Aims and scope


The periodical "Construction of Optimized Energy Potential" presents the theoretical and practical problems of modern energy-saving, energy-active, ecological and sustainable construction being currently one of the main trends in the design, realization and operation of construction works. Presented issues concern both to building constructions, materials and technologies, as well as architecture and urban, building installations, environmental protection and ecology. The use of energy-saving technologies gives the opportunity to save significant amounts of energy in both new and existing buildings, and also contributes to the improvement of the natural environment.

The aim of the journal is to present the scientific and design studies carried out in the field of the above-mentioned topics containing perspective concepts of possible structural, organizational, technological, economic and operational solutions in the area of energy-saving and ecological sustainable construction. The journal is directed to a wide circle of recipients who want to enrich their knowledge in the presented topics. We hope that the published content will contribute to raising the level of knowledge about building objects with low energy demand, minimizing material, energy and financial expenses for their implementation and exploitation, as well as protecting the natural environment and implementation of the idea of sustainable development in civil engineering.


Problems considered in publications of journal "Construction of Optimized Energy Potential" are:
  • Theoretical and methodical foundations for design, construction and operation of facilities with low energy demand,
  • Energy-efficient and energy-active architecture,
  • Building constructions, materials and energy-saving technologies,
  • Ecological and sustainable construction,
  • Energy auditing in construction,
  • Energy certification in construction,
  • Thermal modernization of buildings,
  • Building and human health,
  • Microclimate of interiors and thermal comfort of people in rooms combined with effective energy use,
  • Building and urban acoustics in terms of energy efficiency,
  • Room lighting in terms of energy efficiency,
  • Effective use of energy in spatial planning,
  • Minimization of energy consumption in aerodynamics of buildings and urban areas,
  • Renewable and alternative energy sources,
  • Rationalization of heat and water demand and energy-saving ventilation and air-conditioning systems,
  • Efficient use of water and greenery in the urban space,
  • Optimal design solutions in hydrotechnical facilities,
  • Use of waste materials in sustainable construction.