Esennar Transformers

  The main purpose of a power distribution transformer is to step-up and step-down voltage in the power generation and distribution system. There are many functions of a power distribution transformer, however, its main purpose is to maintain the voltage power throughout during normal working conditions or power fluctuations. Some of its other functions are: Used to reduce power losses during electric power transmission Preferred in the case where the load is required to run at full capacity 24/7 Distribute power to remote areas generated from the power plants Changes from high voltage electricity to low voltage electricity, used in homes and commercial establishments.  With the pace at which the Indian economy has been growing, the demand for various infrastructural assets has also been on the rise. One of the first requirements before any investment is considered is the supply of electricity continuously. Power Distribution Transformers are the nerve centre of power supply and distr

  As the name suggests, solar inverter duty transformers are designed especially for solar power generation applications along with wind energy. With rising concern over the use of fossil fuels which negatively impacts the environment on a global scale, governments across the globe have been looking for an alternate source of power which is cleaner and renewable, unlike its other counterpart. While there are many forms of renewable energy that we can tap into; solar energy has proved to be the most efficient and reliable of all. The technology behind this application still needs time to be perfected especially on a global scale. However, we are definitely on the right track and this technology is expected to change the way we work and live in the coming decades.  A solar power inverter is critical to a solar panel system. Without it, the system can’t generate electricity. Here’s how it works; when the particles of light hit the solar panel, electrons are activated which creates a phot

  Power and Distribution Transformers are one of the most common variants of transformers in the prevailing market. Most variants of transformers come with an array of functions and capabilities that helps in improving the overall power system. However, the main purpose of any power and distribution transformer is to manage the power voltage before it is released to the end-users. Transformers are used either to increase the voltage also known as stepping up the voltage, or they can decrease the voltage also known as stepping down the voltage. It is one of the most important parts of a variety of electrical components ranging from low-power to high-power power systems. They are built in a wide range of units starting from small units to power small communication systems to units weighing in tons which are used to power big manufacturing plants. Since its invention in 1885, power and distribution transformers have become essential for the transmission, distribution, and utilisation of

  Cast Resin Transformer with an on-load tap changer enables users to handle the high and fluctuating load with ease. A tap changer is a mechanism in transformers which allows for variable turn ratios to be selected in distinct steps. This is done by connecting to several access points known as taps along either the primary or secondary winding. The modern world depends on electricity for everything it undertakes. Voltage fluctuation is a common occurrence when electricity is passed which occurs as a result of repetitive or random variations in the magnitude of the supply voltage. This can damage all connected devices through the short circuit and also damage the power grid where the fluctuation is occurring. As a result, it is necessary to protect all connected devices from this phenomenon to ensure safety for all. A Cast-Resin Transformer with an on-load tap changer does exactly that by arresting the fluctuation and minimizing its effect to a level where all connected devices ca

  A power transformer is a static device used to convert a given AC voltage into another frequency. In simpler terms, it increases or decreases the voltage based on the end-users capacity. This technology is based on electromagnetic induction for power transmission. A power transformer not only improves the voltage of the power grid but also adjusts the voltage to varying levels to meet varying power supply requirements. For example, the power voltage required in a residential is lower in comparison to a commercial complex or a manufacturing plant. A power transformer ensures these factors are considered before electricity is released safely to the end-user. With rapid modernisation and industrialisation, dependency on electricity has increased more than ever. This, in turn, has led to an increase in demand for high-performing power transformers that can keep up with the times. To help you with the task of getting the right device, here’s our ultimate power transformer guide for 2022.

  Planning to upgrade your transformer into a Dry-type Cast Resin Transformer ? – First, that’s a good decision and can have a long-lasting impact on you for all the right reasons. Second, you will need to consider your options before you finalise the transformer. After all, your needs and the technical specifications of the device need to sync with one another perfectly. Here is our ultimate dry-type cast resin transformer guide for 2022 so you can determine what works best for you;   Determine the capacity of the transformer: Most Dry-type Cast Resin transformers have low to medium capacity applications. It is most popularly used in commercial establishments, residential complexes, and so forth. It may not be suitable for industrial application until the technology is developed further. Where is it being used: This variant of the transformer can be used in all weather conditions. Whether you keep it in open or closed spaces, it will work just fine as long as we provide the necessary

  In order to get the most out of any transformer, its efficiency needs to be measured and also identify techniques to increase the efficiency of transformers. The efficiency of a transformer is introduced as the ratio of beneficial output power to input. The power is measured in the same unit which is either Watts or Kilowatts. With the passage of time and further development of technology, our transformers have also become more advanced and can perform better even under the harshest conditions. With the rapid modernisation of our industries and other commercial services, the dependency on electricity has also increased many folds. This, in turn, has increased to need to ensure our technologies are at par and can deliver solid performance with full efficiency. An efficient system holds the key to ensuring our devices are reliable and can work for a stipulated timeline without any hassles. Improving the efficiency of our transformers is not only a good business decision but also inevi