DesignLights Consortium Seeks Proposals to Assess and Characterize the LED Light and Wellness Commercial Lighting Market

LDS 7 CS DLC 400

March 16, 2021

The DesignLights Consortium (DLC) today issued a Request for Proposals (RFP) seeking consultant services to assess and characterize the commercial market for LED light and wellness products. The DLC will accept questions about the RFP until March 19, with proposals due by March 29.

“This market assessment comes as the DLC is in the midst of implementing new Solid-State Lighting Technical Requirements that encourage development and deployment of lighting that provides non-energy benefits such as improving end-user comfort,” DLC Executive Director and CEO Christina Halfpenny said. “We are confident this project will yield data to further inform our efforts to support products that improve the wellbeing and satisfaction of people in the built environment.”

The DLC is defining lighting for wellness as “optical radiation that stimulates the circadian, neuroendocrine and neurobehavioral systems in humans” as defined by the TM-18-18 publication from the Illuminating Engineering Society. The DLC Light and Wellness Market Assessment will focus on products designed and marketed to provide circadian lighting attributes such as differentiated spectral power distribution, color tuning to support different time-of-day protocols, optimized spatial distribution to increase vertical illuminance levels at the eye, and/or controllability that supports one or more of these attributes.

The project will cover the commercial office, education (K through higher education) and health care (including nursing and long-term care facilities) segments of the commercial lighting market. It does not include germicidal and antibacterial/antimicrobial lighting products, products marketed for light therapy, or product categories not included on the DLC’s Solid-State Lighting Qualified Products List (such as consumer- and residential-grade products).

Services sought through RFP include identification of both market trends and barriers related to light and wellness products for the next five years. Among the issues the DLC is seeking to better understand are how market trends intersect with energy efficiency and controllability; how market trends may have changed due to COVID-19 impacts; whether barriers differ among market segments; and if there are barriers specific to the distribution chain. Those and other questions will be answered in a final report in late August 2021.

Complete details of the proposed project, its scope, timelines, and RFP response requirements are on the DLC website. Questions should be emailed to DLC Chief Operating Officer, Stephen White, before 4 p.m. on March 19. The DLC will post answers on the DLC website on or before March 23. Bidders should submit their proposals via email by 4 p.m. on March 29. The DLC anticipates selection of a winning bidder on April 7, with a project start date of April 30.

Related Articles


Changing Scene

  • CSC LED Announces the Appointment of Patrick Ndlovu as Branch Manager (AB)

    CSC LED is happy to announce that Patrick Ndlovu has joined their growing team as Branch Manager in Calgary, Alberta. With extensive experience as a journeyman electrician and a strong background in sales, Patrick brings together technical expertise and a deep understanding of market dynamics. His practical experience in the field, combined with his sales… Read More…

  • Maxlite Expands c-Max Network Partners Ecosystem With Casambi Technologies

    MaxLite is pleased to announce the recent expansion of its c-Max Network Partners ecosystem with the addition of Casambi Technologies, a provider of wireless lighting control systems. This strategic partnership further enhances MaxLite’s c-Max Lighting Controls platform, offering customers an even wider range of advanced wireless control options. The collaboration with Casambi strengthens MaxLite’s commitment… Read More…


Design

  • Project Story: Sainte-Thérèse High School Outdoor Lighting Upgrade

    Project Story: Sainte-Thérèse High School Outdoor Lighting Upgrade

    August 6, 2024 Built in 1980, the building that houses Sainte-Thérèse high school, in Quebec Canada, was looking a little worse for the wear. Renovation work began with two major projects: introducing a multidisciplinary sports centre, as well as redesigning the parking lots.  The employee and visitor parking lots were completely reconfigured during phase 1… Read More…

  • Resilience Illuminated: Reviving Westminster Pier Park After Devastating Fire

    Resilience Illuminated: Reviving Westminster Pier Park After Devastating Fire

    In September 2020, the picturesque city of New Westminster near Vancouver in British Columbia suffered a devastating setback when an intentionally set fire destroyed much of the city’s waterfront park, including its urban beach, sand volleyball courts, and iconic art installation known as Wow Westminster. The fire, which burned for ten days before firefighters could… Read More…


New Products

  • RENO Lighting Unveils AIM Series Architectural Indirect Curved Panel

    RENO Lighting Unveils AIM Series Architectural Indirect Curved Panel

    November 22, 2024 RENO Lighting is proud to announce the launch of the AIM Series Architectural Indirect Curved Panel. This innovative luminaire combines sleek design with advanced technology to deliver superior lighting performance for modern architectural spaces. The AIM Series pays homage to traditional edge-lit flat panels, featuring a slim profile ideal for low plenum… Read More…

  • RENO Lighting Launches the First New Long Detection Range (50ft) PIR Sensor

    RENO Lighting Launches the First New Long Detection Range (50ft) PIR Sensor

    November 22, 2024 RENO Lighting is proud to announce the launch of its new PIR (Passive Infrared) Sensor (R74004), designed to enhance lighting control on LED fixtures such as high bays and vapor tight fixtures with an impressive 50-foot detection range that is designed for installation heights of up to 50ft. This fixture-mounted sensor is the… Read More…