WHITE PAPER - Samsung’s Horticulture LEDs Using Full Spectrum

Samsung has made several attempts to develop new spectrum for horticulture lighting. One solution is to utilize white LED alone or in conjunction with monochromatic LEDs to create a very broad spectrum. These approaches using Samsung white LEDS can deliver the full spectrum of light to promote plant growth, as well as comfortably perform cultivation management, with even better color rendering.

Cree Announces Best-in-Class Horticulture Efficiency with New Red XLamp LEDs

Zhaga and DiiA Agree Joint Certification Program for a Smart Luminaire Interface

The Zhaga Consortium (Zhaga) and the Digital Illumination Interface Alliance (DiiA) are developing a joint certification program for interoperable luminaires and components, which enables intelligent, future-proof LED luminaires with IoT connectivity.

Dow's New, Cost-Efficient DOWSIL™ EI-2888 Primerless Silicone Encapsulant Protects LEDs in Harsh Environments

Dow, a global leader in silicones, silicon-based technology and innovation, today unveiled DOWSIL™ EI-2888 Primerless Silicone Encapsulant, an optically-clear silicone for professional LED lighting that cures at room temperature. This advanced silicone technology provides superb optical performance without compromise and offers unique rheological properties for use with light fixtures in a variety of shapes and forms. Designed for explosion proof and high ingress protection rated luminaries, DOWSIL™ EI-2888 Primerless Silicone Encapsulant is also cost-effective to buy and use as its patented composition does not contain platinum– unlike other silicone solutions currently available on the market.

Bridgelux Triples Vesta® Series Family of Tunable White Products

Bridgelux today announced a dramatic expansion of the Vesta® Series family of tunable white and dim-to-warm products to help customers meet the increasing demands for environment-specific, personalized lighting.

Plessey Launches New Hyperion Inter Light To Complement Existing Top Lighting in Greenhouses

Plessey, a leading developer of award-winning LED technologies and horticultural grow lighting, announces the launch of its new Hyperion Inter Light. The latest launch from Plessey’s Hyperion Grow Light brand comes after the growing success of its Hyperion top light range which saw over 10Ha of grow light installations in 2018.

Materials, Manufacturing and Technologies for Designing Passive Cooling Devices

Until recently, incandescent bulbs and fluorescent lights were the dominant light sources. Today it’s the energy efficient, durable and, in the meantime, cost effective, LED. But to achieve these attributes appropriate cooling is still necessary and due to progress over the last few years the need for active cooling solutions is limited to a few high power applications as long as the material and technology is carefully chosen. John Broadbent, Managing Director at Columbia-Staver Ltd., describes the different technologies and materials and gives practical advice on how to find the right solution for an application.

Additive Optics Design and Fabrication for Smart Lighting Systems and Tailored Project Solutions

Since its initial invention back in 2009, printed optics has come a long way in the lighting industry. Additive optics fabrication is a future proof methodology of rapid prototyping custom LED optics by means of digital manufacturing technologies. Marco de Visser, Luximprint’s Director of Marketing & Sales, breaks down the technology and explains how its features add value to the design and manufacture of smart lighting applications. From one of Luximprint’s preferred optical design partners Physionary, Ramon van der Hilst, Founder and Business Development Manager, and Suresh Christopher, inventor of the state-of-the-art “target-to-source” optics design software, explain the benefits of an optimized design process.

UV-Light for Plant Development

Commentary from LpR 68: Since the development of the incandescent lamp, greenhouse farmers have been using electric light sources as a supplement to natural sunlight. Initially, light intensity was the major concern. Later, growers learned to manipulate plant development by altering the power distribution of the light spectrum for added value such as taste and appearance.