IMEFY successfully participated in MATELEC 2025, held during International Electrification and Decarbonization Week at IFEMA Madrid from November 18 to 20.

During these three days, the company presented its innovative Peritus OLTC Transformer (POT), a solution designed to empower smarter, more efficient, and sustainable electrical grids.

The Peritus OLTC Transformer (POT), star attraction at the IMEFY stand

The POT aroused great interest among network operators, engineering firms, and companies in the energy sector attending the fair.

Among its most notable features:

  • Compact, maintenance-free design with sustainable insulating fluids that reduce the environmental footprint.

  • Automatic real-time regulation, ensuring voltage stability in the network.

  • Advanced integration into smart grids, with a proprietary app that enables remote monitoring and predictive maintenance.

  • Optimisation of renewable generation, increasing efficiency and reducing operating costs.

During the fair, IMEFY demonstrated how POT facilitates the management of modern networks and the integration of renewable energies, reaffirming its commitment to technological innovation and sustainability.

A strategic space for sharing knowledge

MATELEC 2025 allowed IMEFY to strengthen its relationship with customers and partners, as well as establish new contacts in the field of electrification and decarbonization. This major meeting point also served to highlight its track record, with more than 50 years of experience, internationally renowned industrial facilities, and an ongoing commitment to solutions that combine efficiency, reliability, and sustainability.

Commitment to the energy transition

IMEFY’s participation in MATELEC confirmed its leadership in the modernization of the electrical system. The company would like to thank all the professionals and visitors who showed interest in its solutions and reaffirms its commitment to continue developing technologies that contribute to smarter, more resilient, and environmentally friendly networks.