Corporate News
Corporate News
May. 27, 2026
As the digital economy becomes a new engine driving regional growth, Shandong Supercomputing Center – the computing powerhouse dubbed the region's digital economy "super brain" – is rapidly rising as a key project under the province's 14th Five-Year Plan for building a digital-powered province. Recently, our company successfully won the bid for the core power security system of this project with our full range of power transmission and distribution products and systematic solutions, and fully undertook the supply task. Some products have already been shipped to the site in batches, with installation and commissioning underway simultaneously.
With a planned total computing power reaching hundreds of exaFLOPS, the project will fully support high-computing scenarios such as AI large model training, smart cities, biomedicine, and weather forecasting. Unlike ordinary data centers, a supercomputing center has extremely demanding requirements for power supply continuity, power quality, and anti-interference capability – any microsecond-level voltage sag or interruption can cause thousands of simultaneously running computing nodes to crash, lead to data loss, or even trigger long task rollbacks. Therefore, the entire power link from the incoming line to the power distribution end of each server cabinet must achieve "zero failure, zero flicker, zero interruption."
Okey Electric is responsible for the critical links in this chain: high-voltage enclosed busways, low-voltage compact busways, intelligent compact busways, seismic brackets, and a full range of low-voltage distribution cabinets. The products cover the complete electrical chain from power access, high-voltage transmission, low-voltage distribution, to final plug-in connections – effectively building a highly reliable, highly redundant "power aorta and capillaries" for the "super brain."
Walking into the Okey Electric production base, a busy yet orderly scene unfolds: the automated busbar processing line is running at full capacity, every distribution cabinet in the testing area is undergoing live testing, and the packaging in the shipping area is clearly labeled with location numbers.
According to Project Manager Wang, this supply list is one of the most diverse product categories and technologically integrated projects the company has undertaken in recent years:
Intelligent Busway System (IFB-S Series) – Available in three current ratings: 630A, 400A, and 250A. These busways will run above each row of cabinets in the supercomputing center like "aerial power corridors," and together with high-protection connectors and intelligent plug-in boxes, enable flexible power take-off and real-time monitoring.
Terminal Boxes and Seismic Brackets – Terminal boxes are used for power access and branch protection of the busway system. The seismic brackets are designed to meet a seismic fortification intensity of 9 degrees, ensuring the busway system remains structurally intact and electrically connected even during rare earthquakes.
High-Voltage Enclosed Busway (BGFM-10KV/1250A) – Responsible for trunk transmission between the transformer and medium-voltage distribution cabinets, placing higher demands on insulation levels and dynamic/thermal stability performance.
Low-Voltage High-Current Busway (LCMC Series) – Used for high-capacity connections between low-voltage distribution cabinets and for powering critical loads.
Low-Voltage Distribution Cabinets – Including incoming cabinets, feeder cabinets, capacitor compensation cabinets, and ATS transfer cabinets, equipped with remote communication and power quality monitoring functions.
"Every meter of busway and every cabinet affects the stable operation of thousands of computing cores in the supercomputing center. We dare not slack off in the slightest."
To date, the IFB-S series intelligent busways, high-current busway seismic brackets, low-voltage busways, and 10kV enclosed busways have been shipped to the site. Low-voltage cabinets, terminal boxes, and other accessories are being delivered in staggered batches, with production expected to be completed by the end of this month.
To accommodate the tight installation schedule of the supercomputing center, Okey Electric has adopted a rolling delivery strategy of "produce one batch, test one batch, ship one batch." "Our principle is: never let the site wait for goods, nor let goods wait for installation. All products are packed in custom shockproof packaging to maximize support for continuous construction."
From copper busbar bending to system integration, Okey Electric is laying an invisible but vital "power Great Wall" for the supercomputing center with a pragmatic approach and superior products. Being part of this national strategic project is the best testament to Okey Electric's technical strength and delivery capability. We will continue to pursue zero defects and zero delays, ensuring that every meter of busway and every cabinet stands up to the long-term demands of the supercomputing center.
