We Stand Out

As a pioneer in the solar industry, Carmanah has developed reliable solar lighting technology since 1996. Deployed around the globe, our technology provides critical lighting systems at industrial sites, on airfields, in marine environments, and more. Our latest addition is connectivity: intelligent remote monitoring via satellite and Bluetooth® wireless technology is now available on select products.

We build it tough

What we do: Provide premium components engineered for industrial environments.

What that means: We select and develop the best hardware, software, and firmware for better energy efficiency, more robust design, superior performance, and long service life in a smaller size and lighter package.

What we use: The highest-power LEDs, highest-grade VRLA AGM and Lithium-Ion (Li-Ion) batteries, premium monocrystalline solar panels, and rugged aluminum/polycarbonate enclosures.

Why we stand out: Our high standards and passion for our work differentiate us in a performance-centric market.

High-Performance Light Output

  • We use the latest in visible and IR LED technology combined with custom optics designed in-house.
  • That means precise beam shapes send light only where it is intended to go, while still maintaining accurate chromaticity and minimizing power consumption.
  • We use best-in-class and small form-factor LEDS to create precise focal points and increased performance efficiency. Rapid pulse width modulation (PWM) of the LEDs prevents unwanted color shifts and allows precise variable control of output intensity.
We offer consistent, predictable illumination unaffected by intensity adjustments, changing temperature, battery charge levels, or other factors that could affect an inferior product’s output.

Intensity Requirements for Appropriate Visibility

How we help you specify the light intensity you need

Carmanah obstruction lights can be programmed to perform at a wide range of intensities, from a few candela up to well over 379 peak candela (OL800 white model). The brightness of the light will determine how far away it can be seen. The brighter your light, the more energy it will consume. For solar-powered products, brighter lights need more solar panels and batteries to ensure that they can last all night throughout the year, including the winter months that typically have less sunlight. To get a good product at optimal cost, it’s best to request realistic intensity settings.

Compliance: If you are trying to achieve a specific red aviation obstruction lighting standard as set by ICAO or the FAA, Carmanah can help. We have low-intensity and medium-intensity lighting solutions for many of our applications. Explore our light regulations section for details on FAA, Transport Canada, and ICAO guidelines.

Go to Light Regulations

Candela: The desired intensity can also be specified by required candela value. In our calculations, we always use Effective Intensity to measure a light’s brightness, which is the intensity that your eye perceives when looking at a light. In the case of a flashing light, the human eye will always perceive a lower value than the actual output, known as Peak Intensity, of the LEDs. Our calculations compensate for the fact that the LEDs will need to be driven to a higher value to achieve the Effective Intensity requested. Calculating using Effective Intensity instead of Peak Intensity ensures you get a product with the light output you expect and the right solar engine to perform reliably.

Visible Distance: A third way to specify your intensity requirement is by entering a distance from which the light should be seen. Visibility depends on conditions such as smog, smoke particles, and water vapor. We use 0.85 transmissivity for Obstruction distance calculations to cover the most typical atmospheric conditions.

What Color Light Do I Need?

Select your lighting color and chromaticity

Carmanah Obstruction lights are designed to meet the needs of industrial applications. This means we have taken great care with our optical design and LED selection to ensure that, where required, our products meet the industry specified requirements for chromaticity and intensity.

Red: Our red OL series lights are primarily used in aviation obstruction applications.

Blue: Blue is commonly used for marking equipment areas, wayfinding applications, or railway blue flag protection.

White: White is used for route marking and generic hazard marking.

Yellow: Yellow is used for caution marking and generic hazard marking.

Green: Green is used for entrances to mine sites, haul routes, and other wayfinding applications.

obstruction light color options

Energy Management

How we make solar lighting work for your location

We pride ourselves in being able to provide solar-powered obstruction lights that perform under all weather conditions. Our lights provide reliable, long-lasting light performance and battery service life, even in cloudy or inclement weather when solar panels may not receive full sunlight.

We do this using several unique energy management systems, including Temperature-Compensated Maximum Power Point Tracking and our patented Automatic Light Control. These systems maximize the solar charging abilities of our products and manage energy expenditure year-round.

How Solar Works

How does solar power work in our self-contained obstruction lights? It’s all about energy in and energy out. Hover over the diagram to see how each step works.

When you select a solar obstruction light, our team will provide a comprehensive site simulation of your project’s location to determine the correct solar model. This will ensure that the product will perform as promised and won’t drain the battery.

Get a site assessment

What Is Solar Sizing?

The number of days your product can run, independent of charging, is referred to as its “autonomy.” Typically, an autonomy of 7 days is recommended (imagine 7 days without sun!); however, some specifications require more or fewer days of autonomy, depending on the specifying authority, the product location, and local weather conditions. Requesting more autonomy may increase the overall product size and cost as, in general, a larger battery and more panels will be required.

Solar Lighting Advantages

Sustainable

  • Independent power supply constantly recharged by the power of the sun
  • Robust solution for areas with difficult-to-access or unreliable grid power
  • Directly supports mandates to reduce emissions

Low Cost

  • Requires no conduit, cables, or trenching, reducing installation costs
  • Shown to offer up to 50% project savings in hardware and construction costs over traditional systems

Simple

  • No wiring or external components
  • Installs quickly with minimal technical expertise
  • Automated to ensure minimal post-installation maintenance
  • Proven to perform maintenance-free for up to five years, with a service life of up to 10 years

Intelligent Remote Monitoring

For many installations, monitoring and maintaining deployed lights can be a challenge. Using a remote monitoring solution with enabled obstruction lights not only saves time, but it also saves money. Intelligent remote monitoring is now available in Carmanah’s trusted OL800 solar LED obstruction light. Learn more about Carmanah’s LightGuard and the available connectivity with cellular GSM and Globalstar advanced satellite systems.

Learn more

Simple Light Tracking and Updating
We offer remote monitoring via Globalstar’s advanced satellite network, which provides reliable connectivity across large territories regardless of the location. LightGuard, Carmanah’s proprietary software platform, uses a simple interface and email alert system. It is available on the OL800 series. Track deployed lights, monitor battery and light performance, and increase response time to any light fault with system alarms.

Fewer Maintenance Calls
LightGuard’s remote diagnostics on monitored solar lights allows users to recognize an anomaly sooner. The remote monitoring services include preventative maintenance checks to help minimize maintenance costs and avoid unnecessary service calls or bulb changes. When an issue does occur, email alerts help minimize downtime.

Easy Data Analysis
Cloud-based technologies combine hundreds of data points from enabled lights and display them on easy-to-use mobile and web-based dashboards. User-friendly interfaces make analysis simple, while allowing flexibility to remotely evaluate operations in a centralized monitoring software. Having so much data readily available makes optimizing your maintenance schedule painless.

Getting the Most out of Your Obstruction Light

In our standard recommendation process, we’ll suggest a cost-effective solution that meets the most common user requirements, provides good intensity, and has suitable energy storage to perform reliably at your installation location. Many of our obstruction lights also come with value-added features that can enhance the overall performance of your lighting system.

Flash Pattern: While a standard steady-on setting will be desirable for many applications, our OL800 lights can also be programmed for various distinct flash patterns. Flashing can be a valuable feature to further improve visibility or even to give a solar product extra power in a difficult location (flashing lights draw less energy than one that is illuminated 100% of the time). In obstruction applications, flashing has also been proven to reduce the negative impacts of tower lighting on birds and bats and is gradually becoming a standard recommendation in many locations.
 Solar obstruction light turned on sitting on a crane

GPS Flash Synchronization: This feature is available with a subset of our lights. It is particularly useful in aviation obstruction applications and in way-finding applications where synchronizing flashing along a path will help increase visibility for approaching traffic. This feature is currently only available on request with our OL800 products and should be used with the flash pattern feature described to the left.
   gps control option for ol4 solar powered hazard light

External Chargeport: Carmanah’s solar-powered lights are designed to recharge fully each day through the natural power of the sun. However, in the event that you will be storing your lights indoors for lengthy periods, an external chargeport may be a useful feature. This option will allow you to connect your light to an AC charger to top up the battery prior to deployment. All connectors are in the base of the product and have a sealed port to prevent water ingress.
  Close up of a charge port on the bottom of the Obstruction light

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