Transformer engineering is not limited to a single product type or production model. A company that develops control transformers faces different requirements from a manufacturer of distribution or power transformers. Repair, rewind, retrofit and remanufacturing operations also require their own…
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From Transformer Design to Reliable Field Operation
An integrated approach to engineering, winding automation, and real-time monitoring for critical power equipment. An integrated approach to engineering, winding automation, and real-time monitoring for critical power equipment. ILTECH’s integrated solution portfolio: Geneproj, ABIS, and TrafoWatch. Engineering software. Production automation.…
The Future of Electrical Engineering “The Impact of Automated Design Systems”
Automated systems for design in electrical engineering have become increasingly important in recent years. These systems have the ability to streamline the design process, improve efficiency and accuracy, and ultimately help to bring new products to market faster. The process…
Electric Autotransformers: Understanding the Causes of Burnout and How to Ensure a Safe and Reliable Project
An electric autotransformer is a type of transformer that allows for voltage adjustment and power distribution. They are commonly used in industrial and commercial settings to regulate the voltage levels of incoming power. However, due to their complexity and the…
Copper vs. Aluminum: The Debate for Transformer Coils
Electric transformers are a crucial component in the transmission and distribution of electricity. They are used to step up or step down the voltage of an electrical supply, making it possible to transmit electricity over long distances and adjust it…
The Weight and Efficiency Relation in Electric Transformers
The weight of the core and coils in an electric transformer is an important factor in determining the overall balance between cost and efficiency. The core provides the magnetic path for the transformer, while the coils are responsible for carrying…
The skin effect (Skin) in electric transformers
Introduction The passage of alternating electric current through a conductor makes it intrinsically subject to concentrate on its periphery, to the detriment of traveling through its inner part. It is the so-called Skin effect, or skin effect, since, in its…
Is the transformer noise normal?
Today the topic we will address is about something very common to see, but that leaves us in doubt: After all, why does the transformer snore? Was my equipment badly sized? To answer these questions we need to understand the…
INRUSH CURRENT: WHAT YOU CAN (AND SHOULD) DO TO DEAL WITH
For many reasons, the complete elimination of Inrush current is almost impossible. Alternatively, living with a certain degree of Inrush has been the best way out. For this, the devices that allow a reduced manifestation of the Inrush current are…
Why you should watch your projects costs even more? Part II
In reason of inumerous request received in our last post about this subject , we decide to explore more 4 projects focused in the results: before X after optimization. I thanks by comments and feedbacks received with enthusiasm about our…
Why should you watch your projects costs even more?
Here in the ILTECH one of our services most requested, since the third quarter of 2015, are those that we support ours customers (plus more than 50 in LATAM) to achieve more efficient, economical and secure electrical projects. Since then we…