LEDs and LED Systems for Horticultural Growth – 2019 Seminars

Date: Thursday 12th September 2019
Time: 9:30 am - 3:00 pm
Location: University of Bristol

LED lighting is revolutionising the future of horticulture and farming. Ever-evolving technologies and new innovations are enabling year-round sustainable plant growth, while improving energy efficiency. Research and advancements with LEDs are driving this forward. The complexities and knowledge required is growing daily, with different plants requiring different spectral illumination and control.  

Join OSRAM Opto Semiconductors, world leaders in LED technology for horticultural and agricultural applications, with Intelligent Horticultural Solutions (IHS), their UK Systems Integration Partner, for a free one-day seminar. We will discuss all the latest Horticultural LED technological advancements and introduce new ranges of Horticultural products for growers and researchers. 

IHS was formed to help support the development and manufacture of products in the fast-moving exciting area of horticultural LED lighting, bringing together years of experience and key horticultural LED and optic manufacturers to enable a perfect solution.

There will also be the chance for one-to-one discussions with OSRAM and IHS engineers to discuss any LED technology or product requirements that you may have, whilst networking with key players from the Industry, with hands-on demonstrations of new and existing products. There may also be an opportunity to visit horticultural areas within the venue.

Book your place today!

Proposed Agenda:

09:30 Registration (Tea/Coffee)

10:00 Welcome to Seminar – Introduction to OSRAM

10:20 How LEDs work and how that applies to Horticulture

10:50 OSRAM Horticulture Presentation Part 1

11:30 Break (Tea/Coffee)

11:45 OSRAM Horticulture Presentation Part 2

12:30 Introduction to IHS. How IHS offer support

12:50 Presentation from host venue (in some locations)

13:10 Buffet Lunch Provided

14:00 Open surgery, table top product demos, and venue tours