This solution addresses the construction needs of data centers with a capacity of 6300kVA, 35kV-0.4kV voltage level, dual-system architecture, and Class 1 energy consumption requirements. It integrates the latest technical standards and energy-saving concepts in the data center industry, designing comprehensively from the power system, cooling system, cabinet layout, to intelligent operation and maintenance.

In the current industrial smelting sector, medium and large electric arc furnaces and induction furnaces often face issues such as insufficient voltage regulation accuracy, frequent overloading shutdowns, inadequate heat dissipation

In the current photovoltaic grid-connected power generation sector, challenges such as fluctuating sunlight intensity, unstable power generation voltage, difficulties in grid integration, and harsh outdoor environments often lead to low grid-connected efficiency

As the cornerstone of life-saving operations, hospitals require exceptionally reliable, stable, and secure power supply. Critical facilities such as operating rooms, intensive care units, imaging departments, and emergency equipment must maintain uninterrupted power availability to prevent medical incidents caused by outages.

In modern new energy charging station construction, high-power DC charging piles in centralized power supply scenarios frequently encounter critical challenges: high load density, transformer overheating from prolonged full-load operation, and delayed equipment condition monitoring. These issues directly impact both power supply stability and equipment lifespan.