From Ultra-High Voltage to AI Computing Power: High-Voltage Switchgear Enters an Era of "Dual Demands"

Release time:

2026-04-14


Summary

With the continuous expansion of ultra-high-voltage (UHV) power transmission and the explosive growth in demand for AI computing power, the global high-voltage switchgear industry is entering an era of overlapping "dual demands." On the one hand, UHV projects place higher requirements on the voltage levels and reliability of equipment; on the other hand, AI data centers are becoming a new growth engine for high-voltage switchgear. Beckmann Volmer GIS enclosure solutions, covering the full voltage levels from 110kV to 1100kV, meet these dual demands and safeguard the construction of global power grids and data centers.

I. Demand 1: Continued Expansion of UHV and EHV Transmission

Multiple countries and regions worldwide are advancing UHV/EHV transmission projects:

 China: Continued construction of UHV projects supports the eastward transmission of clean energy from the west.

 Europe: Cross-border grid interconnection projects require EHV equipment support.

 Middle East and Africa: Construction of large-scale new energy bases drives demand for high-voltage transmission. UHV projects place

higher demands on GIS equipment:

 High voltage levels: 800kV, 1100kV and above

 Large capacity transmission: Single-circuit line transmission capacity can reach 8 million kilowatts

 High reliability: Long-term stable operation, adaptable to extreme weather conditions.

GIS enclosure

II. Demand 2: AI Computing Power Drives Power Supply System Upgrades

The explosive growth of AI data centers is reshaping the demand structure for power equipment:

AI Data Center Power Requirements Impact on high voltage switchgear
Single-rack power is increasing to 600kW-1MW Higher capacity switchgear is required
AI clusters can require tens of megawatts of electricity Data centers require dedicated substations
Extremely high power supply reliability requirements Switchgear must have higher reliability
Strict space constraints The equipment needs to have a more compact structure and better heat dissipation performance

 

GIS enclosure

III. Beckmann Volmer: A Reliable Partner for Meeting Dual Needs

Beckmann Volmer's aluminum alloy GIS enclosure solutions offer the following advantages:

Demand Dimension Company Response Plan
High voltage level Our products cover 110kV-1100kV, meeting the needs of ultra-high voltage projects
High reliability Triple leak testing ensures near-zero leak risk; international certification guarantees product quality
High-precision manufacturing H7 grade tolerance machining ensures perfect matching with equipment
Lightweight design The aluminum alloy construction reduces the overall weight of the equipment and facilitates installation
Fast delivery Fully automated production, strategic raw material reserves, and shortened supply cycles

IV. Outlook: Continuous Upgrading of High-Voltage Switchgear

As ultra-high-voltage (UHV) projects advance to higher voltage levels and AI data centers expand to larger scales, high-voltage switchgear will continue to evolve towards higher reliability, intelligence, and compactness. Beckmann Volmer will keep pace with technological trends, providing customers with up-to-date GIS enclosure solutions.

GIS enclosure

Conclusion:

From UHV transmission to AI data centers, Beckmann Volmer has consistently aligned itself with the global power industry, providing reliable GIS enclosure products to international customers through German precision manufacturing.

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