Development of a distributed lighting control system

Minami, Yuki; Takamoto, Yuta

doi:10.1007/s10015-018-0453-y

Cited by 1 publication

(1 citation statement)

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“…The study in [5] gave a sample of combined saved energy of light sources used in Japanese common squid jigging fishery. Papers [6][7][8][9][10][11][12] presented various controlled lighting systems to produce the required illuminance according to the human occupancy, reference to the place activity or by the vehicles traffic density in the street [10] and illumination sensors [11]. Paper [13] showed the reduction in electrical power consumption for the commercial buildings by some modifications of the installations and used materials.…”

Section: Introductionmentioning

confidence: 99%

A New Trend for Indoor Lighting Design Based on A Hybrid Methodology

Selim

Elkholy

Bendary

2020

Journal of Daylighting

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Most power system planners are interested in the savings of electrical power consumption. Various references demonstrate that the highest consumed power is by the lighting systems standing around 19% of worldwide energy consumption. This article presents novel design methodology leading to maximizing revenue due to savings in electrical energy consumption through energy efficient installations. This hybrid methodology is built by combining benefits of the two traditional lighting design methods (lumen and specific connected load methods). This results in developing a new mathematical and applicable model with many advantages such as: high accuracy, fast calculations and most economical design. This proposed methodology is supported by MATLAB ® package to shorten the long time consumed by conventional procedures and simplify the complex manual calculations. The hybrid method verifies its effectiveness and efficiency for achieving the maximum savings in energies and costs through the detailed discussion of case studies. A comparison with traditional designs will be introduced to ensure the achieved savings in costs leading to high quality and efficiency of power systems. By practically applying this new hybrid technique particularly for the Egyptian residential and commercial sectors, the system is expected to achieve a huge savings in consumed lighting energies and costs, which can reach 4489.433415 million E£ "≈ 280.5895 million $ "USD"" each year. The presented case studies give accurate and promising results for the proposed methodology as a new trend in energy and money saving system, which is verified by implementing two case studies and comparing with results from DIALux program. The results of the proposed methodology are very effective compared with that of conventional methods for marked benchmarking features and validation. MATLAB ® simulation results of the proposed technique are implemented to verify its feasibility for any activity.

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