SIA "CNAM" participates in the Rehabilitation Fund project no.
5.1.1.2.i.0/3/24/A/CFLA/005 "Latvian Electrical Engineering and
Electronics Industry Cluster". The aim of the project is to support the
internationalisation of Latvian electrical engineering and electronics
industry cluster members and to increase private investments in research
and development. Project implementation period until 30.06.2026 More
about the project at
www.letera.lv
SIA "CNAM" is implementing a research project within the framework of the implementation regulations of the Latvian Recovery and Resilience Mechanism Plan 1.2. reform and investment direction "Improvement of energy efficiency" 1.2.1.2.i. investment "Increasing energy efficiency in business (including the transition to the use of renewable energy technologies in heat supply and research and development activities (including bioeconomy))" 1.2.1.2.i.2. measure "Development of innovative products and technologies". Research project number and title: No. EP.16 Incandescent lamp imitation with energy-efficient hybrid LED luminaire and dynamic power redistribution. Project No. 1.2.1.2.i.2/1/24/A/CFLA/007 The aim of the project is to research and develop an energy-efficient hybrid LED luminaire with a smart multi-channel driver that imitates the visual properties of an incandescent lamp and provides colour effects without optical filters. The luminaire will combine the features of stage lighting - an eye-candy light source, evenly distributed light and the ability to create a unified visual grid.<br/>Industry problem: LED technologies cannot fully replace the visual quality of incandescent lamps - optical filters cause light loss, and multi-channel drivers often do not use power optimally. The research will analyse optical, mechanical and thermal solutions, driver architecture with dynamic power redistribution, imitation of the incandescent effect and human perception of light in a stage environment. The result will be a validated product with improved energy efficiency, reduced light loss and CO₂ emission reduction potential as a basis for commercial development.
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