Description

Prefabricated Intelligent Cabin with Multi-Equipment Integration (a cabin that integrates secondary equipment, HVAC, fire protection systems, etc. into one unit), its core lies in integrating various facilities such as secondary equipment, HVAC, and fire protection systems into a single unit. It adopts a containerized secondary combined equipment architecture and strictly follows the four core principles of “safety, applicability, universality, and economy”. Unlike the traditional decentralized equipment installation mode, this product is controlled throughout the entire process of standardization design, factory production, and prefabricated construction. It significantly shortens the project construction period, improves construction efficiency and quality, and simultaneously achieves multiple benefits such as energy conservation, land conservation, and environmental protection. It can be seamlessly adapted to Box Type Substation and High And Low Voltage Switchgear, and is widely used in power engineering, photovoltaic power station support and other scenarios, filling the market gap of integrated secondary equipment cabins.

Wide-range environment adaptation, capable of handling complex conditions

This equipment has extremely strong environmental adaptability. It can operate stably within a temperature range of -40 to +45 degrees Celsius, and is suitable for areas with an altitude of ≤ 4500 meters (customized high-altitude versions are available for altitudes > 2000 meters). It can withstand outdoor wind speeds of ≤ 35 meters per second. At the same time, it can handle pollution scenarios of levels II to IV and withstand an earthquake of level 8. Without additional modifications, it can adapt to various complex conditions such as high altitudes, extreme cold, and sandstorms. When used in combination with Combined Photovoltaic Substations (photovoltaic substations) and Electric Power Converters (power converters), it can further enhance the stability of outdoor power support.

Five core features, enabling efficient and reliable operation

① High integration: Compact layout of various equipment, significantly reducing the floor space and on-site installation workload. Compared to traditional decentralized equipment, the construction efficiency is increased by over 40%. It can be used in conjunction with Oil Immersed Transformer and Dry Type Transformer to optimize the overall distribution layout;

② Modular design: Adopting 20/30/40-foot standard container specifications, supporting independent use of each compartment, and also allowing customization for expansion as needed. The maintenance and upgrade are convenient, reducing the long-term operation and maintenance costs;

③ Efficient operation: Optimizing the heat dissipation structure and electrical layout to solve the problem of uneven heat dissipation and low operating efficiency of traditional equipment. Even in harsh environments, it can maintain stable operation and reduce the occurrence of faults;

④ High reliability: Strong structure and strict protection can effectively resist external electromagnetic interference and adverse weather conditions, ensuring the safety of equipment operation, which meets the high safety requirements of power engineering;

⑤ Intelligent control: Equipped with automatic control and remote control functions, no on-site dedicated personnel are required for monitoring. It can remotely monitor the operating status of the equipment, significantly improving management efficiency and reducing labor costs.