ICT Ibérica: It takes energy to play a great role.

2017

ICT Ibérica

Zaragoza

Complete installation

1.200 m2

45/15 kV electrical substation to ensure a stable energy supply for the paper industry.

The development of the electrical substation for the ICT Ibérica industrial plant represents a key infrastructure to guarantee energy stability in a production environment with high electrical demand. Designed to operate with transformation levels of 45/15 kV and a total power of 30 MW, this facility constitutes the energy distribution core that feeds the industrial processes of the paper mill. Located on a surface area of approximately 1,200 m², the substation integrates transformation systems, medium-voltage switchgear, electrical protections, and switching equipment aimed at ensuring supply quality and operational reliability. This infrastructure allows for the management of large electrical loads associated with industrial machinery, production lines, and auxiliary systems, guaranteeing continuity, safety, and efficiency in the electrical distribution of a strategic facility for the paper industry.

Rounded finishes

The 45/15 kV substation is the energy heart of the industrial plant, allowing high-voltage energy to be transformed to levels suitable for internal distribution. This electrical infrastructure guarantees supply stability, operational safety, and the capacity to power the intensive industrial processes characteristic of the modern paper industry .

30 MW that do the job

With an installed capacity of 30 MW, the substation provides the necessary power to supply industrial machinery, paper manufacturing lines, and auxiliary production systems. This energy capacity allows for managing high industrial electricity consumption while maintaining efficiency, supply reliability, and quality in energy distribution within the production complex.

Highly reliable distribution

The electrical distribution system integrates medium voltage switchgear, protection devices, switching equipment, and control systems designed to ensure operational continuity. This energy architecture allows for safe and efficient energy management, reducing the risk of interruptions and optimizing the operation of industrial processes within a facility with high electrical demand.