No. 4 250 MVA Power Transformers for Voith Hydro Final destination Manitoba Hydro Substation, Canada. Rated power: 250 MVA - Primary voltage: 230 kV
No. 4 PSTs for CEPS, the Czech Republic TSO The 4 PSTs optimize the energy transmission from Germany, reducing the risk of blackouts and ensuring the continuity and efficiency of the network service. Rated power: 850 MVA - Primary voltage: 420 kV
Three Phase GSU Transformer using aramid enhanced cellulose paper. Generation step-up Rated power: 310 MVA - Primary voltage: 220 kV
The largest Furnace Transformers in the world Three phase EAF transformer with booster Rated power: 360 MVA, Primary voltage: 34,5 kV
A huge Phase Shifting Transformer in the world. Four units installed in the Italian grid Three phase phase shifting transformer, two tanks design, symmetric regulation Throughput power: 1800 MVA MVA, Source and Load voltage: 400 kV
A very large regulating transformer to check the short-circuit withstand capability of circuit-breakers in labs Three phase regulating transformer Rated power: 300 MVA, Primary voltage: 225-235-245 kV
Single phase shunt reactors to realize three phase compensation banks in the 400 kV Italian grid. OLTC for reactance regulation Single phase shunt reactor Rated power: 86÷60.2 MVAr, Primary voltage: 400kV
Two very large autotransformers for Northern Europe, equipped with a three limbs core to prevent effects due to geomagnetic currents Three phase autotransformer Rated power: 500 MVA, Primary voltage: 410 kV
4 rectifier transformers, 12 pulses, equipped with regulation autotransformer and saturable reactors Three phase rectifier transformer Rated power: 128.135 MVA (Primary) – 2x66.328 MVA (Secondary), Primary voltage: 132 kV
An high-powered transformer for the most important iron and steel plant in Belarus Three-phase Power Transformer Rated power: 125 MVA, Primary voltage: 330000 V
A dominant presence in Indian steel plants EAF and LF Transformers Rated power: 220 MVA Primary voltage: 33000 V
