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Transformer for Solar Power Plant
Brand: WISHPOWER
Primary Voltage Rating:34.5 kV-19.92 kV/13.8 kV-7.957 kV/13.2 kV-7.62 kV/12.47 kV - 7.2 kV or others
Secondary Voltage Rating:240V/480V/480Y-277 V/600Y-347 V or others
High Voltage Tap Range: +2 x2.5% or others
Connection Type: D/W
Applications: Residential areas, hotels, single-family homes, parks, underground distribution systems
Rated Power:315-6300 kVA
Oil Type: Mineral oil or biodegradable natural plant oil
Implement GB/T17467, IEC 60076, UL, ANSI, IEEE, DOE, CSA, and NEMA standards
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DESCRIPTION

Specification

System voltage 35 kV 36.75 kV 38.5 kV
Maximum working voltage (High voltage side) 40.5 kV
Maximum working voltage (Low voltage side) 0.27 kV 0.3 kV 0.315 kV 0.4 kV 0.5 kV 0.69 kV
Rated frequency 50 Hz
Rated insulation level
Power frequency withstand voltage (High voltage switch) 95 kV
Power frequency withstand voltage (Transformer body) 85 kV
Impact peak withstands voltage 200 kV
Power frequency withstand voltage (Transformer low voltage side) 5 kV
Phase Three
Protection level
Tank IP 68
High and low voltage room IP 54
After opening the high-voltage chamber door IP 3X

If you are interested in our transformers and related transformer accessories, please get more information and professional solutions through this website or directly through info@wishpower.net

 

What is the Transformer for Solar Power Plant?

Solar Power Plants require the Transformer to transform power during photovoltaic (solar) energy system power conversion operations. The growing demand for sustainable energy sources alongside solar plants intensifies the need for dependable and effective plant components. The electric generation process in solar power plants occurs at different voltages which results from combinations of solar array arrangements with local electrical network needs. The transformer functions to generate an optimal output voltage through either voltage upscaling or downscaling procedures for proper energy movement and system integration. Every energy grid depends on solar transformers because these devices ensure both safety and stability within solar-produced electricity. Solar power devices encounter multiple power quantity variations because solar intensity changes with the weather and the seasons. The Transformer for the Solar Power Plant has been engineered to support changing conditions along with stable operation for long-lasting reliability.

 

Key Features

  1. Energy Efficient Conversion

The Transformer for Solar Power Plant we offer demonstrates exceptional energy efficiency as its main characteristic. Through modern technology, the transformers perform efficient energy conversions which delivers improved performance and reduced operational expenses to users. Our solar transformers serve power plants of any size to generate maximum energy output from solar resources.

  1. Durability and Reliability in Harsh Environments

Our solar transformers employ top-quality building materials to maintain durability under challenging environmental conditions. Solar plants are installed in remote locations where temperatures reach extremely high points coupled with hot humidity and dust as well as corrosive salt air conditions. These transformers demonstrate resistance to environmental conditions through their design so they can protect themselves during extended operation periods.

  1. Advanced Cooling Mechanisms

Given their use in solar plants, transformers require reliable cooling solutions. The transformers possess two advanced cooling systems utilizing natural air cooling with oil-immersed designs. Thanks to this feature, the transformer operates safely within its designated temperature range, protecting it from damage and increasing its operational life expectancy.

  1. Wide Range of Voltage Ratings

The Transformer for Solar Power Plants adapts to various voltage requirements of all types of solar power systems. The transformer product range covers high-voltage AC adjustments for grid distribution and low-voltage DC transformations from solar panels for diverse application needs.

  1. Robust Safety Features

Electrical equipment safety stands as the top priority when operating in solar power plants that handle high-voltage transmission combined with the continuous movement of electric current. The transformers from our company incorporate multiple safety measures consisting of over-voltage defense systems along with short-circuit safeguards and overload protection features. The safety features embedded in these units protect transformers from harmful situations while guarding personnel along with the equipment system during operation.

  1. Compact Design for Space Optimization

Solar power facilities need to allocate limited space as their plants expand. Our transformer products provide both space-saving design and high power capacity performance levels. A compact design makes the equipment simple to install and allows better placement potential in tight locations.

 

Benefits

  1. Increased Efficiency and Reduced Losses

The efficiency improvement of voltage conversion in our solar transformers minimizes transmission losses which results in better energy transmission to end users.

  1. Enhanced Longevity and Lower Maintenance Costs

The transformers demonstrate extended service life because they operate reliably across diverse environmental situations. The transformer’s long-lasting nature leads to fewer maintenance requirements which reduces both operation expenses and timeline extension of the solar power facility.

  1. Improved Grid Integration

Transformers maintain essential functions that make the national grid ready to connect solar power systems. The voltage regulation capabilities of transformers establish electricity from solar sources to match conventional grid standards thus delivering secure power to the grid network.

  1. Eco-Friendly Design

Standard design procedures for all transformers focus on reducing their environmental effects according to renewable energy guidelines. The introduction of our transformers enables solar energy systems to reach higher operating efficiency which reduces carbon emissions producing a sustainable future.

 

Certificate

 

Factory

 

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