Building of clusters of energy-efficient roadside and road safety

Listed basic energy saving techniques by implementing them in the practice of design and construction roadside recreation cluster. When designing roadside clusters to the implementation of innovative energy-saving technologies and energy-efficient materials and designs. Particularly relevant these activities in remote areas of the North and East. The article discusses methods of saving for their implementation in the practice of design and construction of roadside clusters. The use of alternative sources of heating and energy supply enhances the competitive advantages of the projected cluster. At the design stage it is necessary to substantially upgrade the engineering services cluster objects, implementing innovations and applying the sources of heating and energy supply capable of replacing the traditional. It is recommended that the introduction of innovative measures for energy conservation include work on «the intellectualization of buildings» and for the automatic control of life support systems. Automated monitoring and management of all life-support systems of the cluster includes the control of separate elements of systems of life support objects. A significant effect of energy conservation will give the rational use of presence sensors, people (for temperature, lighting, operation of ventilation and air-conditioning and other comfort parameters of microclimate). The result of research is a study on the development of conceptual models for clusters of automobile tourism, the introduction of innovative measures for energy conservation in the design of objects in the cluster, introducing sources of heat and power can replace traditional (organic) sources, using modern energy efficient materials and designs. © Published under licence by IOP Publishing Ltd.

Shuvalov V. 1 , Ilvitskaya S.2
Institute of Physics Publishing
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  • 1 Peoples Friendship University of Russia, Miklukho-Maklaya street, 6, Moscow, 117198, Russian Federation
  • 2 State University of Land Use Planning, Kazakova street, 15, Moscow, 105064, Russian Federation
Air conditioning; Automation; Automobile materials; Competition; Energy conservation; Heating; Historic preservation; Motor transportation; Roadsides; Structural design; Alternative source; Automated monitoring; Competitive advantage; Design and construction; Energy-saving techniques; Energy-saving technologies; Engineering service; Ventilation and air conditioning; Energy efficiency
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