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Power Electrical Substation

Name: Power Electrical Substation
Brand: URJA TECHNIQUES (INDIA) PVT. LTD.
Price: 1000000 INR
Availability: InStock

Price 1000000 INR/ Unit

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MOQ : 1 Unit

Power Electrical Substation Specification

Cooling Type
Oil Cooled / Air Cooled

Low Voltage
415 V / 690 V (as per customer demand)

Standard
IS 2026 / IEC 60076 / Custom as per client

Operating Temperature
-20C to +55C

Load Loss
As per IEC standard, minimized design

High Voltage
Up to 132 kV

Capacity
Upto 2500 kVA or higher as per requirement

Coil Material
Electrolytic Copper / Aluminium

Rated Voltage
11kV/33kV or as specified

Voltage Booster Type
Step-Up/Step-Down as required

Dimension (L*W*H)
Customized based on project specification

Product Type
Electrical Substation

Material
Copper

Output
As per customer requirement

Frequency (MHz)
50 Hertz (HZ)

Efficiency
99.9%

Phase
Three Phase

Usage
Power Distribution, Electrical Transmission, Industrial and Utility Applications

Coil Structure
Toroidal and Layer Wound

Coil Number
According to transformer design, normally 2 or 3 coils

Power Scope
Customized (depends on site/project requirements)

Weight
Several tons depending on substation capacity

Earthing System
Single / Double Earthing points

Installation Type
Outdoor / Indoor

Control Panel
Integrated with remote and manual operation

Connection Type
Busbar / Cable Entry

Monitoring System
SCADA / Digital Monitoring Support

Cooling System
ONAN / ONAF / AN suitable for site

Relay Type
Numerical / Electro-mechanical Relays

Enclosure Finish
Powder Coated Anti-Corrosive Finish

Insulation Level
Class A/B/F/H as per application

Protection Level
IP-23 / IP-55 (as requested)

Arcing Horns
Provided for high voltage safety

Accessories
Lightning Arrester, CT, PT, Breakers included

Power Electrical Substation Trade Information

Minimum Order Quantity
1 Unit

Supply Ability
100 Units Per Month

Delivery Time
2-3 Months

About Power Electrical Substation

A transformer is a device that transfers electrical energy from one circuit to another through inductively coupled. Except for air-core transformers, the conductors are commonly wound around a single iron-rich core, or around separate but magnetically-coupled cores.

Features of Power Electrical Substation:

We provides complete design and layout of the electrical substation / switchyard.
Better electrical substation with good civil works and installation.
Selection, procurement and timely delivery of equipment at site
Manufactured using Mild Steel and Galvanized Steel.
Testing at various laboratories and commissioning.
Available for both single circuit and double circuit transmission line.
Comes with necessary additional items like Butt joints, and Cross Arms.

Customizable Solutions for Every Power Application

Whether you require power distribution for industrial facilities, electrical transmission, or utility networks, our substations can be tailored to your exact needs. We offer complete flexibility in rating, voltage, cooling, enclosure protection, and relay types. Our expert engineering team ensures each solution adheres to project-specific standards and site conditions, maximizing reliability and longevity.

Integrated Safety and Efficient Monitoring

Safety and operational control are integral to our design philosophy. Every substation integrates advanced breakers, lightning arresters, arcing horns, and SCADA or digital monitoring support. These elements work together to provide high-voltage safety, real-time performance tracking, and proactive issue identification for uninterrupted power flow.

Superior Durability and Performance

Our substations feature premium anti-corrosive powder-coated enclosures, efficient copper/aluminium windings, and minimized load losses according to IEC standards. With optional IP-23/IP-55 protection, these units are built to withstand harsh environments while ensuring efficiency up to 99.9%. Reliable operation is guaranteed in challenging climates, from -20C to +55C.

FAQ's of Power Electrical Substation:

Q: How does the substation accommodate different installation environments?

A: Our substations are engineered for both indoor and outdoor settings. Enclosures offer IP-23 or IP-55 protection, and the anti-corrosive powder coating ensures longevity in varied climates. Panel and control options can be customized for site-specific requirements.

Q: What is the benefit of integrated SCADA and digital monitoring?

A: SCADA and digital monitoring provide real-time supervision of electrical parameters, early fault detection, and remote/manual operation capabilities. This enhances safety, efficiency, and reduces downtime through prompt intervention.

Q: When should I select Class A, B, F, or H insulation levels for my application?

A: The insulation class depends on expected thermal conditions and application needs. Class A is suitable for lower temperature environments, while Classes F and H are ideal for high-temperature operations, ensuring optimal transformer durability.

Q: What are the steps involved in the installation process for these substations?

A: Installation starts with site assessment and customization based on electrical and dimensional requirements. Components-such as control panel, relays, earthing, and cooling-are configured accordingly. Professional on-site assembly and inspection ensure compliance and operational readiness.

Q: Where can these substations be utilized most effectively?

A: They are ideal for power distribution in industries, electrical transmission for utilities, and customized projects requiring high efficiency and reliable performance. Their robust design makes them suitable for locations with demanding environmental or operational challenges.

Q: How do arcing horns and double earthing contribute to safety?

A: Arcing horns protect equipment from high-voltage flashovers, while double earthing ensures prompt dissipation of stray currents. Together, they substantially enhance operational safety and prevent damage to both equipment and personnel.

Q: What are the usage advantages of selecting a transformer with minimized load loss and high efficiency?

A: Transformers with minimized load loss and up to 99.9% efficiency reduce energy wastage, lower operating costs, and provide reliable performance over their lifetime, making them an economically and environmentally sound choice.

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