News
Future development trend of prefabricated substations2025-10-29
Intelligent Upgrade
The new generation of prefabricated substations will integrate IoT sensors and edge computing terminals to collect real-time data such as voltage, current, and temperature. This data will be uploaded to a cloud platform via 5G/fiber optic connections, enabling remote monitoring, fault early warning (e.g., early alarm for transformer overheating), and automatic control (e.g., switching capacitor banks according to load). Some high-end models also support "one-click sequential control," reducing the risk of manual operation.
Green and Energy-Saving Technology
Amorphous alloy transformers (reducing no-load loss by 70%-80%), low-loss high-voltage switches, and a natural cooling + intelligent fan linkage system reduce operating energy consumption. Composite panels (e.g., color steel + polyurethane insulation layer) are used for the outer shell, improving thermal insulation performance by 30% and reducing the need for auxiliary air conditioning cooling.
Modular and Customized Design
Standardized functional modules (e.g., high-voltage incoming lines, photovoltaic grid connection, energy storage interfaces) are combined to achieve "on-demand customization." For example, prefabricated substations配套的寶絶化台 ... Miniaturized designs (e.g., reducing the size of a 10kV/630k transformer to 1.5m×2m×2.5m) further expand application scenarios (such as 5G base stations and battery swapping stations).
Adaptation to New Energy Scenarios: For scenarios such as wind farms and distributed photovoltaics, transformer substations need to be equipped with special protection functions such as high-voltage ride-through and low-voltage ride-through. In urban renewal, landscape-style transformer substations (with imitation stone or wood-textured shells) and underground transformer substations (buried underground, with only the operating room remaining on the surface) will become important development directions.
The new generation of prefabricated substations will integrate IoT sensors and edge computing terminals to collect real-time data such as voltage, current, and temperature. This data will be uploaded to a cloud platform via 5G/fiber optic connections, enabling remote monitoring, fault early warning (e.g., early alarm for transformer overheating), and automatic control (e.g., switching capacitor banks according to load). Some high-end models also support "one-click sequential control," reducing the risk of manual operation.
Green and Energy-Saving Technology
Amorphous alloy transformers (reducing no-load loss by 70%-80%), low-loss high-voltage switches, and a natural cooling + intelligent fan linkage system reduce operating energy consumption. Composite panels (e.g., color steel + polyurethane insulation layer) are used for the outer shell, improving thermal insulation performance by 30% and reducing the need for auxiliary air conditioning cooling.
Modular and Customized Design
Standardized functional modules (e.g., high-voltage incoming lines, photovoltaic grid connection, energy storage interfaces) are combined to achieve "on-demand customization." For example, prefabricated substations配套的寶絶化台 ... Miniaturized designs (e.g., reducing the size of a 10kV/630k transformer to 1.5m×2m×2.5m) further expand application scenarios (such as 5G base stations and battery swapping stations).
Adaptation to New Energy Scenarios: For scenarios such as wind farms and distributed photovoltaics, transformer substations need to be equipped with special protection functions such as high-voltage ride-through and low-voltage ride-through. In urban renewal, landscape-style transformer substations (with imitation stone or wood-textured shells) and underground transformer substations (buried underground, with only the operating room remaining on the surface) will become important development directions.