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Analyze how cross-sectional technologies contribute to energy savings, system optimization, and cost reduction in industrial and commercial applications.
| Duration | 15:00 - 16:00 CEST | |
| Study time | 1 hour | |
| Language | English | |
| Dates | 16/07/2026 | |
| Expertises | Energy efficiency | |
Examine energy efficiency in cross-sectional technologies: energy systems and equipment commonly found across different industrial sectors, such as compressed air, pumps, motors, lighting, and heating and cooling systems.
Analyze how cross-sectional technologies contribute to energy savings, system optimization, and cost reduction in industrial and commercial applications.
| Duration | 15:00 - 16:00 CEST | |
| Study time | 1 hour | |
| Language | English | |
| Dates | 16/07/2026 | |
| Expertises | Energy efficiency | |
Examine energy efficiency in cross-sectional technologies: energy systems and equipment commonly found across different industrial sectors, such as compressed air, pumps, motors, lighting, and heating and cooling systems.
This virtual class examines energy efficiency in cross-sectional technologies: the energy systems and equipment commonly found across different industrial sectors, such as compressed air, pumps, motors, lighting, and heating and cooling systems.
Participants will learn what cross-sectional technologies are and why they represent significant opportunities for energy savings in industrial facilities.
The class covers the topic of energy baseline, energy balance, energy performance indicators (EnPI) and significant energy use (SEU) as well as the Best Available Techniques (BAT).
A dedicated section on compressed air systems and a calculation exercise provide a practical example of how cross-sectional technologies can be analysed and optimised.
By the end of this class, participants will gain a working knowledge of cross-sectional technologies, the methods used to evaluate energy performance, and the typical energy saving measures in common industrial systems.
Participants are expected to participate in the session by asking question and react to prompts from the speaker. When possible: cameras ON, mics off.
The session is delivered synchronously online, with later access to the recording and slides shared during the class. A digital certificate of participation will be issued within 48 hours after the class and sent by email.
If a cancellation is needed, only allowed until 1 week in advance.

Conceptualises, plans, and manages international and national training programmes, materials, and projects for energy efficiency in buildings at RENAC. Previously worked as a technical advisor at GIZ Ukraine for two IKI projects on energy-efficient building refurbishment. Brings extensive experience as a team lead and engineer in the energy sector, with in-depth knowledge of electricity supply networks, energy markets, policies, and grid technologies. Holds a master’s degree in Electrical Engineering Systems of Energy Consumption from Lviv Polytechnic National University in Ukraine.