Development of Management Mechanisms for Investment and Construction Projects of Energy-Efficient Low-Rise Construction

Filyushina, Kristina; Astafyev, Sergey; Gusakova, Natalya; Dobrynina, Olga

doi:10.1007/978-3-030-26284-6_24

Cited by 3 publications

(3 citation statements)

References 2 publications

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“…(7) The results of calculating the values of generalized indicators for each individual unit are summarized in the final Table 5. The presented method allows making a choice of equipment for the most efficient heat supply of a low-rise house according to the criteria of the best result (Speshilova, Shibneva, 2015;Filyushina et al, 2019).…”

Section: Standardization Of the Obtained Weight Coefficientsmentioning

confidence: 99%

Sustainable development of the construction industry through the rational utilization of autonomous heat supply sources based on climate zoning

Filyushina

Gusakova

Bakrunov

et al. 2023

SDJ

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Objective: The objective of this research is to develop an integral approach for the efficient choice of space-planning and structural solutions for low-rise buildings using renewable energy sources for engineering systems during the full life cycle of the building, aimed at improving efficiency of capital investments, energy and resource conservation, and creating comfortable living conditions for the population while considering climatic zoning. Method: The research used a theoretical and methodological approach to develop the foundations for the efficient choice of space-planning and structural solutions for low-rise buildings. The study utilized a comparative analysis of building materials and heat supply technologies to select the most appropriate options. Results: The research showed that utilizing renewable energy sources for engineering systems during the full life cycle of a low-rise building can significantly reduce construction expenses while increasing availability of low-rise housing for certain categories of citizens. The developed integral approach allows for the most efficient choice of space-planning and structural solutions for low-rise buildings while taking into account climatic zoning. Conclusions: The research provides a means of solving the problem of supplying citizens with low-rise housing with high level of comfort and quality. The results of the research can be used in implementation of regional strategic sectoral planning and public-private partnership projects’ development. The developed integral approach allows for the rational utilization of autonomous heat supply sources in low-rise residential construction projects.

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Section: Standardization Of the Obtained Weight Coefficientsmentioning

confidence: 99%

Sustainable development of the construction industry through the rational utilization of autonomous heat supply sources based on climate zoning

Filyushina

Gusakova

Bakrunov

et al. 2023

SDJ

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“…When developing regional programs for development of housing and utility services, implementation of low-rise block-type housing projects seems to be the most reasonable for and creation of new jobs. They should also be aimed at creating comfortable environment for the population, improving children playgrounds, improving safety and creating conditions for implementation of cultural and leisure activities of the population (Filyushina et al, 2019).…”

Section: Introduction Of Energy-efficient Buildings In Low-rise Const...mentioning

confidence: 99%

Creation of programs for sustainable administration of low-rise housing construction programs in remote areas with special climatic conditions

Gusakova

Gusakov

Prokhorova

et al. 2023

SDJ

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Objective: The research is aimed at creation of programs for development of low-rise housing construction which are suitable for remote territories with special climatic conditions. They allow intensifying low-rise housing construction and contribute to the development of a natural resource base from local building materials. Methods: Authors used the methodology, which is based on the creation of regional programs for the development of low-rise housing construction (LRC) that aim to solve socio-economic problems through a new organizational and economic mechanism. Results: The procedure for creation of regional programs for development of low-rise housing construction has been developed. At a fundamental level of the created programs there is an organizational and economic mechanism which includes subject-object relations regarding implementation of low-rise housing construction development programs and is aimed at achieving the key outcome – construction of low-rise energy-efficient block-type houses for certain categories of citizens living in remote territories with special climatic conditions. The organizational and economic mechanism is based on taking into account interests of individual groups of subjects which makes it possible to achieve the highest level of efficiency in implementation of regional programs for the development of low-rise housing construction in remote territories with special climatic conditions. Suggestions: The proposed model of the Departmental special-purpose program offers solutions to the problem of providing low-rise housing with a high level of comfort and quality for certain categories of citizens employed in socially significant industries. The procedure developed in the article is recommended to be used by executive and state authorities for the creation of regional programs for the intensification of low-rise housing construction.

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“…The analysis of scientific works on the problem of energy saving [4][5][6] showed that construction production is a fairly energy-intensive consumer of resources. An increase in the share of low-rise residential buildings in the total volume of housing construction determines the need to conduct a comparative assessment of the consumption of fuel and energy resources at the stage of building construction.…”

Section: Introductionmentioning

confidence: 99%

Calculation of energy consumption in the construction of low-rise buildings

Korol,

Zhuravleva

2023

E3S Web Conf.

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Low-rise housing construction is a promising segment of the development of the housing construction industry. One of the priority tasks of state policy in advanced countries is to increase energy efficiency in various sectors of the national economy. In the general life cycle, the stage of construction of buildings, despite a relatively short period of time, is a large consumer of energy resources, so the issue of energy saving during the construction of buildings becomes especially relevant. The predominance of manual labor, as well as the use of low-power construction equipment, significantly affects the reduction of energy consumption at the stage of construction of low-rise residential buildings. However, the widespread use of various technologies for low-rise construction and, as a consequence, differences in design and technological solutions affect the specifics of the use of construction machines and mechanisms. From the standpoint of rational energy consumption, it is advisable to take into account the costs of fuel and energy resources at the construction planning stage. The article proposes tools for calculating the consumption of fuel and energy resources during work on a construction site, identifies the most energy-intensive technology for low-rise housing construction.

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Development of Management Mechanisms for Investment and Construction Projects of Energy-Efficient Low-Rise Construction

Cited by 3 publications

References 2 publications

Sustainable development of the construction industry through the rational utilization of autonomous heat supply sources based on climate zoning

Sustainable development of the construction industry through the rational utilization of autonomous heat supply sources based on climate zoning

Creation of programs for sustainable administration of low-rise housing construction programs in remote areas with special climatic conditions

Calculation of energy consumption in the construction of low-rise buildings

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