DC switchgear and distribution cubicles designed and built with the latest technology and certified to the latest reference standards according to client requirements. They are available in metal-enclosed and metal-clad versions, fixed or withdrawable execution depending on system requirements. The panels are equipped with high-quality and reliable components and are available with internal arc-proofing, ensuring high operational safety and continuity of service under critical conditions.
Protection systems, measurement and diagnostic systems, a wide range of equipment to improve the protection, control, and supervision of DC traction cubicles and substations, offering features such as connectivity to automation systems, data recording, and interventions. They have been developed with latest-generation components and microprocessors to ensure reliability, precision, and operational continuity in railway, light rail, and trolleybus infrastructure.
Devices for managing and disconnecting power lines in railway, tramway, and trolleybus traction systems. They are designed to ensure safe isolation, operational reliability, and efficient maintenance in DC and AC infrastructure. DC disconnectors in off-load, on-load, changeover, and load circuit breaker versions are available with a wide range of optional functions to meet the needs of all traction system applications.
The Electrical Substation Automation System integrates automation, PLC/RTU systems, IED devices, and SCADA platforms into a single control architecture. Centralized management via OCC allows you to monitor and supervise the entire network of substations, with real-time data acquisition, advanced diagnostics and optimized maintenance planning.
The mobile substation is a fully customizable solution based on infrastructure needs, offering a turnkey, prefabricated solution. They can integrate complete AC and DC conversion electrical substations, energy recovery conversion systems, and are equipped with automation and control systems. Fully assembled, wired, and tested in the factory, they are designed for plug-and-play field connections, reducing commissioning times, civil works, and operating costs.
Advanced systems for the conversion and management of electrical energy in high-power applications. From rectifiers to energy recovery and storage systems, up to auxiliary converters for rolling stock, the Power Electronic Converters support infrastructures in the transport, industry and energy sectors, ensuring efficiency, reliability and business continuity.
Designed for electric traction networks, the energy recovery inverters are the heart of the energy recovery system in electric traction networks and allow braking energy to be recovered by feeding it back into the grid or powering auxiliary services. Thanks to a modular configuration and high scalability, the system can be adapted to different infrastructure requirements, improving the overall efficiency of the plant.
ME-eCHARGER is our proprietary electric bus charging system (EVSE). Developed for the electrification of depots and fleets with modular architecture and complete integration of conversion, control and diagnostic systems, it is prepared for bidirectional charging and interfacing with external supervision systems, ensuring efficient management of the charging infrastructure and maximum configuration flexibility.
Advanced SCADA automation and supervision systems for the intelligent management of complex plants and infrastructures. Automation solutions integrate control, monitoring and dedicated software development for substation automation and energy and operational process management, ensuring safety, reliability and efficiency in the transport, energy and industrial sectors.
HV mobile substations designed to ensure continuity of power in temporary, emergency and maintenance applications. These fully prefabricated, factory-tested, transportable substations that can be configured to plant requirements provide a reliable solution for revamping, interim feeding, peak load management and remote installations.
The contact line disconnecting and grounding system automates and centralizes grounding management in a single architecture. Designed according to the highest functional standards (SIL4), it is an advanced solution for the earthing system of the contact line and tunnels, ensuring continuous monitoring of the status of the system, the issuance of digital authorizations and maximum safety during maintenance interventions.
