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LOLLINI, Roberto; MERONI, Italo. Heating plant regulation systems evaluation a case study. In: INTERNATIONAL CONFERENCE ON PASSIVE AND LOW ENERGY ARCHITETURE, 18., 2001, Florianópolis. Anais... Florianópolis, 2001. p. 739-744.
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Abstract

The energy crisis of the Seventies gave the start to a research strategy aimed at reducing the energy consumption of buildings. Nowadays one more issue has to be added to this problem: the reduction and control of polluting substances in the atmosphere, produced, among other causes, by combustion residuals of building’s heating plants. The paper reports the results referred to the experimentation of a control device applicable to heating plants with the purpose of improving commercial and industrial boilers’ efficiency, reducing toxic emissions residuals of combustion, maintaining comfort conditions inside the building and decreasing the boiler’s management and maintenance costs. General data analysis methodologies for the evaluation of the efficiency of the improving intervention performed on the building-plant system from the energy saving point of view are also presented. The European Union promoted the development of such device funding a consortium which gathers research institutes, universities and European enterprises. The results presented here are mainly referred to the experimentation carried out at ICITE (I) and at BRE (GB) on a first version of the device. In particular, the prototype’s performances have been assessed under real working conditions comparing them with laboratory performances and analytic simulations. This allowed to demonstrate a saving from 5% to 20% in a significant number of plants depending on the zone control.
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