SUSTAINABLE DEVELOPMENT AND ENERGY EFFICIENCY

raditional sources of energy (oil, gas) are limited on the Earth and their price is about to grow constantly year by year.

Alternative sources of energy (wind, solar, biomass, and biogas) become more and more affordable due to development of technologies in this sector. But the cost of production of this energy still remains high. Considering the factors above it is very important today to conceive and/or modernize buildings according to the concept of sustainable improvement of energy efficiency and energy saving.

For this purpose the BETEN company’s Real Estate Department develops and offers tailored solutions for diverse investment projects: housing and office premises, shopping malls, industrial facilities etc.
 

Our services:

1) Preliminary general audit of the following components:

  • Building’s condition and insulation;
  • Heat production;
  • Efficiency of heating supply, ventilation, air-conditioning, cooling systems;
  • Heat recuperation, water and electricity saving systems etc.

2) Analysis of energy production equipment

  • Modernization and replacement of existing equipment;
  • Analysis of advantages of use of renewable energies: biomass, biogas, wind, solar, geothermal.

3) Diagnostic of energy efficiency (DEE):

  • Site visit and data gathering (accounts, measurements);
  • Data analysis according to the DEE method or other;
  • Elaboration of solutions for energy saving, financial saving, СО2 reduction, waste production reduction etc;
  • Appraisal of investments required, financial interest and investments payback;
  • Monitoring of efficiency after implementation of improvements.

4) Design of low energy consumption buildings – «active and passive house» systems (from 0 to 120 kWh/m2/year):

  • Analysis of project and location;
  • Assessment of the program, urban plan and location conditions;
  • Definition of energy objectives (energy consumption and comfort in winter and summer);
  • Development of «energy» technological building and choice of the consumption level;
  • Dynamic modeling of heating structures;
  • Study of technical solutions for heating, air-conditioning and energy supply systems;
  • Elaboration of terms of reference for consultation of sub-contractors;
  • Selection of suppliers (quality, price, delay);
  • Monitoring of implementation and control of conformity;
  • Monitoring during the warranty period and measurement campaign.