We guide our clients in specialized projects that seek to achieve maximum efficiency in the transition to a sustainable, low-emission energy model. Through innovation and the application of advanced technology, we excel in key areas of conventional energy.
In thermal energy, we optimize processes to offer efficient and sustainable solutions, contributing to the responsible management of resources. In substations, we design robust infrastructures that support the stability and reliability of the power supply. In addition, we lead in combined cycle and cogeneration, maximizing energy production and leveraging residual thermal efficiency for smarter, more environmentally friendly systems.
Our vision is to be the driving force behind a successful energy transformation, offering comprehensive solutions that not only meet present needs, but also lay the foundation for a more sustainable and efficient energy future.
We design and implement efficient and sustainable thermal solutions. Our expertise ensures optimal performance, contributing to energy efficiency and reduced environmental impacts.
Substation design and management for reliable power supply. We contribute to the stability and efficiency of the electrical system.
Our services are focused on the design and implementation of combined cycle plants, where we take advantage of the residual thermal energy for cogeneration.
La central térmica de Temane es una central térmica de ciclo combinado de gas de 450 MW con una configuración multieje 5×1, diseñada para suministrar energía eléctrica segura, altamente fiable, eficiente y de bajo coste.
La Planta UTE RIOGRANDE NEW LOC es un Ciclo Combinado de Gas Natural con una potencia neta proyectada de 1,238 MW, ubicada en Jabequara, Bahía, interconectada al SIN.
La Planta Termoeléctrica de Entre Ríos suministra electricidad al Sistema Interconectado Nacional mediante seis turbinas SGT-800 de SIEMENS, cada una con una capacidad de 40 MW y una subestación elevadora de 230 KV.
La Planta Termoeléctrica de Warnes, con cinco turbinas SGT-800 de 40 MW cada una y una subestación elevadora de 230 KV, proporciona potencia y energía al Sistema Interconectado Nacional.
La actual Planta Termoeléctrica del Sur suministra electricidad al Sistema Interconectado Nacional (SIN) mediante cuatro turbinas SGT-800 de 40 MW cada una, marca SIEMENS, y una subestación de 230 KV. Se estima un consumo de gas de 40 MMpcd.
The synergy between our business lines and continuous innovation allows us to offer comprehensive and customized solutions to our customers.