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In the focus of the author's research is the electrical system of building (ESB). The target of this paper is a creation of the main components of a simplified calculating method for the results of implementation of innovation without the use of complex computer programs. The method is based on the use of ordinary technical documentation, traditions of practice in the area of information, design and calculations. The main direction in the study to simultaneously analyze the technical and economic parameters for decision making of innovation. The described goal is achieved whith help of use of…mehr

Produktbeschreibung
In the focus of the author's research is the electrical system of building (ESB). The target of this paper is a creation of the main components of a simplified calculating method for the results of implementation of innovation without the use of complex computer programs. The method is based on the use of ordinary technical documentation, traditions of practice in the area of information, design and calculations. The main direction in the study to simultaneously analyze the technical and economic parameters for decision making of innovation. The described goal is achieved whith help of use of simplified model of electrical system of building and technical information contained in the ordinary documentation and obtained during the operating of electrical systems. Also the purpose of the author is to provide a simple method, which can be used by an ordinary engineer or designer. Also, an important part of this research is using methods of macroeconomic for predicting the results ofinnovations (research of proportions between the elements of model).
Autorenporträt
M. Valeri Saikovski est né en 1964 à Tallinn, en Estonie. Il a obtenu son diplôme de MSc à l'Université de technologie de Tallinn en 1986. Il est actuellement étudiant en doctorat à la même université. Il travaille en tant que chef du contrôle et de l'exploitation des systèmes électriques. Ses principaux domaines de travail scientifique sont les systèmes électriques des bâtiments, la modélisation BIM, etc.