We have the technical and operational capacity to fully execute outdoor lighting systems, including the installation of steel tubular poles, LED floodlights, control boxes with manual and photoelectric switches, hangers and Arvidal conductors, as well as all the hardware and accessories required for a complete solution. Our scope includes the handling, storage, transport, and assembly of the supplied materials, the performance of continuity and insulation tests, the verification of grounding resistance and the correct manual and automatic operation of the systems, guaranteeing that each installed element complies with the applicable technical specifications and international standards. In addition, we can develop the installation, testing, and commissioning of general service transformers for public lighting and auxiliary services, incorporating the wiring, conduits, distribution panels, and protection equipment necessary to ensure a reliable and safe lighting system.

We offer the capability to execute projects for the adaptation and improvement of low-voltage grounding systems, encompassing the transport, laying, tensioning, and installation of bare copper conductors in trenches, manholes, substations, and slabs of power distribution centers or frequency converters, including the grounding of automation systems. Our services include the installation of Copperweld-type bars or ground rods, the making of compression connections and exothermic welds between cables and bars, as well as the interconnection to counterweights and guard wires, guaranteeing electrical continuity through specialized testing and the use of certified equipment and tools. Furthermore, we incorporate the connection of equipment and structures to the grounding system with appropriate connectors and hardware, ensuring that each installed element meets the technical specifications and has quality certifications, so that the system provides reliable and safe protection for industrial facilities.

We have the technical and operational capacity to execute projects ranging from the construction of open conduits for power cables—including excavation, reinforced concrete works, formwork, compaction, and stormwater management—to the installation of complete hardware on poles for lines of different voltage types, with their crossarms, clamps, plates, insulators, and associated accessories. We are also prepared to perform the pulling, combing, routing, connection, identification, and testing of power conductors between distribution centers, frequency converters, and motors, as well as the removal and relocation of decommissioned cables, complying with the specifications of each project and the standards required by the responsible entities.

We have the experience and resources to execute projects that include the adaptation of substation gantries of different capacities, with the supply and installation of electrical conductors, terminal cups, three-pole disconnectors, lightning arresters, polymer insulators, power down conductors, and lightning protection systems, as well as the construction of underground and aboveground medium-voltage conduits using PVC and galvanized iron ducts with their associated civil works. We are also qualified to construct firewalls in substations, install, test, and commission power and utility transformers, connect distribution panels and service entrances, and dismantle, relocate, and replace existing transformers without affecting the continuity of electrical service, always guaranteeing compliance with technical specifications and the satisfaction of the responsible entities.

We have the technical and logistical capacity to execute projects encompassing: the transport, installation, connection, and commissioning of self-supporting NEMA 3R Power Distribution Centers (PDCs) of varying capacities and dimensions, including leveling, foundation anchoring, insulation and megger testing, as well as the recovery, decommissioning, and reconnection of existing equipment and loads. Our services include the supply and assembly of two-cell cabinets with withdrawable main circuit breakers, dry-type transformers, distribution boards of varying voltage levels and capacities, circuit breakers of varying capacities, numerical protection systems, and all associated power and control cables, ensuring optimal and safe operation of the PDCs in accordance with engineering specifications and the requirements of the responsible authorities.