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Prefabricated Substation
Brand: WISHPOWER
Standard: GB 6451, IEC 60076, AS NZS 60076, CSAC88-16, ANSI/IEEE C57.12.00, GOST R 52719
The Box Type Substation is designed to be used in distribution systems. Their sealed high-voltage and low-voltage safety compartments ensure their safe operation and reduce the risk of accidents, making them ideally suited for use in residential applications, tourist sites, hotels, and other buildings.
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DESCRIPTION

Specification

Rated Capacity

Voltage Ratio

Vector Group

No-load Losses(kw)

Inpedence

30kva

380v/3kv/6kv/11kv/33kv

Dyn11/Yd11/Yyno

0.1

4%

50kva

380v/3kv/6kv/11kv/33kv

Dyn11/Yd11/Yyno

0.13

4%

100kva

380v/3kv/6kv/11kv/33kv

Dyn11/Yd11/Yyno

0.2

4%

200kva

380v/3kv/6kv/11kv/33kv

Dyn11/Yd11/Yyno

0.34

4%

315kva

380v/3kv/6kv/11kv/33kv

Dyn11/Yd11/Yyno

0.42

4%

500kva

380v/3kv/6kv/11kv/33kv

Dyn11/Yd11/Yyno

0.6

4%

1000kva

380v/3kv/6kv/11kv/33kv

Dyn11/Yd11/Yyno

1.15

4.5%

1250kva

6kv/11kv/33kv

Dyn11/Yd11/Yyno

 

4.5%

2500kva

11kv/33kv

Dyn11/Yd11/Yyno

2.3

 

4000kva

11kv/33kv

Dyn11/Yd11/Yyno

2.8

 

If you want more information, please get in touch with info@wishpower.net

 

What is the Prefabricated Substation?

Prefabricated Substation with its compact size, all-in-one solution, and highly controlled, factory setting, design and build unit, are delivered to the installation site. Such a substation includes all key electrical components, such as transformers, circuit protection, and control equipment, in a rugged weather-resistant envelope. It is known for its quick deployment, minimizing on-site construction, making the integration of power into urban or industrial grids or to renewable energy plants or remote areas, and its fast deployment is enabled by using the latest generation of power electronics. With its modular structure, its flexibility is enhanced — it is easy to adapt the voltage it can perform on and is scalable for added juice whenever another unit of capacity is required. These substations are engineered for reliability and safety with advanced insulation, thermal management, and safety mechanisms to ensure energy-efficient, long-lived performance. In addition, it is also fitted with remote monitoring systems that enable operators to monitor and manage the system remotely for constant supply in case of critical applications.

 

 

Market Trends

Driven by increased requirements for efficient, space-saving, and rapidly deployable power systems, the electrical pad-mount substation market is witnessing strong growth. As urbanization continues to grow, so does the need for compact substations, which seamlessly fit into tight urbanization to support infrastructure without the requirement of large on-site construction. Additionally, the development of renewables such as wind and solar farms has caused an increase in the need for modular substations suitable for quick deployment in hard-to-reach or difficult-to-access areas. Energy efficiency and resilience have been the global focus and the drive for sustainable solutions has placed them as the preferred choice for modern power infrastructure projects.

 

Benefits

  1. Reduced installation time:

The fact that the electrical transformer substation is preassembled and tested in a factory environment means that the field installation is quick, increasing the rate at which power can be integrated and shortening project time.

  1. Cost-effectiveness:

Prefabrication reduces labor and material costs incurred through on-site construction and a more cost-effective distribution solution is realized.

  1. Enhanced quality control:

Since factory assembly under controlled conditions produces higher consistency and quality than field-built substations, the chances of failure or problems from the field-built substations are reduced.

  1. Environmental adaptability:

The device is meant to perform well in a variety of climates and environments with little structural modification, from urban to remote.

  1. Simplified logistics:

This can be shipped as a single unit, simplifying logistics complexity and corresponding costs — particularly for remote locations — where arrival at peak freight charges (or in parts) might be uneconomical.

  1. Scalability:

Its modular design also makes it easy to expand or upgrade, easy enough that it can grow its power without any major infrastructure changes.

 

Application

  1. Urban infrastructure:

In cities where space is at a premium, they are perfect for quickly integrating into dense urban areas to support increasing power needs, without any disruptive effect.

  1. Renewable energy projects:

Usually installed in solar and wind farms, they can help rapidly deploy solar and wind farms in remote or rural regions and dispense renewable energy.

  1. Industrial facilities:

As such, the industries that need reliable high power such as heavy industries such as mining, manufacturing, oil, and gas rely on distributed energy; and they are installed in rugged and remote areas.

  1. Temporary power solutions:

It is a mobile, easily built, and taken-apart solution for events, construction sites, or emergency power needs.

  1. Transportation hubs:

Packaged transformer substations provide both critical infrastructure and stable compact power solutions that can accommodate the needs and growth of airports, railways, and ports.

 

Certificate

 

Factory

 

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