Training on Energy Efficiency and Energy Modeling of Buildings

Energy efficiency is the efficient use of energy resources. Using less energy to provide the same level of energy supply to buildings or technological processes in production allows you to save non-renewable resources, effectively use renewable energy sources with the least harm to the environment. To date, the problems of energy efficiency are the most important and relevant for the world community.


To determine the degree of energy efficiency, energy modeling is carried out. Energy modeling shows how the building will function in the future at the design stage to evaluate design solutions. Energy modeling allows you to determine how the facility will function in the future even at the design stage, which allows you to choose the technical and economic scenario of the power system, determine the safest type of power system for users and the environment, choose further options for the development of the facility, and calculate the future costs of operating the facility. All this, in turn, allows you to get a reasonable and energy efficient project that will be highly appreciated by future users.

Our training is prepared for specialists interested in such areas of knowledge as:

  • Energy efficiency
  • Energetics
  • Alternative energy sources
  • Energy modeling
  • Feasibility scenarios
  • Optimization of operating costs.

Cost of participation:

– for individuals 46,000 rubles

– for legal entities 55,200 rubles

There is a discount for companies depending on the number of participants.

The training will cover the following topics:

1. Energy efficiency

  • energy reduction methods
    energy modeling for LEED and BREEAM certification
  • ASHRAE 90.1 Energy Efficiency Standard


2. Mathematical modeling

  • calculation of the necessary connected power supply, heating
  • determining the load on air
  • conditioning and heating
  • selection of optimal equipment
  • optimization of building engineering systems and enclosing structures
  • alternative energy sources
  • feasibility scenarios for energy systems: traditional scenario, optimistic scenario, innovative scenario
  • mathematical modeling tools

If you have any questions about participation, you can contact the person who invited you or use the following contacts:

  • T: +7 (910) 081-14-69 (Anna)
  • E: