Medium Voltage Solution
As a trusted MV Panel Supplier in India, HTS Switchgears P Limited designs and manufactures fully type-tested medium voltage switchgear solutions for safe and reliable power distribution across industrial and infrastructure applications.
Medium voltage switchgear is used to control, protect, and isolate electrical equipment operating typically between 3.3 kV and 33 kV. It plays a critical role in ensuring operational safety, system reliability, and continuity of power in substations, utilities, and large industrial facilities.
Fully type-tested as per IEC 62221-200, including internal arc test for 11 kV at 25 kA/1 sec and 40 kA/1 sec for all three compartments, and 33 kV at 31.5 kA/1 sec for all three compartments.
Our VCB panels are trusted for their durability, safety, client-specific requirements, cost-efficiency, and customization. VCBs suitable for indoor and outdoor applications are available. Its rating ranges from 3.3KV to 33KV, and its current rating is 630A to 3150A and 4000A with forced cooling.
It is suitable for indoor and outdoor applications. Its rating ranges from 3.3KV to 11KV, and its current rating is 400A. This VC panel can be used for switching the motor, capacitor bank, and transformers. It ensures reliable performance and safety in diverse operating conditions.
Our 33KV kiosk panels with a simple, compact, and sturdy design are solutions for substations. They are integrated units with VCB, CT’s, PT’s, and protection. Available with OH conductors, they reduce maintenance, are reliable, and compatible with Scada and remote operation. It is a tailor-made solution.
The Unitized Package Substation (USS) is a single factory-built substation package with transformer, HT, and LT controls. Is a safe, plug-and-play technology with precise, secure, and completely encased connections They are corrosion-free and available in Both Indoor /Outdoor Version.
The field switch is used mainly in mine fields to distribute the power for various loads like drill machines, shovels, etc. The field switch comprises an isolator and a vacuum circuit breaker of suitable rating with all protections like CT, PT, relay, meters, etc., ensuring reliable and safe operation.
GIS is metal-encapsulated switchgear containing high-voltage components such as circuit breakers and disconnectors that can be securely operated in tight places. Our GIS is dependable, safe, eco-friendly, and applied in extensions, buildings, roofs, offshore platforms, industrial, and hydropower plants.
Panels are used in the electrical power industry. The product range offered is made using the best quality components and advanced techniques, in compliance with international quality standards. Our product is strictly tested on all parameters by our quality analyzers to ensure its quality and performance.
A control and relay panel is designed to control the associated line or transformer through outdoor switchgear at various 11KV and 33KV zonal substations. The control and relay panels are used for the control and monitoring of electrical equipment such as transformers, generators, and circuit breakers.
We have a large selection of unit control desks that come in a variety of sizes and configurations. We can also easily adopt the shape, size, style, and operation of these control panels to perfectly meet the specific needs of our clients, making us a popular choice across a wide range of industries.
FCMA soft starters are used to reduce the starting current of the motor. It provides soft starting for motors. Our manufactured soft starter panel is easy to install and fix. The offered soft starter panel is available at a very cost-effective price. We can supply line-side as well as neutral-side soft-starters.
As the name suggests, direct-on-line starting means that the motor is started by connecting it directly to the supply at the rated voltage. Direct-on-line starting (DOL) is suitable for stable supplies and small motors. It offers a simple and efficient method for starting induction motors with minimal maintenance requirements.
We provide compact modular load break switch panels in a metal covered box that is extendable on both sides. The modular load break switch panels can be employed in different ways, including ring main systems, multi-panels, etc. Transformers, overhead lines, capacitors, ring mains, and cables can all be switched with a load break switch.
We offer off-load isolation from 3.3KV to 36KV in manual and motorized operation. Compact modular off-load isolator panels in a metal-covered box that may be extended on both sides are available. Ring Main Systems, Multi Panels, and other applications can use the modular off-load isolator panels.
RMU cabinet, or medium voltage cabinet is integrated electrical equipment to connect, measure, and integrate a fixed-type breaker with a transformer protection function. RMU cabinets are small in size, highly reliable, safe, easy to maintain, easy to replace, and easy to expand. Suitable for both indoor and outdoor installations.
This switch fuse unit has a load break switch and fuse arrangement, and if required, it will have an earth switch as well, suitable for indoor and outdoor applications. It provides reliable protection and ensures safe operation of circuits. Its robust design and components make it ideal for industrial, commercial, and utility applications.
Our 33KV kiosk panels with a simple and sturdy design are solutions for substations. They are integrated units with VCB, CT’s, PT’s, and protection. Available with OH conductors, they reduce maintenance, are reliable, and compatible with Scada and remote operation. It is a tailor-made solution.
We are using a microcontroller based temperature scanner. It is designed for fast and accurate measurement and control of the process temperature. The scanner monitors and displays the process temperature as well as does ON/OFF control according to the programmed set point.
Neutral grounding resistors, or NGR, are used in an electrical power system to protect the star-connected alternator, generator, or transformer. NGR grounding systems provide more benefits than both grounded and solidly grounded systems.Protection against transient over voltages.
Panels Required for Hydro / Co-Generation
These panels are widely used in power plants and are completely tailor-made as per customer requirements and technical specifications. It is compatible with Scada and remote operation, ensuring efficient monitoring and seamless integration with existing systems for improved operational control.
These panels are commonly used in power plants and are totally customized to meet the needs of the customer and technical specifications. It is compatible with Scada and remote operation. They offer high reliability and efficient performance even in demanding industrial environments.
These panels are widely used in power plants and are completely tailor-made as per customer requirements and technical specifications. It is compatible with Scada and remote operation. They ensure efficient power management and enhance overall system reliability.
Synchronizing panels are primarily utilized to suit the requirement of power system. For one or more generator breakers, these panels offer both manual and automatic synchronization. They’re frequently used to synchronize generators and provide multiplexing options, safe, and efficient power distribution control.
An LAVT panel is a cubicle that houses a lightning Arrester (surge Arrester), surge capacitor, and voltage or potential transformers for a phase-isolated bus duct. LAVT panels are used in all high-voltage power plants for the protection of the alternator, ensuring reliable operation.
The NGT Panel is used for the resistance grounding of power systems. It is used when the neutral of the supply transformer is available and its own impedance is not enough to limit the fault current. Our NGT/NGR panels are made with our own single pole. A manual or motorized isolator and a single-pole vacuum contactor are also provided as per the customer’s requirements.
UCB provides an interface for operators to monitor and control the specific generating unit. UCB in a hydroelectric project is essential for the safe, reliable, and efficient operation of individual generating units within the power plant. It ensures optimal electricity generation.