XGW□-12 Box-Type Switching Station
Overview
With the continuous development and progress of society, my country's urban power grid has undergone tremendous changes. Most cities have formed or are forming more power load-intensive areas. The power supply from the substation 12/24kV line (or branch line) to the direct user in the past can no longer meet the requirements of urban development. Therefore, a new power supply method has emerged, which is to supply power to users through the switchgear. However, with the increasing density of cities, some of the original civil construction switchgear have been restricted by land and urban planning, so a more advanced and practical outdoor intelligent switchgear (outdoor ring network cabinet) has emerged. This switchgear does not require civil construction and occupies a small area. The configuration is very flexible, the power supply method is more reliable, the construction, installation, and commissioning time are greatly shortened, and the overall cost is reduced.
The technical standards that the product meets
This product meets the latest national standards, industry standards and IEC standards. After reaching an agreement with the user, other standards with higher performance may be used.
The relevant provisions contained in the following standards constitute the provisions of this technical condition through reference. All standards will be revised, and this technical condition shall comply with the requirements of the latest version of the following standards.
GB16926-2009 AC high voltage load switch-fuse combination electrical appliances
GB 3804-2004 3.6kV~40.5kV High Voltage AC Load Switch
GB 3906-2006 3.6kV~40.5kV AC metal-enclosed switchgear and controlgear
GB/T11022-2011 Common technical requirements for high voltage switchgear and control equipment standards
GB 4208-2008 Enclosure Protection Degrees (IP Code)
IEC420 High voltage AC load switch-fuse combination device
IEC 298 AC metal-enclosed switchgear and controlgear for voltages above 1 kV and up to 52 kV
GB1984-2014 High Voltage AC Circuit Breaker
Product Introduction
The XGW□-12 box type opening and closing is designed to seamlessly open and close high-voltage circuits, especially in the 3.6kV to 40.5kV voltage range. This feature is critical for managing complex urban power grids, where power demand fluctuates greatly. The mechanism does not require large-scale civil construction, which speeds up installation and reduces space requirements. This efficiency not only accelerates the deployment of power solutions, but also minimizes the overall cost of urban power supply systems.
A highlight of the XGW□-12 is its compliance with the latest national and industry standards, including IEC standards. This ensures that the product meets strict safety and performance standards, giving users confidence in its reliability. The unit is designed to integrate seamlessly with existing infrastructure, making it easy to transition to this advanced power supply method. The unit can be customized to meet higher performance standards based on an agreement with the user, enhancing its versatility and applicability in a variety of urban environments.
The technical specifications of the XGW□-12 highlight its rugged design and excellent operating performance. It contains an AC high-voltage load switch-fuse combination, which is essential for protecting circuits from overloads and faults. The enclosure protection rating (IP code) is also a key factor, ensuring that the unit can withstand environmental factors that may affect its function. The combination of these features makes the product not only meet but also exceed modern power distribution requirements.
The XGW□-12 box type opening and closing represents a major advancement in urban power supply technology. It can provide a reliable, flexible and cost-effective high-voltage power distribution solution, which is undoubtedly a valuable asset for rapidly developing cities. As urban areas continue to develop, XGW□-12 is ready to meet the growing demand for electricity and ensure that the power supply system efficiently meets future needs.

