Our Projects - Portfolio

As part of energy efficiency programs for public institutions, photovoltaic systems have been designed for installation on the roofs of educational buildings.

The project consists of reconstructing, rehabilitating, and adapting the existing buildings and runway within the Kucova Air Base.

The project consists of delivering a photovoltaic plant installed on the dam slope, taking into account the existing terrain conditions and structural requirements of the facility.

The project consists of designing the urban reconstruction of residential blocks in the 1 Maj neighborhood in Patos to improve public infrastructure and urban space quality.

The project consists of designing a 100 MW photovoltaic plant in the Spitalla area of Durres for electricity production from renewable sources.

The project consists of designing and supervising the construction of a panoramic balcony in Petran village, near the Kelcyre Gorge, to develop tourism infrastructure and highlight the area's natural potential.

The project consists of regenerating the promenade along Lake Ulza as part of the development of the Natural Park and the enhancement of the area's tourism potential.

The project consists of designing a new Institution for the Execution of Criminal Decisions in Kukes. It includes the functional organization of the complex, accommodation, administration, healthcare, education and rehabilitation areas, technical zones, and supporting infrastructure.

The project consists of reconstructing and modernizing the Specialties Polyclinic in Elbasan to improve the functional organization of its spaces and adapt them to current healthcare service requirements.

The project consists of the design of a photovoltaic park with an installed capacity of 100 MW, developed according to contemporary engineering and renewable energy standards. The intervention includes the design of the photovoltaic field, energy conversion and transformation systems, internal electrical network, energy storage areas, supporting infrastructure, and monitoring and control systems. The project aims to optimize energy production, operational safety, long-term plant sustainability, and compliance with the technical and environmental requirements for modern solar power plants.

The project consists of the design of a 2 MW photovoltaic plant for electricity production from solar sources. The project includes the organization of the photovoltaic park, the design of the electrical infrastructure, transformer cabin, conversion and monitoring systems, and the integration of technical solutions that ensure high energy efficiency, operational reliability, and long-term plant performance.

The project consists of the design of a 2 MW photovoltaic plant, conceived for sustainable and efficient energy production from renewable sources. The intervention includes the functional layout of the photovoltaic park, the design of the PV array, transformer cabin, internal electrical network, and support systems. The technical solutions were developed to ensure optimal performance, operational safety, and compliance with contemporary design and renewable energy standards.