This LED bollard retrofit lamp from Light Efficient Design uses advanced solid-state lighting technology to replace traditional high-intensity discharge lamps while drawing significantly less power. The built-in selectable color temperature switch allows installers and homeowners to choose between multiple settings at the time of installation, eliminating the need to stock separate lamps for different applications. The lamp delivers a high CRI rating, ensuring that colors in your landscaping, signage, and walkway materials appear natural and vibrant under the light.
At the heart of this retrofit lamp is a high-quality LED driver engineered for consistent performance across a wide range of input voltages, including higher voltage configurations commonly found in Canadian residential and commercial panel systems. The driver is designed for reliable startup even in cold temperatures, making it well suited for year-round outdoor use in Canadian climates where winter conditions can challenge lesser components.
Thermal management is a critical factor in LED longevity, and this lamp features an optimized heat dissipation design that channels warmth away from the LED array and driver circuitry. This ensures the lamp maintains its rated output and lifespan even in enclosed bollard housings where airflow may be limited. The result is a maintenance-free lighting solution that can deliver tens of thousands of hours of dependable operation, dramatically reducing replacement costs over time.
This product is cUL listed and meets rigorous Canadian safety and performance standards for both dry and outdoor environments. It carries an IP rating suitable for wet locations, providing peace of mind for exposed installations along walkways, driveways, and garden paths. Compared to the legacy lamp it replaces, this LED retrofit can reduce energy consumption substantially, contributing to lower utility bills and a smaller environmental footprint — all while delivering equal or better light output from your existing outdoor bollard fixture.