Low-loss transformers: modern technologies and materials
Low-loss transformers and energy efficiency have become a global priority. In particular, the focus is on minimising losses. Every percentage reducti…
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Low-loss transformers and energy efficiency have become a global priority. In particular, the focus is on minimising losses. Every percentage reducti…
Discussions of green energy often focus on photovoltaic panels, which convert sunlight into electricity, and inverters, which transform direct curren…
Technical, operational and environmental factors determine how long a plant will operate reliably. Deteriorated insulation, overloading or inadequate…
Without transformers, electricity could not travel efficiently and safely from the power station to your socket, nor would most industrial machinery …
Do you know how to calculate the transformer needed? Correct calculation is the basis for reliable operation, long life and high efficiency. In order…
Every piece of equipment has a lifespan, and after years of operation there comes a point when repairs are no longer enough. By replacing the transfo…
Load classes of transformers represent one of the key technical parameters that fundamentally affect their performance, reliability and overall lifet…
Transformers provide power transmission and distribution between different voltage levels. Their reliability and longevity depend not only on the des…
Battery storage is becoming a key element of modern energy networks. They can stabilise the grid, provide back-up power and optimise power flow. They…
In order for a transformer to effectively change the voltage between different parts of the network in electricity transmission and distribution syst…