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Solar Application Transformer

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MOQ : 1 Unit

Solar Application Transformer Specification

Cooling Type
ONAN (Oil Natural Air Natural)

Voltage Booster Type
Other

Load Loss
2.3 kW at rated load

Standard
IS 1180, IEC 60076

Coil Material
Other

Product Type
Oil Filled Distribution Transformer

Material
Copper

Output
Product wise

Frequency (MHz)
50 Hertz (HZ)

Efficiency
99.9%

Phase
Three Phase

Usage
Solar Power Systems, Power Distribution, Photovoltaic Applications

Coil Structure
Toroidal, Stacked

Coil Number
Double Wound

Power Scope
100 kVA to 2500 kVA

Impedance
4.5% (customizable)

Mounting Type
Pole Mounted / Pad Mounted

Tap Changer
Off Circuit Tap Links

Noise Level
Less than 55 dB at 1 Meter

Dielectric Strength
28 kV (for 1 min)

Service Condition
Indoor / Outdoor

Core Type
CRGO / Amorphous Core

Paint Finish
Epoxy Powder Coated

Ambient Humidity
95%

Losses at 75C
As per BIS standards

Winding Connection
Dyn11 / Ynyn0 (customizable)

Insulation Class
Class A / F as per requirement

Protection Level
IP23

Solar Application Transformer Trade Information

Minimum Order Quantity
1 Unit

Supply Ability
100 Units Per Month

Delivery Time
2-3 Months

About Solar Application Transformer

You will get optimum quality Solar Application Transformer here at Urja Techniques (India). It is formulated using best grade material and technologies for making it easy to install, high in strength as well as reliable and cost effective. In addition to this, our product is highly appreciated by the customers for various attributes which includes longer service life, low maintenance, noiseless operation, smooth functioning, anti-abrasion nature etc. Apart from this, Solar Application Transformer is available in diverse shapes, size sand specifications for our valuable clients.

Flexible Integration for Solar Power Systems

This transformer is built for seamless application in solar and photovoltaic projects, offering high efficiency and adjustable specifications to meet diverse site needs. Its compatibility with both step-up and step-down voltage operations makes it highly adaptable to varying power requirements for grid-tied and off-grid solar power stations.

Durable Construction Suited to Indian Conditions

With an epoxy powder coated finish, IP23 environmental protection, and an operating temperature range from -25C to +50C, the transformer guarantees reliable performance even in humid and challenging climates. Pole and pad mounting types enhance installation flexibility for both indoor and outdoor settings.

Compliance and Performance Assured

Engineered according to IS 1180 and IEC 60076 standards, this transformer ensures electrical safety, efficiency, and a long operational life. Its core made of CRGO or amorphous material, double-wound copper coils, and ONAN cooling technique contribute to high-level energy conservation and reduced operational losses.

FAQ's of Solar Application Transformer:

Q: How does this transformer enhance solar power system performance?

A: The transformer achieves up to 99.9% efficiency, minimizes load losses (2.3 kW at rated load), and supports both step-up and step-down voltage configurations, enabling seamless integration and optimized energy flow between solar arrays and the power grid.

Q: What are the key safety and protection features?

A: Designed to withstand high dielectric stress (28 kV for 1 minute) and ambient humidity up to 95%, the transformer features Class A/F insulation, an epoxy powder coating, IP23 rated enclosure, and robust construction for both indoor and outdoor environments.

Q: When and where can this transformer be installed?

A: Suitable for solar power plants, photovoltaic applications, and general power distribution, it can be installed in varied Indian settings-indoors or outdoors-using either pole-mounted or pad-mounted configurations as required by project specifications.

Q: What is the typical process for integrating this transformer in a solar PV system?

A: Integration involves selecting the appropriate rating (100 kVA to 2500 kVA), customizing impedance and winding connections, and installing via pole or pad mounting. Electrical connections are then made to the solar array and grid or distribution network.

Q: What are the main usage benefits in photovoltaic and solar applications?

A: The main benefits include high operational efficiency, reduced energy losses, customizable voltage and connection settings, low noise emission, and high durability, ensuring stable and cost-effective power distribution in solar infrastructures.

Q: Where does this transformer meet industry standards?

A: It is manufactured and tested according to international standards IS 1180 and IEC 60076, ensuring the product's quality, reliability, and safety across diverse industrial and utility power environments.

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