar Engines Support Oceanic Civil Airports
Synopsis LED PAPI Systems. Aviation Renewables has been awarded a contract to design, integrate and deliver portable LED PAPI (Precision Approach Path Indicator) systems powered by Solar Series RMS engines with L854 Pilot Activated Lighting Control (PALC) for a South Pacific remote island airfield. Challenge The remote private airfield is situated in extremely mountainous terrain. The sudden changes associated with the mountain weather leads to low visibility conditions that can be a challenge to pilots on approach. In order to maintain proper attitude and approach slope, the airport decided a PAPI system would be the best tool. The airport has no grid electricity and no ground personnel, so they required a system that used off-grid electricity and would be remotely activated. Solution The private airfield tasked Aviation Renewables with designing a PAPI system that would use a well- designed, reliable solar power system and be activated by VHF radio from the cockpit. As the system is so remote, emphasis was placed on ease-of-use and reliability. The RMS solar power system features a compact, all- in-one design that keeps failure points to a minimum. The unit is mounted low to the ground on frangible mounts to comply with frangibility requirements. Each RMS will collect enough electricity from the sun each day to supply ten 15-minute activations. In emergency situations where more usage may be required, the battery will provide 12 hours of continuous use. The L854 Pilot Activated Lighting Controller is inte- grated into the PAPI Power Control Unit and maintains a passive listening watch on the aerodrome frequency. When the L854 detects 3, 5 or 7 clicks on the VHF frequency, the unit instructs the PAPI to illuminate in low, medium or high intensity, respectively. The Solar Series LED PAPI features industry-leading efficiency with FAA certified photometrics. The LED PAPI is extremely easy to install and re-locate, which will allow the client to re-deploy the system to another remote airport when the need arises. Aviation Renewables has supplied multiple solar powered LED PAPI systems to this region to support temporary, semi-permanent and portable LED runway lighting operations. Using these easily transported systems enables the airport operator to provide continuous, safe and ICAO compliant LED PAPI operations for jet traffic during periods of airfield construction, runway resurfacing projects or any unexpected events of power failure. View the complete Project Report and find more about LED PAPI Systems here. Solar LED PAPI Systems Designed and Delivered 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
LED PAPI Lights for Temporary Operations
Synopsis 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. Challenge The International Airport in the Caribbean is conducting a large runway repaving project to improve the airport for several more decades. The airport has a single runway, and is the only airport in the country. It is the primary gateway to the country and a major hub airport for the entire Eastern Caribbean. As a result, the paving project needed to be carefully coordinated to allow the airport to maintain operations. The plan entailed displacing the thresholds several times throughout the project. Each time the threshold is displaced, a PAPI would need to be installed in order to provide accurate glideslope guidance for the new touchdown location.The Engineering Team consulted Aviation Renewables for advice on the best solution to this issue. The engineering team was reluctant to trench and lay conduit to each PAPI site, as this would be a significant cost in both time and money. Solution Aviation Renewables was able to supply an ICAO-compliant LED PAPI powered by a 1500-watt solar power system, this efficient unit enables the airport to operate the PAPI 24/7. The Solar LED PAPI system is an ICAO compliant 4-box PAPI system. It is powered by a 520-watt solar power system which will enable 24/7 operations in case of emergency evacuations for extended periods of time. The 30,000cd Solar LED PAPI system was visually checked to be visible from 10 miles on approach to the airport. The system has a photocell that provides automatic dimming at night. Aviation Renewables was able to supply the PAPI within 3 weeks of order and attended the installation and commissioning of the first location. The Engineering Team was trained on installation, commissioning and operation, with the intention that they will be able to easily move it to the next location when the project progresses. The Solar LED PAPI (Precision Approach Path Indicator) for Temporary Operations has no electrical inputs and it can quickly be moved in a matter of hours, with very little impact on the operation. In addition, the cost savings further compound considering the relatively high electricity price witin the island nation. The LED PAPI has been operating safely and effectively, and adds a measure of simplicity for planner of the large infrastructure project. View the complete Project Report and find more about LED PAPI Lights here. Solar Series LED PAPIs Supplied, Installed and Commissioned by Aviation Renewables
Portable Airfield Lighting is Ideal for Unexpected Emergency Situations
Synopsis Portable Airfield Lighting. Aviation Renewables has been awarded a contract to supply, deliver, train and commission two portable LED airfield lighting systems for a central East African Civil Aviation Department. After careful consultation with the aviation authority, 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 in order to ensure safe operations and proper system deployment. Challenge The client required pilot training for day and night landing and take off operations. At the completion of a factory acceptance test, delivery of each portable LED airfield lighting system allowed the East African Civil Aviation Authority to provide the training requirement. In addition, the Civil Aviation Authority will retain the ability to respond to unforeseen emergency situations such as electrical power failures, natural disasters and necessary maintenance requirements such as construction works, electrical airfield ground lighting maintenance, secondary back up runway lighting or training exercises. Solution After careful consultation with the client, Aviation Renewables designed a portable LED runway lighting system. The portable nature of the LED runway lighting system and the LED PAPI provides maximum flexibility for the client. The portable LED PAPI can be used to quickly displace a threshold when main- tenance activities or temporary obstructions are present. The portable lighting on a street-legal trailer can easily be towed to a different airport should the need arise. Having the portable LED lighting system in the management network will increase the reliability of all airports, not just the airport at which the lights are stored. View the complete Project Report and find more about Portable LED Airfield Lighting here. Portable Airfield Lighting Supplied by Aviation Renewables
Portable LED PAPI System Operating for Aircraft Manufacturer
Synopsis Portable LED PAPI – A 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. Challenge As part of the aircraft manufacturer’s certification process, a two box LED PAPI was modified for the purpose of testing steep approaches to support a unique operation in the Caribbean. As Precision Approach Path Indicators are normally set at 3º, most units are incapable of being set to the desired 9º in order to complete the testing. The manufacturer selected Aviation Renewables to lend expertise and to supply an appropriate LED APAPI for this project. Solution Aviation Renewables was able to supply an LED PAPI unit with a custom designed mounting structure for temporary use during this testing. The 2 box PAPI was designed to operate from 120VAC using a small portable generator. The unit was easily adjusted through the range of approach angles required during the testing, from 7 degrees to 9 degrees, and was accepted in combination with GPS and Radar Altimeter as certification support for the steep approaches. Aviation Renewables attended on site to support the installation and commissioning of the unit. In addition, Aviation Renewables guided a local surveying team through the Survey Method of PAPI commissioning, which verified the instruments used for setting the PAPI Approach angles. The testing took place over a period of several weeks, as a variety of wind and weather conditions were needed in order to simulate real-world conditions. The LED PAPI was adjusted to various angles several times each day, and performed flawlessly through the tests. The result was a successful certification, a pleased aircraft manufacturer, and a happy end user in the Caribbean. View the complete Project Report and find more about Portable LED PAPI System here. Portable LED PAPI System Installed & Commissioned 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 Airfield Lighting at Northern Canadian International Airport
Synopsis 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. Challenge The airport tasked Aviation Renewables to deliver LED PAPI systems powered by portable battery systems; threshold LED lighting systems powered by a Solar Series RMS portable charging station; and solar powered LED taxiway lighting. This LED lighting can be controlled via an RF remote control from either the ATC tower or ground personnel; or controlled by photocell for automatic dusk-to-dawn operation. Solution The airport required a portable LED airfield lighting system during the project to accommodate the vari- ous threshold displacements during different stages of the project. The portable threshold lighting and portable 4-box LED PAPI systems are easily picked up and re-located to indicate the new threshold location when required. The solar powered taxi- way lighting is used in conjunction with portable battery lighting on the secondary runway. This allows the airport to maintain night operations, even when the primary runway needs to be closed during resurfacing. Incorporating a mix of solar and battery portable lighting will allow the airport maximum flexibility during future operations, especially during the winter when sunlight hours are at a minimum. Aviation Renewables provided onsite assistance during the execution of the runway-resurfacing project to ensure all portable LED airfield lighting were functioning properly along with training and maintenance instruction provided to airport personnel. With a turn- around time of less than 7 weeks to deliver and commission a portable LED runway lighting system, achieving met the customer’s expectations for safety, compliance, cost savings and long term capability for future portable LED airfield lighting requirements. View the complete Project Report and find more about Portable Airfield Lighting operating at Canadian International Airport here. Portable LED Runway Lighting Installed by Aviation Renewables
LED Airfield Lighting Systems Ensure Continuous Operation by Day or Night
Synopsis 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. Challenge The Greater Toronto Airport Authority (GTAA) required the portable LED taxiway lighting systems capable of meeting ICAO & FAA photometric lighting standards via radio control in order to support day and night operations. GTAA required the portable LED airfield lighting systems to be transportable, capable of charging while in storage and be ready to deploy within minutes to support 24/7 year round operations. The portable LED taxiway lighting systems and mobile charging system meet all CSA (Canadian Standards Association) lighting and electrical standards which required onsite customization of the portable charging trailers and a mobile charging system. With the holiday season approaching, Aviation Renewables was able to deliver, train and commission a complete turnkey LED taxiway lighting system within two months time, meeting the airports goals. Solution The portable LED taxiway lighting solution is the most installed, tested and proven, battery powered LED airfield lighting system in the market. With simple drop-in magnetic charging bays and fast recharge times of 8 hours or less, the emergency LED airfield lighting system can be rapidly deployed within minutes. When not in use, the recharging trailers provide safe storage with maintenance free trickle charging capabilities. An advanced radio frequency mesh network control system allows the network to propagate and expand its operating range within the vicinity of the airfield. Due to an unexpected power failure that resulted in the loss of the airports taxiway inset lighting, GTAA required a rapid response time that would not only alleviate the immediate concern for day and night 24/7 operations but also provide a long term asset for future operations such as construction, taxiway rerouting, natural disasters, power interruption or training exercises. After careful consultation, Aviation Renewables recommended the portable LED taxiway lighting systems with radio control and a mobile charging system to accommodate any future requirements which included the supply of additional obstruction and barricade lights delivered to TPIA in the months thereafter. This custom solution allowed GTAA to mitigate their risk of any future power failures, thereby delivering increased resilience for uninterrupted, 24/7 operations during winter, spring, fall of summer operating conditions. The CALKIT portable airfield lighting system offers the best combination of convenience, performance and quick-deployment with immediate return on investment that is often realized in a one time unexpected event. Aviation Renewables is proud to support Canada’s largest airport along with its focus to improve safety, reduce its footprint and decrease costs as a leading global airport. View the complete Project Report and find more about LED Airfield Lighting here. Portable LED Airfield Lighting Systems Supplied by Aviation Renewables