Comprehensive project documentation, including concepts, construction designs, and detailed execution projects. Supported by four dedicated design offices.
We design fiber-optic and wireless networks for telecommunications operators.
We develop designs for transmission and distribution networks.
We implement integrated IT systems that support process automation, data security, and enterprise communication infrastructure.
We designgas transmission and distribution systems.
We develop railway traffic control and safety systems, including projects based on BIM technology.
We implement high-capacity fiber-optic networks, utilizing DWDM technology for efficient long-distance data transmission. We design 5G wireless network infrastructure that enables high-speed transmission and minimal latency, essential for IoT applications and real-time responsive services.We also design systems for the integration of renewable energy sources, including wind farms and photovoltaic installations, with existing in frastructure. We implement local microgrid solutions capable of operating independently from the central power grid, as well as energy storage systems.
We develop electrical networks using state-of-the-art technologies, such as smart grids, enabling remote data reading, automatic diagnostics, and load management. We specialize in the integration of renewable energy sources, including wind farms and photovoltaic installations, with existing energy infrastructure.We implement local microgrid solutions and energy storage systems that enhance energy security and resilience. Our projects also include systems that help clients reduce energy consumption by applying efficient lighting technologies, HVAC systems, and other energy performance improvements for buildings and industrial facilities.
In railway infrastructure design, we primarily focus on railway traffic control systems (including ETCS), railway telecommunications, traction networks, and power engineering. We use BIM (Building Information Modeling) technology in the development of design documentation.
We design data center network infrastructure ensuring high availability and redundancy, which are critical for the continuity of cloud and hosting services. We implement advanced SCADA (Supervisory Control and Data Acquisition) systems and EMS (Energy Management Systems) for full control over energy infrastructure, operational optimization, and rapid response to changing conditions.We develop network system schematics supporting data transmission, including data centers and cloud environments. Our projects are precisely tailored for system integration, enabling smooth interoperability between different IT platforms while minimizing the risk of operational disruptions.
We design transmission and distribution gas networks, paying particular attention to the optimization of transmission routes.This approach reduces both investment and operational costs while ensuring reliability and continuity of supply.
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