IMEC美国公司营建了它在”健康节能照明“方面的专长。IMEC USA, LLC established its specialty field in Energy-saving Organic Lighting:

1. 节能科技评判。Technology evangelistic and promotional: comprehensively commenting common energy-saving and environmental industry, versus true impacts of economy, resource consumption, carbon emission, pollution and treatments, and public health.

2. 人工智能的万物互联网方案。 AI-ready IoE™ solutions: with wireless self-adapting networking integrated with light fixtures and AC wiring apparatus for massive installation of smart household/facility. These retrofit solutions add values to conventional AC power apparatus contributing:
(1) 20~40% energy-saving worldwide, for sensor-actuator integration toward optimal lighting according time-space conditions.
(2) Chip Set and MCM (multiple Chip Module), compact and low cost solutions to network new light sources (such LED). Such Chip Sets simplify assembly and increase reliability.

3. 先进等离子体自然光谱照明 CPH (advanced carbon-electrode plasma lighting) delivers up to 100,000LM from one single point light source, with 150LM/W energy efficiency. It enables the simplest design of high-efficiency and compact lamp optics and fixtures. CPH Engine’s spectrum is the most matching source to natural lights. Its no-glare, direct-flood lighting out-performs all conventional light sources and fixtures, such as High Intensity Discharge (HID), High-pressure Sodium (HPS), Halogen, Fluorescent, energy-saving lights (CFL) and LED Array. CPH Engine’s manufacture is the most simple and thrifty, by which well controlled plasma lighting is realized without adopting quartz, ceramic or Al2O3 to form the high-power resonator, voiding uses expensive materials and their resource-energy-consuming manufacture processes. CPH realises centralized light-engine, ended the convention of distributed or arrayed lighting components in indoor lighting along with trade-offs of low-efficiency. It no longer needs to consume electric apparatus and wiring as conventional lighting system does indoor everywhere..

4. 集中式阳光室内照明 CNL (core natural indoor lighting) delivers up to 100,000LM from on single sunlight collector, with 0 energy cost. It fulfils the trendy world new architecture standard of ‘2030 all natural indoor lighting with 0 carbon emission. ONIL has concentrated auto-tracing sunlight through a powerful collector designed and configurable with optimal algorithm-controlled modern server system, based on big-data survey statistics of global daylight data. This new approach of high-effeciency utilization of nature lighting brings sunshine back to urban mankind who has lack of reliable sunlight to keep continuous healthy evolution and reproduction. CNIL’s manufacture processes retrofit many conventional metal processes, saved and added value to the old industry. Its manufacture does not consume expensive materials or high-volume nature resources (such as semiconductor process does for producing LED components). CNIL uses light guide tubes to distribute parallel flood light into every part of indoor spaces. Not only nature light no longer only can penetrate through class on buildings’ peripherals, but now also can shine intensively into core spaces of buildings.

5. 有机照明 Organic Lighting System. It is possible to realise an Organic Lighting System. The combination of APL and CNIL is enabling the next-generation lighting solution in multiple levels. By consolidate field demands, the first draft of Organic Lighting Solution, a set of demonstration, specifies a modified office building featuring the following:
示范安装 Demonstration:
(1) 建筑 A 3-story office building with flat roof, about 3000sqm building-area, may have a sub-ground level for office/storage/garage. May be a campus including office building, entrance and courtyard.
(2) 安装Sundolier集中式阳光室内照明系统，配套等离子体自然光谱室内照明系统，共享光导管分布照明系统。 Complete installations of Sundolier system, sharing the light distribution with high-power plasma lighting (APL or SPL installed at the collector end), realising 24-hour natural and healthy-spectram lighting. Also energy-saving.
(3) 实验无室内照明供电的电器和线材节约。 Experiment and survey material savings due to wireless light-guide distribution system: there is no lighting power load and wiring anywhere indoor any more, only remote-control upon motor-actuators of optical devices (switch, divider, shutter and filter, etc.). Experiment close-loop sensor-actuator and intelligent lighting systems.
(4) 实验自给自足的内循环照明能源系统。Experiment self-sustainable indoor lighting, potential to experiment/demonstrate large energy-harvest functions (solar conversion to charge battery array, storing energy for night lighting).
(5) 实验集中式阳光室内照明同时收集和分布阳光中的热辐射。Experiment combined features of not-filtered sunlight heat collection and indoor distribution to supplement regular daytime heating. And experiment combining the new solar-direct powered air conditioning system.
(6) 都市设施农业。Facility-Agriculture: green house featuring collected and guided sunlight, and extra hours of APL lighting, share the same system. Light-guide distribution allows vertical arrangement of planation, no electric wires near watering conditions. Light-weight structure, replacing expensive and heavy glass screens and plastic shades, with light-weight insolation materials. The no-glass-screen green house is more feasible and compatible to regular flat roof architecture.
(7) 夜间照明 After day time, all indoor and outdoor spaces are lighted by SPL.