New lighting technologies including more efficient sources and smart systems and controls offer the potential to further reduce global electricity use for lighting by 50%. The SSLC Platform is actively working to develop information and analysis to transform lighting markets, improving both the energy efficiency and quality of our illuminated spaces.
The SSLC Platform member governments bring together top researchers and experts from around the world to jointly address challenges in the rapidly evolving lighting market. The activities undertaken by the SSLC Platform are complementary and supportive of the work of governments, international standardisation bodies, and the research & development being conducted by industry and academia. Through this work, the SSLC Platform is working to accelerate the global transition to solid state lighting and controls.
On 14th May, the SSLC Platform organised an international lighting seminar at Senate House, University of College London. The slides and video recordings from this seminar are now available on our website.
An in-person (London, UK) seminar and on-line webinar Tuesday, 14th May 2024 from 14:00 to 17:30 Please register to participate, whether in-person or online. Chancellor’s Hall, Senate House, University College London, Malet Street, London, WC1E 7HU
The SSL Annex has been given the “Global SSL Award for Outstanding Achievement” from the International Solid State Lighting Alliance on 27 November in Xiamen, China. This award recognises the thirteen years of research, reports and other information that the SSL Annex has shared with the global lighting community.
TLM (temporal light modulation) related measurements and calculations have become a focus with new regulations by European Commission and other regulatory authorities setting limits for TLA (temporal light artefacts) for LED lighting products. Generally, the regulations
The SSL Annex takes an evidence-based approach to evaluating LED product performance. Using comprehensive market data from product registries and other sources, the Annex developed recommendations on product performance and research into test methods that reduce
Smart lighting is gaining ground with increased speed driven by market demands for enhanced comfort, greater energy efficiency and simulating the the natural rhythm of daylight. But how do smart lighting sources perform when the light
