Industrial & Life Sciences

It’s showtime now for UV-C at Madrid’s Teatro Real, pictured above a from few years ago. (Photo credit: Image by Alejandro via Flickr; used under CC BY 2.0. Licensing information available at: https://creativecommons.org/licenses/by/2.0/.)
Lighting for Health & Wellbeing

Venerable Spanish theaters deploy UV-C to disinfect coronavirus

Oct. 16, 2020
Lamps from China’s Goldensea will serve as repeated surface wipes at Madrid’s Teatro Real opera house and Toledo’s Teatro Rojas. But not when people are present.
When space is tight in vertical farms, such as with cucumber crops, a thin LED instead of a conventional one might be the way to go. (Photo credit: Image by Julia Schwab via Pixabay; used under free license for commercial or non-commercial purposes. Photo is not representative of specific companies or applications mentioned in this story.)
Horticultural Lighting

Scandinavian companies embedding LEDs into vertical farm shelving

Oct. 15, 2020
There’s something thin in the state of Denmark, and it’s working its way into some tight spaces.
Lisianthus, or Texas bluebell, can be cultivated in many colors. Here Lugt Lisianthus co-owner Marcel Lugt cradles a pink variety under a mix of high-pressure sodium (HPS) and LED luminaires. (Photo credit: Image courtesy of Signify.)
Horticultural Lighting

Once again, LED moderates the greenhouse temperature

Oct. 13, 2020
If you can’t take the heat, get out of the HPS kitchen? Or maybe try mixing with LED. That’s what Lugt Lisianthus did in Holland, benefitting from climate, light levels, and light...
FIG. 1. In a cannabis grower operation, light mapping software can drive the optimal placement and light distribution characteristics of LED grow lights. (Image credits: All images courtesy of Black Dog LED.)
Horticultural Lighting

Implement light mapping software from a plant perspective to improve cannabis grows (MAGAZINE)

Oct. 8, 2020
KEVIN FRENDER explains how light mapping must be approached in a plant-centric grower operation versus the human-centric built environment, and presents its value in the project...
FIG. 1. A possible implementation of a spectrally-optimizable lighting system illustrates the role of sensors to detect reflectance from objects to emit light tuned to the spectra of each object, rendering realistic color and detail. (Image credit: Graphic concept by Dorukalp Durmus, illustrated by Mike Reeder.)
Lighting for Health & Wellbeing

Spectral optimization shows potential to improve energy efficiency and quality-of-light experience (MAGAZINE)

Oct. 8, 2020
Researcher ALP DURMUS describes an SSL system that relies on optimized spectral output to achieve integrative lighting’s objective of uniting color science and visual perception...