1 4 3 2

Large-Scale Technical and Environmental Infotour to “Azerbaijan Thermal Power Plant” LLC Organized for Mingachevir State University Students

A large-scale technical and environmental infotour to “Azerbaijan Thermal Power Plant” LLC — the largest thermal power plant in the South Caucasus — was organized for students majoring in Energy Engineering at Mingachevir State University (MSU). The main purpose of the visit was to provide future engineers with the opportunity to observe in practice the theoretical knowledge they acquire in classrooms and to familiarize them with the challenges of modern energy systems.

During the infotour, students had the opportunity to observe the electricity generation chain in real time — from the combustion chamber to generators and substations.

Specialists provided detailed explanations about the operating principles of high-voltage transformers, turbine units, and the central control panel.

The processes of intelligent energy system management (Smart Grid elements) and automated dispatch control were also demonstrated visually.

It was emphasized that modern energy is not only about production, but also about environmental responsibility. Within the framework of the visit, students were informed about the measures implemented at the plant to improve environmental performance, including:

  • Methods for minimizing atmospheric emissions through filtration systems and optimization of combustion processes;
  • Innovative technologies aimed at increasing energy efficiency and reducing internal energy consumption;
  • The synchronized operation of traditional energy systems with renewable energy sources and the role of engineering solutions in this transition.

During interactive discussions held with the plant’s leading engineers and specialists, students’ questions were answered in detail. Particular attention was paid to the following topics:

  • Engineering Ethics and Safety: the strict observance of occupational safety and technical security standards in industrial enterprises;
  • “Green Campus” Initiatives: small-scale energy efficiency projects and student startups that can be implemented within the university environment;
  • Career Opportunities: demand for young professionals in the energy sector and the “soft” and “hard” skills expected from modern engineers.

Such technical tours accelerate students’ professional development and help them build a clear understanding of the future development directions of the energy sector.