Low- and medium-voltage network construction
From transformers to street lighting.
We design electricity distribution networks and grid connections, for both utility and private networks (1, 10 and 20 kV).
Our services
Power, public lighting and traffic engineering networks.
Our core activity is building electrical utility networks, from transformer substations and cable and overhead lines to public lighting and traffic engineering.
-
Transformer substations
Installation and periodic maintenance of 10/0.4 and 20/0.4 kV transformer substations.
-
Public lighting networks
Construction of public lighting networks.
-
Cable & overhead line networks
Building, replacing and dismantling 1, 10 and 20 kV cable and overhead line networks.
-
Traffic engineering networks
Construction of traffic signals and their underground ducts.
Why KOVILL
-
Since 2003
More than 20 years of industry experience.
-
Grid infrastructure
From distribution networks and underground cabling to grid connections.
-
End-to-end delivery
Design and installation from a single partner.
-
Safety & reliability
Engineering solutions built around operational reliability.
Who it’s for
Network construction for utility, business and public-sector clients.
Our services are aimed at clients whose investments need an electricity network to be built, extended, or connected.
- Electricity suppliers and licensed network operators
- Investors in industrial and commercial property
- General contractors
- Property developers
- Municipalities and other public institutions
In practice
When a new industrial facility needs a grid connection, or an area needs a new electricity supply, we take part in the related network construction and installation work.
Not residential electrical work
Our work is at utility and network scale, which is different from residential electrical work such as rewiring a flat or replacing sockets.
Featured projects
Proven expertise. Real results.
Typical types of work in electrical construction, with selected references (not an exhaustive list).
-
Distribution networks
Construction of electricity distribution networks and their infrastructure.
- 2012 Kossuth Lajos tér reconstruction: temporary transformer installed to supply the Parliament
- 2013 Váci út 117: public lighting network
- 2019 Budapest District III, Heltai Jenő tér: public lighting network
- 2020 Hungexpo: relocation and replacement of 10 kV cables
- 2021–2022 Zugló town centre: temporary transformer substations
- 2023–2024 Hungaroring: 10 kV private network and BHTR substations
- 2024 Marina Part: public lighting network
-
Underground cabling
Laying underground cables and network lines, and extending existing networks.
- 2011 Budapest District V, Március 15. tér: replacement of 1 and 10 kV cable networks for the local municipality
- 2014–2015 Budapest tram network integration (Bem rakpart, Zsigmond tér, Bécsi út): rebuilding 1 and 10 kV networks and public lighting, building traffic engineering networks
- 2025 Budapest District XI, Budaörsi út – Rupphegyi út junction: replacing the 1 and 10 kV network, building traffic engineering networks and public lighting
-
Grid connections for new facilities
Installation work to connect new facilities to the electricity network.
- 2014–2017 Nagytarcsa, Szilas industrial park: public lighting network built and handed over
- 2018 Andrássy út 25, Ballet Institute: 10/0.4 kV supply network and transformer substations
- 2020 Budapest District V, Szervita tér 5: 10/0.4 kV dual supply and transformer substations, handed over to the electricity supplier
- 2021 Budapest District XII, Városmajor utca 12: 10/0.4 kV transformer substations
Our process
From planning to operation.
A structured approach from the first site assessment to long-term operational support.
-
Step 1: Consultation & site assessment
Understand the project requirements, operational constraints, and site conditions.
-
Step 2: Design & engineering
Develop the technical solution, engineering documentation, and implementation plan.
-
Step 3: Installation & commissioning
Coordinate installation and verify that the completed system meets the agreed requirements.
-
Step 4: Handover & support
Hand over the completed network with its documentation and support its operation with technical assistance.
Contact
Let’s build a stronger grid.
- Office
- 2142 Nagytarcsa, Szilas u. 16., Hungary