改造机场跑道照明系统遗留设备的 5 个理由

Runway safety is non-negotiable at every airport, regardless of size, capacity, or location. Operational efficiency and cost-effectiveness are also critical elements of running an airport with sustainable profitability.

However, if any of the elements begin to slip due to aging, deterioration, or outdated runway lighting equipment, retrofitting your legacy parts and equipment goes from mere maintenance to becoming a strategic investment in performance, compliance, and long-term cost control. 

What Are The Signs That A Legacy Equipment Retrofit May Be Necessary?

Your airport runway lights are essential to running a safe, efficient operation. Even if you maintain them regularly, there will be a time when retrofitting your equipment will be required to maintain high safety standards.

Here are a few of the warning signs to watch out for: 

Higher Energy Consumption

Legacy equipment often uses significantly more power than modern LED-based systems, especially as they age and need to work harder to function. 

Beams Have Become Weaker

Pilots may have trouble seeing the runway on approach, especially in low visibility conditions such as rain, snow, fog, or at night, if the diminished beam from the older bulbs fails to cut through the horizon. 

Increased Maintenance Needs

Older runway lights, especially those using metal halide or incandescent lamps, will burn out quickly and generate intense heat, necessitating more frequent maintenance visits from your technical teams.

Parts Are Becoming Harder To Source

Decades-old gearboxes, belt drives, and other legacy equipment are becoming harder to find, costing you time and money to source and ship them to your location.

Ignoring these warning signs can lead to increased maintenance and energy costs that exceed the investment in a retrofit, while also affecting your compliance with evolving standards from governing bodies such as the FAA and ICAO. 

5 Reasons To Retrofit Your Airport Runway’s Legacy Equipment 

Here are the top five reasons to start your retrofit project sooner rather than later: 

  1. Longer Equipment Life 

Retrofitting your existing lamp system with LED technology extends its service life to 50,000 hours or more, several times that of traditional fixtures. This longevity translates to fewer lamp changes, less system downtime for maintenance, and significantly lower replacement costs over time.

  1. Better Energy Efficiency

Traditional fixtures consume up to 70 percent more power than LED systems, significantly impacting your operating budget. An LED retrofit pays for itself over time, especially at airports with thousands of lamps across their airfields. These gains are also compounded by lower heat generation, as LEDs emit less thermal energy than incandescent sources, easing the load on electrical components and cabling insulation.

  1. Reliability Under Any Conditions

Traditional halogen or incandescent systems are prone to filament failure and photometric degradation, particularly in extreme weather or high-vibration environments. LED fixtures, by comparison, provide consistent output and color performance over a wide operating range. Furthermore, modern LED lighting units can incorporate robust surge protection and hermetically sealed housings to withstand exposure to moisture, chemicals, and runway de-icing agents, enhancing consistent reliability for pilots, ground crews, and tower personnel.

  1. Easy Integration With Modern Control Systems

It can be challenging to integrate legacy systems with modern airport technology, such as an Airport Lighting Control and Monitoring System (ALCMS). Retrofitting with LEDs allows you to adopt an ALCMS, which can automate the dimming and brightening of the runway LED bulbs to match visibility conditions or air traffic requirements. LED-based systems can also integrate seamlessly with Automated Surface Detection Equipment (ASDE), which allows ground lights to respond intelligently to aircraft or vehicle movement on the airfield.

阅读更多 利用远程监控解决方案改善机场运营

  1. Keeps You Compliant With ICAO And FAA Standards

Upgrading lighting systems to technology that offers tighter photometric performance, better color uniformity, and improved environmental sealing is a critical factor for certification and inspection by relevant governing bodies.

阅读更多 机场照明和供电设备的合规性和标准化

Start Setting The Standard For Airport Safety And Efficiency

Our team maintains that airport lighting retrofitting is more of an investment in energy savings than a cost. As air traffic volumes increase and regulatory expectations tighten, airports that continue to rely on aging lighting infrastructure will face growing challenges that become increasingly difficult to overcome over time.

That’s why retrofitting is a sound strategy for airport operators who want to future-proof their infrastructure with advanced LED technology that saves money, boosts profits, and supports expansion opportunities. 

When you’re ready to upgrade your runway lighting and electrical equipment, call the experts at Airport Lighting Company for reliable, customized recommendations, high-quality components, and exceptional customer service.   

Call Airport Lighting Company For The Latest In Airport Lighting Technology

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关于精密进场路径指示灯 (PAPI) 您需要知道的一切

20 世纪初,当商业机场开始运营时,跑道照明系统通常由煤油照明弹、烽火和泛光灯组成,用于标记着陆区。那时,机场运营者利用一切方便的工具来确保飞机安全高效地起飞和降落。 时至今日的现代化机场,先进技术已成为跑道照明系统不可或缺的日常设备。精确进近路径指示器 (PAPI) 就是飞行员在进近过程中依赖的创新技术的一个重要例子。

为什么带灯风筒是跑道照明系统的重要组成部分?

跑道照明系统旨在减少飞行员的不确定性。它们引导飞机通过低能见度条件,防止跑道入侵,并确保安全、高效的起飞、着陆和地面移动 任何完整的跑道照明系统的关键组成部分都是照明风锥。这些高科技装置为飞行员在进场、着陆和滑行时提供可靠、实时的地面风向和相对风速信息。如果没有它们,就有可能发生横风着陆、起飞失败和跑道事故。

保护跑道照明免受极端天气影响的技巧

极端天气条件可能在任何时间、任何地点发生,严重程度各不相同。恶劣天气对机场照明灯具、线路、控制设备和其他组件的影响可能会破坏正常运行,严重影响系统支持跑道和滑行道安全的能力。 虽然无法阻止极端天气的发生,但机场运营商可以采取措施帮助减轻对跑道照明系统的影响。不过,首先必须了解雪、沙、温度波动以及其他与天气相关的条件和事件会如何影响跑道照明基础设施。

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