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Net vitality import of Switzerland corresponds to about thirteen BCHF (petroleum, uranium, and so forth.) each year. In response to the power perspective 2035 outlined by Swiss Federal Workplace Vitality, the power import must be decreased to 7.Three BCHF. Assembly the objectives defined by this perspective might be envisaged by mitigating the power demand of buildings because the constructed setting consumes 40% of the total major vitality. In Switzerland; 20 % of the buildings’ vitality consumption is moreover related to electric lighting. Therein, built-in building automation applied sciences, comparable to automated regulation of sun shadings and electric lighting can play an essential position in reducing lighting energy demand whereas sustaining user consolation. For this goal, a fast, reliable, correct analysis of the lighting situations in a constructing is important. In this paper, a control platform installed in two workplaces of the LESO experimental constructing on the EPFL campus in Lausanne, Switzerland is offered. This information acquisition and actuation platform hosts two motorized solar shadings per workplace, a dimmable lighting system, a presence detector, energy meters, ceiling mounted luminance-meters and two novel High Dynamic Vary (HDR) imaginative and prescient sensors. A pattern controller is implemented in the platform to evaluate its robustness and efficiency. This platform is at present prepared for integrating novel controllers for testing a number of power environment friendly control scenarios/algorithms.

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