Electric power systems rely heavily on the step up transformer to transmit electricity efficiently across long distances. From renewable energy plants and industrial facilities to national transmission grids, these transformers play a critical role in increasing voltage, reducing transmission losses, and improving overall grid stability. In this comprehensive guide, we analyze the technical mechanics, diverse […]
In the complex landscape of electrical distribution, the 75 kVA transformer stands as one of the most versatile and essential components for commercial, industrial, and utility applications. Whether you are an electrical engineer designing a power system for a new data center, a procurement manager sourcing for a rural electrification project, or a facility manager […]
Portugal’s power grid continues to modernize as the country expands renewable energy integration, strengthens cross-border transmission with Spain, and upgrades aging substations. As a result, demand for high-voltage power transformers, distribution transformers, and substation equipment has grown steadily in recent years. Although Portugal has limited large-scale transformer manufacturing capacity compared to major industrial nations, it […]
Introduction: The Global Energy Transition Is Reshaping Power Infrastructure The global power industry is undergoing a fundamental transformation. Driven by rapid electrification, renewable energy expansion, and the rise of digital smart grids, electricity networks are being redesigned at every level—from generation to transmission and distribution. At the center of this transformation lies one critical component: […]
Introduction Power transformers are critical equipment in modern power systems, widely used in transmission networks, substations, renewable energy plants, and industrial facilities. As global electricity demand continues to grow, many EPC contractors, utilities, and industrial buyers are sourcing power transformers from China due to competitive pricing, strong manufacturing capability, and international compliance. At Evernew Transformer, […]
As global energy projects become increasingly interconnected, the ability to support cross-border cooperation has become a key strength for transformer manufacturers. Evernew Transformer recently completed a successful project by supplying two units of 2000 kVA pad-mounted transformers for a power distribution application in Canada, in collaboration with a Spanish partner. This project reflects Evernew Transformer’s […]
As global energy systems evolve, traditional power infrastructure faces increasing pressure. The rise of renewable energy, distributed power generation, and urban and industrial high-demand loads requires smarter, more flexible solutions. Solid State Transformers (SSTs) are no longer just experimental technology—they are a practical solution for enhancing energy efficiency, grid flexibility, and intelligent power management across […]
Introducción: Por qué son importantes los transformadores de estado sólido. Los sistemas eléctricos mundiales están experimentando una transformación fundamental. Con la rápida expansión de las energías renovables, la electrificación del transporte y el auge de las redes inteligentes, los transformadores tradicionales ya no son suficientes para satisfacer las demandas energéticas actuales. Aquí es donde entran en juego los transformadores de estado sólido (SST). La tecnología SST representa un […]
Introducción: ¿Qué es un transformador de potencia reductor? Un transformador de potencia reductor es un dispositivo eléctrico esencial que reduce la alta tensión de transmisión a una tensión más baja y segura, adecuada para los usuarios finales o para aplicaciones industriales. Garantiza un suministro eficiente de energía desde las centrales eléctricas hasta las subestaciones, fábricas, edificios comerciales, centros de datos y zonas residenciales. Sin un transformador reductor […]
Introducción La impedancia del transformador, que suele expresarse como Z%, es uno de los parámetros más críticos en el diseño de sistemas de energía. No solo influye en la corriente de cortocircuito, la regulación de tensión y el reparto de carga, sino que también afecta a la seguridad, la confiabilidad y la rentabilidad de los proyectos industriales y de servicios públicos. Para los ingenieros, los contratistas EPC y los responsables de la toma de decisiones en las empresas de servicios públicos, comprender cómo funciona la impedancia del transformador, cómo […]