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Schréder lights first 100% LED highway tunnel in North America

Less than 800 FV32 LED luminaires replace the old fixtures for a significant decrease in energy consumption

Schréder lights first 100% LED highway tunnel in North America

17/07/2014, LED | Project News

The Carlin Tunnel consists of two bores, each is on average 1,394 feet long and 33 feet wide. Previously, the tunnel was lit with a combination of 100W, 150W, and 400W high-pressure sodium (HPS) luminaires. 

The new solution, provided by Schréder, uses the FV32 LED tunnel luminaire. Each 240 LED version of the luminaire consumes 266W, while the 120 LED version consumes 131W. Overall, the new FV32 LED lighting system results in a significant decrease in energy consumption and the number of luminaires, from 1,253 to approximately 789 FV32s.
The white light provided by the LEDs also enhances visibility and increases comfort for tunnel users.

The updated lighting solution also includes a new tunnel lighting control system. The new control system incorporates dynamic dimming that responds to ambient light levels on both the inside and outside of the tunnels.

This lighting scheme is part of larger project by the Nevada Department of Transportation (NDOT), in co-operation with the Federal Highway Administration, to improve Interstate 80 through the Carlin Tunnels area in northeastern Nevada. This project of approximately $31 million USD, includes enhanced roadway drainage, new concrete near tunnel entrances and the new lighting solution.

The Nevada Department of Transportation’s objectives for the lighting solution were a lower energy consumption, an effective control system and a tunnel that satisfies the IES RP-22-11 tunnel lighting standard at all times”, says Justin Snowden, Schreder’s Tunnel and Transit Manager for North America. “NDOT was able to realize these goals using Schreder’s FV32.”

Schréder was chosen because the FV32 LED luminaire - specifically developed for tunnel lighting - gave the best results in the 20 year lifecycle analysis. Thanks to their performance, less FV32’s were required to achieve RP-22 luminance levels in the Carlin Tunnel. Additionally, the FV32 proved intuitively easy to maintain: its’ component level maintenance allows for quick field replacements and easy upgrades if needed.” explains Eric MacGill, Roadway Design Manager, PK Electrical.

The eastbound bore (left) was completed in December 2013 while the westbound bore (right) will be finalised by November 2014.

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