Vijai Electricals Ltd. specializes in the design and manufacturing of high-quality transformers tailored to meet diverse industrial and utility requirements. Our transformers are known for their superior performance, durability, and energy efficiency.
Oil-Filled Medium Power Transformers (up to 15MVA, 33 kV class)
Vijai's Oil-Filled Medium Power Transformers are robust, reliable, and engineered for demanding applications. With superior insulation systems, optimized thermal management, and advanced design, these transformers deliver consistent performance, low losses, and extended life in harsh operating environments.
Compact Substation
Vijai Electricals' Compact Substations (CSS) are designed for high performance, safety, and space optimization, integrating transformers, switchgear, and low-voltage panels within a single compact enclosure. These substations are ideal for urban and industrial applications due to their minimal space requirements and plug-and-play design, enabling quick installation and commissioning. Built with robust, fire-retardant, and corrosion-resistant materials, they offer superior durability and safety, adhering to international standards like IEC, IS, and BSEN. Vijai’s CSS ensures energy efficiency through low-loss transformers, ease of maintenance with a modular design, and customizable solutions tailored to specific needs, making them a reliable and cost-effective choice over competitors.
Electrical Locomotive Transformer
Vijai’s Smart Grid Transformers are equipped with cutting-edge monitoring systems for real-time performance analytics. With reduced losses, advanced automation compatibility, and robust construction, they excel in smart grid applications, enhancing network efficiency and reliability over competitor products.
Our state-of-the-art locomotive transformers are setting new benchmarks in reliability and performance:
6531 KVA Transformers – Tailored for Lot 6500, WAG 9 locomotives without hotel load.
7775 KVA Transformers – Designed for WAP5 and WAP7 locomotives with hotel load functionality.