Next Generation Switch Mode Power Supply Driver System for ultra efficient LED lighting

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Title
Next Generation Switch Mode Power Supply Driver System for ultra efficient LED lighting

CoPED ID
1c410e8a-5430-445e-81b1-db1e41c19935

Status
Closed


Value
£500,000

Start Date
Jan. 1, 2014

End Date
Dec. 31, 2014

Description

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Lighting accounts for >19% of global electricity consumption. LED’s are revolutionizing the energy efficiency of lighting, however, despite continued innovation in design & materials, thermal management remains the most critical problem of modern LED lighting systems and is the main cause of failure. New Lighting Technology Limited has designed & developed a novel (patented) Switch Mode Power Supply (SMPS) Driver system - ‘Temperature Distribution Quark (TDQ)’ which regulates heat through LEDs resulting in power usage reduction & increasing overall efficiency to levels >90%. They have a bespoke product in the market place, however in order to meet the strict demands on efficiency, power factor & price & to keep pace with a rapidly evolving LED market, NLT now seek to undertake a programme of industrial research to advance & refine the core TDQ technology using innovative components and materials, with the aim of improving the core efficiency of an LED by a further 3% & overall system efficiency by 1%. The project will result in the development of a suite of 8 TDQ SMPS system prototypes with varying power outputs covering the majority of output requirements for the Commercial, Industrial & Construction lighting markets (representing ~10% of global lighting usage). Initial market entry through existing customer base & licensing is expected early 2015, with direct sales following investigation of in-house manufacturing & production options expected early 2017.

Subjects by relevance
  1. Lighting
  2. Energy efficiency
  3. Light-emitting diodes
  4. Amplifiers
  5. Electrical engineering
  6. Diodes
  7. Production

Extracted key phrases
  1. Generation Switch Mode Power Supply Driver System
  2. Ultra efficient led lighting
  3. Modern led lighting system
  4. Construction lighting market
  5. Global lighting usage
  6. Led market
  7. TDQ SMPS system prototype
  8. Lighting account
  9. Driver system
  10. Overall system efficiency
  11. Amp
  12. Overall efficiency
  13. Core efficiency
  14. Energy efficiency
  15. Global electricity consumption

Related Pages

UKRI project entry

UK Project Locations