Metal-clad Metal Enclosed HT High Voltage Switchgear Panel for Data
Centers
Product Introduction
- The switchgear panel is specifically designed for use in data
centers, providing high voltage power distribution for critical
data center equipment.
- The switchgear panel is built to be highly reliable and efficient,
with advanced features such as real-time monitoring, fault
detection, and self-diagnosis capabilities that help to ensure the
safe and reliable operation of data center systems.
- The switchgear panel is designed to be compact and space-saving,
making it ideal for use in the limited space of data centers.
- The switchgear panel is easy to install and operate, with a
user-friendly interface that allows for intuitive control and
monitoring.
- The switchgear panel is built to withstand harsh operating
conditions, including high temperatures, humidity, and vibration,
making it ideal for use in the demanding environment of data
centers.
- The switchgear panel is designed to be flexible and adaptable, with
the ability to be customized according to the specific requirements
of different data center projects, including different voltage
levels and power ratings.
- The switchgear panel is highly cost-effective, with a low total
cost of ownership and a long service life that ensures a high
return on investment.
- The switchgear panel is backed by excellent customer service and
technical support, ensuring that customers receive the assistance
they need to keep their data center systems running smoothly and
efficiently.
The switchgear panel can also be applied in other projects, such as
industrial facilities, commercial buildings, and infrastructure
projects, where high voltage levels are required. Here's how the
product's advantages can be leveraged in other projects:
- The switchgear panel is highly versatile and can be used in a wide
range of applications, providing high voltage power distribution
for critical equipment in various settings.
- The switchgear panel is designed to be highly reliable and
efficient, with advanced features that help to ensure the safe and
reliable operation of electrical power systems.
- The switchgear panel is built to withstand harsh operating
conditions, making it suitable for use in a wide range of
environments.
- The switchgear panel is designed to be flexible and adaptable, with
the ability to be customized according to the specific requirements
of different projects, including different voltage levels and power
ratings.
- The switchgear panel is easy to install and operate, with a
user-friendly interface that allows for intuitive control and
monitoring.
- The switchgear panel is designed to be compact and space-saving,
making it ideal for use in environments where space is at a
premium.
- The switchgear panel is highly cost-effective, with a low total
cost of ownership and a long service life that ensures a high
return on investment.
- The switchgear panel is backed by excellent customer service and
technical support, ensuring that customers receive the assistance
they need to keep their electrical power systems running smoothly
and efficiently.
Main Technical Parameters
| Main Technical Parameters | Specifications |
| Rated voltage | 40.5KV |
| Rated frequency | 50Hz |
| Rated current of the main busbar | 1250A, 1600A, 2000A |
| Rated insulation level 1min power frequency withstand voltage | 95KV between phases and relative, 115KV for the first isolating
joint |
| Lightning impulse withstand voltage | 185KV between phases and relative, 215KV for the first isolating
joint |
| 1min power frequency withstand voltage of the auxiliary control
circuit | 2KV |
| Dimensions (widthdepthheight) | 1400*2800(3000)*2800 |
| Rated current of branch busbar | 630A, 1250A, 1600A |
Design
Production Facilities
Material
- The structural strength of the cabinet door is increased by 50%
with the adoption of a double beveled edge process.
- The sliding wire situation is reduced by more than 80% with the use
of a multi-layer stamping and stretching process for the
installation holes.
- The inlet and outlet holes feature a composite structure of
knockdown holes and square holes, providing flexibility for on-site
installation.
- The structural strength of the box is boosted by 50% with the
implementation of a double folding process.
- A composite design of debugging mode and fire protection mode is
utilized for the control circuit, which significantly reduces the
burning of fan and water pump equipment designed for fire
protection during debugging.
