Substation Kiosk

TGOOD’s ehouses and modular HV and MV switchgear and other electrical components are pre-manufactured to drastically reduce project times. As a world leader in ehouse technology, TGOOD delivers thousands of units annually to meet the demands of customers and projects around the globe.

Global Leader in Prefabricated Substations and E-House Systems

TGOOD’s E-Houses and modular high and medium voltage components are pre-manufactured in-house to drastically reduce delivery and installation times. As a world leader in E-House technology, we deliver thousands of units annually to meet the demands of customers and projects around the globe.

Product Overview

  • Fully integrated prefabricated substations and E-House systems.
  • Best-in-class lead times measured in weeks, not months.
  • Flexible designs can be skid or trailer mounted for rapid transport.
  • High voltage gas insulated switchgear (GIS) up to 145kV available.
  • Substation expansions and retrofits expand capacity within existing footprint in crowded cities and congested industrial zones.
  • Standard designs comply with best international building codes; compliance with specific regional codes available.

Key Benefits

Speed
  • Many substation solutions ready to depart factory in as little as six weeks.
  • Rigorous factory testing reduces commissioning times by an average of 50%.
  • Minimized civil works maximize the construction efficiency.

Value For Money
  • Extraordinary high quality and reliable components manufactured in ISO 9001 certified facilities.
  • Compact substation modules reduce shipping and transportation costs.
  • Over 7000 switchgear units produced annually delivers significant economies of scale for lower costs.
 
Quality
  • Exceptional weatherproofing with strong condensation and corrosion resistance.
  • Innovative designs protected by over 100 patents on E-House and substation products and productions processes.
  • Optional five-year warranty.
 
Service
  • Complete engineering, procurement and construction (EPC) services available.
  • Electrical components pre-commissioned before leaving factory.
  • Custom layouts to meet customer specifications and requirements.

Why prefabricated substations are better than bricks and mortar electrical buildings

In recent years, the construction industry has seen a significant shift towards prefabricated structures, including ehouses, kiosks and modular substations. These pre-engineered buildings offer several advantages over traditional concrete structures, making them a popular choice among project managers and engineering, procurement and construction companies (EPCs). In this article, we will discuss the benefits of using ehouses, kiosks and prefabricated substations over the bricks and mortar approach, with a focus on TGOOD products.

 

What does prefabricated mean?

Although an ehouse or electrical kiosk will be customised for each project, there are certain features many energy projects share. As such, TGOOD’s factories can prefabricate (manufacture in bulk) a range of different products, ready for final fit-out. This provides economies of scale and speed of delivery, while maintaining exceptional quality in the electrical building.

What is the difference between a kiosk, an ehouse and a modular prefabricated substation?

The words ‘ehouse’ and ‘kiosk’ are used interchangeably, however, a turnkey solution that involves a large switchroom building is more likely to be called an ehouse. A smaller room that houses six ring main units, for example, would be called a substation kiosk. The basic structure of any of them can be prefabricated and all are modular in that they are the size of a standard shipping container, if not smaller. They are part of a broad range of equipment that makes up any given substation.

Ehouses are electrical houses used to house electrical equipment, such as switchgear, transformers and other control and protection systems. They are designed to provide a safe and secure environment for the electrical equipment, protecting it from the elements and ensuring efficient operation.

Ehouses can be customised to meet the specific requirements of each project and can be constructed using a variety of materials, including steel, concrete, and aluminium. In electrical engineering, the word ‘kiosk’ is often used for smaller ehouses, such as a switchroom that contains a series of medium voltage (MV) ring main units (RMUs), or other kinds of switchgear.

TGOOD’s ehouses and kiosks are known for their robust design and speed of delivery, making them suitable for various applications, including at renewable energy plants.

–> Read more about TGOOD’s ehouses and kiosks

 

A modular substation building. This is prefabricated in a factory, customised for the project and fitted out with electrical equipment. Final commissioning on-site is quick and easy.

Modular prefabricated substations are similar to ehouses in that they also house electrical equipment. However, they are typically larger and more complex, often including additional features such as HVAC systems and fire suppression systems.

Modular prefabricated substations are designed to be installed in a variety of locations, including outdoor environments, and are often used in industrial and utility applications. TGOOD’s prefabricated substations are engineered for rapid deployment and high reliability, ensuring minimal downtime and maximum efficiency.

–> Read more about TGOOD’s prefabricated substations

Prefabricated substations vs concrete

Prefabricated substations offer several advantages over traditional concrete structures:

  1. Time and cost savings: Because ehouses, kiosks and modular substations are pre-engineered and built in a controlled environment, it significantly reduces on-site construction time and costs for the end user. TGOOD’s solutions are designed for quick installation, often taking just a few weeks to depart the factory compared to the several months required for traditional concrete structures.
  2. Ease of installation: The installation process for prefabricated substations is straightforward since the structures are pre-built. This reduces the complexity and potential issues associated with on-site construction. TGOOD’s modular designs further simplify the installation process, ensuring seamless integration with existing infrastructure.
  3. Cost-effectiveness: The initial costs of an e-house can be lower than those of a traditional concrete structure. The reduced installation time and labour costs contribute to overall savings. TGOOD’s prefabricated solutions are designed to be cost-effective, providing high-quality performance at a competitive price.
  4. Quality and reliability: Prefabricated structures are built in a controlled factory environment, ensuring consistent quality and adherence to stringent standards. The TGOOD factories are accredited with ISO 9001, ISO 45001 and ISO 14001.
Ehouse by TGOOD, prefabricated substation, modular substation containing switchgear, Australian outback, Warwick

Advantages of prefabricated substations

  • Flexible design: TGOOD’s prefabricated substations can be customised to meet specific project requirements, offering flexibility in design and functionality.
  • Reduced installation time: The pre-engineered nature of these structures allows for rapid installation, minimising project delays.
  • Minimal maintenance: Prefabricated ehouses and kiosks require less maintenance compared to traditional concrete buildings, reducing long-term operational costs.
  • Improved quality: Built in a controlled environment, these structures ensure high-quality construction and performance.
  • Cost-effective: Lower initial costs and reduced installation time contribute to overall cost savings.
  • Environmentally friendly: TGOOD’s solutions are designed to minimise environmental impact, with reduced waste and a lower carbon footprint.

Disadvantages of concrete substations

  • Time-consuming construction: Concrete substation construction is a lengthy process, leading to potential cost overruns and project delays.
  • High cost: The labour, materials, and equipment required for concrete structures make them more expensive than prefabricated alternatives.
  • Difficult maintenance: Concrete structures require regular maintenance to prevent corrosion and other issues, increasing long-term costs.

Conclusion

In summary, prefabricated substations offer numerous advantages over traditional concrete buildings, including cost savings, reduced installation time, and improved quality. TGOOD’s innovative ehouses and kiosks provide reliable, efficient, and environmentally friendly solutions for modern substation construction needs.

TGOOD Energy, Fast! logo

If you would like further information please contact your local TGOOD region.