Skip to content Skip to footer
ГЕС Лого
Поискайте оферта
Close

PV C&I, Sofia, Europe Trade Center, 155 kWp

  • Location: Sofia
  • Construction: Van der Valk Solar Systems
  • Role of the GES: Full EPC
  • Power: 155 kWp
  • Modules:

    Jinko Solar 440 Wp N-type
  • Inverters: Huawei SUN2000

Description

The first stage of the construction of the rooftop photovoltaic power plant at Trade Center Europe has been completed. The plant has an installed capacity of 155 kWp.

For mounting the Jinko Solar photovoltaic panels, each with a unit capacity of 440 Wp, on the roof, we used a ballasted metal modular structure from the leading Dutch manufacturer Van der Valk Solar Systems. The string inverters are supplied by the market leader, Huawei.

The PV plant is intended solely for the internal energy needs of the Sports Hall.

Trade Center Europe
Trade Center Europe
Trade Center Europe
Trade Center Europe
Go to Top
Marin Penkov

Marin Penkov

Electrical Engineer

  m.penkov@ges-bg.com

LinkedIn Profile

Marin Penkov works on various engineering projects related to the design, construction, and maintenance of electrical systems, demonstrating both technical skills and strong teamwork. He is proficient in using specialized software, including AutoCAD (for technical drafting), DJI Terra (for 3D mapping and terrain analysis using drones), and SketchUp (for 3D modeling and visualization). He utilizes these tools in both his professional work and personal projects.

His main interests include electrical power engineering, 3D printing, and 3D modeling. He actively keeps up with developments in these fields and strives to apply modern technological solutions in both his professional activities and personal endeavors.

Zvezdelin-Vergilov

Zvezdelin Vergilov

Logistics Executive

z.vergilov@ges-bg.com

LinkedIn profile
Lili-Naidenova

Lilia Naidenova

Head of Engineering

l.naidenova@ges-bg.com

LinkedIn profile

Liliya graduated from the Technical University of Sofia with a Bachelor’s degree in Electrical Engineering and a Master’s degree in Renewable Energy Sources. Her interest in photovoltaics began during her studies, and she has been professionally involved in the field since 2007, when she took part in the design of the first megawatt-scale photovoltaic plant in Bulgaria.

Since then, she has been actively engaged in the design of rooftop and ground-mounted solar installations in both Bulgaria and across Europe, including energy storage facilities.

Since the spring of 2025, she has been working at GES Energy, where she is responsible for organizing the entire design process and serves as an electrical design engineer.

Yavor Kirov

Electrical Design Engineer

y.kirov@ges-bg.com

LinkedIn profile

Yavor Kirov is an electrical engineer with a Bachelor’s degree in Electrical Engineering from the Technical University of Sofia. He has over three years of experience in the design and construction of photovoltaic power plants, both rooftop and ground-mounted. Over the years, he has participated in numerous projects related to energy efficiency, renewable energy sources, and the implementation of smart technologies for electricity management.

Since the spring of 2025, Yavor has been part of the engineering team at GES Energy AD, where he holds the position of Electrical Design Engineer. In this role, he is responsible for preparing investment projects for photovoltaic power plants, power supply installations, and energy storage systems.

Stanislav Pandev

Technical Director

  stanislav.pandev@ges-bg.com

LinkedIn profile

Eng. Stanislav Pandev has been in the construction industry for over 7 years. He graduated with a degree in Applied Geodesy from UACEG, Sofia, in 2018, and holds full design certification in his field. He worked as an investor control specialist in building construction for four years.

Stanislav joined GES Energy in the fall of 2023 as a Project Manager and was promoted to Technical Director in the spring of 2025. His responsibilities include overseeing, organizing, and controlling the entire process of constructing future photovoltaic power plants.