HT Potential Transformer Manufacturers in India, Suppliers in India

HT Potential Transformer or High Tension Potential Transformer has a huge voltage and current capacity, thereby being applicable in various industrial and domestic purposes. Mainly, it is used in the power industry, but it can also be seen in transport, telecommunication, and more. It consists of two groups of coils that have the generation of a magnetic field whenever current flows in them. The resulting magnetic field develops an alternating current in the coils and causes the generation of the voltage across it. It enables the precise voltage conversion from higher to lower levels for measurement and safeguarding purposes.

Types of HT Potential Transformer:

As HT Potential Transformer suppliers in India, we offer various types as given below:

1. Electromagnetic HT Potential Transformers: This is the most used type of HT potential transformer. They are just like a standard power transformer except that they use the principle of electromagnetic induction to induce a voltage from the high voltage cable to be placed in the secondary winding and fed out to measuring instruments or protective relays.
2. Capacitive HT Potential Transformers: These are used where electromagnetic PTs are too large and expensive in EHV systems. The capacitive voltage divider is used to reduce the high voltage to a low level which is then connected to a common electromagnetic transformer. This results in making CPTs economical for EHV systems. They also are less prone to Ferro resonance, a condition that can sometimes cause voltage instability in some high-voltage networks.
3. Inductive HT Potential Transformers: These PTs work on the principle of an inductive voltage divider. They use an inductive voltage divider to reduce the voltage of the high-voltage circuit to a level that can be measured. Inductive PTs are not as common as electromagnetic PTs or capacitive PTs, but they can be used in special applications where their characteristics provide advantages. Inductive HT potential transformers are highly important components of high-voltage electrical systems because they allow safe and accurate voltage measurement for various purposes, including monitoring, protection, control, and metering.

Technical Specifications of HT Potential Transformer:

As high-tension potential transformer manufacturers in India, our HT transformers are equipped with various advanced features; here we have attached a technical datasheet containing specifications of each type and detailed information.

Features of HT Potential Transformer:

Being HT potential transformer manufacturers in India, we use advanced technology and methods during the manufacturing process. Here are some features of it.

1. High Voltage Level: It can operate with a higher potential level than typical transformers, thereby making it particularly suitable for industrial applications that significantly require electrical power, such as the mining and oil & gas industries.
2. Wide Range of Types: Our range includes a wide variety of High Voltage Potential Transformers, HT Current Transformers, and Potential Transformers.
3. Suitable for Any Location: These can be installed in extreme conditions, such as at sea level or beneath lakes, where other transformers would fail to work properly due to problems with corrosion or heat transfer.
4. No Moving Parts: The potential transformer contains no moving parts to deteriorate due to the potential vibrations caused by heavy machinery moving around the operational area.

Benefits of Using Our HT Potential Transformer in India:

As high tension potential transformer suppliers in India, we supply this transformer with the following benefits.

1. High Voltage Level: It can operate with a higher potential level than typical transformers, thereby making it particularly suitable for industrial applications that significantly require electrical power, such as the mining and oil & gas industries.
2. Wide Range of Types: Our range includes a wide variety of High Voltage Potential Transformers, HT Current Transformers, and Potential Transformers.
3. Suitable for Any Location: These can be installed in extreme conditions, such as at sea level or beneath lakes, where other transformers would fail to work properly due to problems with corrosion or heat transfer.
4. No Moving Parts: The potential transformer contains no moving parts to deteriorate due to the potential vibrations caused by heavy machinery moving around the operational area.

Applications of HT Potential Transformer:

Our HT Potential Transformers are used in power systems to offer accurate and reliable measurements of high voltages for various applications, as discussed below.

1. High Voltage Transmission Lines: Used with ammeters and wattmeters to measure voltage, current, and power in high-voltage transmission lines. They energize protective relays when a fault occurs on a high-voltage line.
2. Control Circuits: Our HT potential transformers are used to supply voltage signals to control circuits. The control circuits consist of automatic voltage regulators, reactive power compensators, and other numerous control systems.
3. Device Testing: They are applied in testing high-voltage devices, such as transformers and circuit breakers. They measure voltage and current during the tests.
4. High Voltage Power Systems: These transformers isolate the communication systems from high-voltage power systems to avoid interference with communication signals.
5. Electrical Devices: They are used in research to measure high voltages and currents in laboratory experiments and to calibrate a range of electrical devices.

As acknowledged HT potential transformer manufacturers in India and suppliers in India, Sahara Transformers has established itself as a leading brand in the transformer sector. Over the past few years, the company has experienced growth and outperformed all rivals. We have gained expertise in producing and providing various types of high-performance transformers. Our HT potential transformer in India is highly valued by customers for its quality and characteristics.