Every power transformer leaves the factory with its nameplate—voltage, capacity, impedance and temperature rise. For most manufacturers this signifies the end of their engineering efforts. At Jiangsu Ryan Electric, this is only the beginning. B...
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A power transformer is central to each transmission and primary distribution substation, taking voltage down from high-voltage lines to levels suitable for industrial users, metropolitan districts, and renewable energy generation sites. In a 132kV su...
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Oil-Immersed Transformers: Why They’re Still the First Choice for Many Power Projects A few years ago, one of our customers from Southeast Asia told us something interesting during a factory visit. He said that whenever a new industrial park wa...
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The Ultimate Guide to Dry Type Transformer Maintenance: Ensuring Decades of Reliable Power In the world of electrical infrastructure, there is a common misconception that often leads to costly downtime: the belief that dry type transformers are "set ...
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The quality of the direct current (DC) power is the most important in the harsh environment of electrochemical processes, including primary aluminum smelting and copper refining, producing green hydrogen and chlorine. The rectifier transformer is the...
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Infrastructure in the cities poses a special challenge to electrical distribution. The area is limited, and the prices of real estate property are pricier than gold. Aesthetics are important, where equipment should be integrated into aesthetically se...
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Harmonics is an insidious enemy that the current day electrical distribution systems are being bombarded with. Spread by non-linear loads, such as variable frequency drives (VFDs), rectifiers, LED lighting and UPS, harmonic currents and voltages corr...
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The distribution of the industrial power is changing radically. The old approach of the passive equipment that provides power without any feedbacks or any modification is being replaced by smarter systems that view and talk back to the evolving situa...
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The workhorses of the infrastructure of the world are the oil filled transformers that convert high-voltage to industries, utility and renewable energy plants. In less than optimum conditions, when permissible ambient temperature is excessive, or amb...
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The contemporary electrical grids depend on the power transformers that are employed to provide electricity to the final consumer in an effective, efficient and safe manner. A good transformer selection is highly critical in the stability of the grid...
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High loads conditions in which are characteristic of an industrial power plant, large renewable energy facility and critical infrastructure demand the utilization of transformers that can maintain a stable operation without overheating, insulation fr...
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Transformers that modify the power distribution are also required elements of the electrical grid, but not all of them perform the same task. The differentiating factor between utility (grid) and industrial distribution transformers is critical to th...
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