Primary Equipment Prefabricated Cabin
A modular prefabricated cabin integrating primary equipment such as circuit breakers and disconnect switches for power-distribution control.
Product Description
A modular prefabricated cabin integrating primary equipment such as circuit breakers and disconnect switches for power-distribution control.
Technical Data
| Ambient temperature | −40°C to +45°C |
|---|---|
| Altitude | ≤4500 m; customized high-altitude version above 2000 m |
| Outdoor wind speed | <35 m/s |
| Pollution level | Levels II–IV |
| Seismic level | Level 8 |
Product Features & Applications
As the core control hub of the power system operation, the Primary Equipment Prefabricated Cabin (PEPC) undertakes the crucial tasks of circuit isolation, connection and disconnection, and system regulation. By integrating core electrical components such as circuit breakers and disconnect switches, it builds a standardized and modular power control unit, providing efficient and reliable supporting services for Combined Photovoltaic Substations, large industrial areas, and main power grids. This product can seamlessly connect with Box Type Substation and High And Low Voltage Switchgear, and at the same time form a complementary layout with Oil Immersed Transformer and Dry Type Transformer, achieving a high-level integration of power supply, distribution, and control functions, significantly enhancing the operational efficiency and safety of the overall power distribution system.
Six core features, enabling efficient and reliable operation
1. Highly integrated functions: Integrating previously separate power supply, distribution and control tasks into one, optimizing the internal electrical layout, reducing connection lines, significantly reducing system failure points, and enhancing overall operational efficiency.
2. Advanced intelligent automation: Leveraging advanced sensing and control technologies, achieving intelligent monitoring and automatic regulation throughout the process, without the need for frequent manual intervention, ensuring precise system operation.
3. Super durable and corrosion-resistant: Using high-strength protective materials and precise sealing techniques, it can effectively resist corrosion and high temperatures, ensuring continuous and stable operation in harsh conditions and extending equipment lifespan.
4. Compact and easy to install: Following standardized design concepts, the structure is exquisite and compact, with a small and supports factory prefabrication production with extremely low on-site installation workload shortening the project cycle.
5. Intrinsically safe and reliable Integrated design reduces risks of poor contact and incorrect operation from the source combined with high-quality components, forming a highly reliable power safety barrier.
6. Green and energy-saving: Equipped with efficient energy-saving equipment and using environmentally friendly materials it effectively reduces energy consumption and environmental impact while ensuring performance in line with the green power development trend.
Adaptable to all working conditions, unafraid of complex challenges
This product has outstanding environmental adaptability and can operate stably within a wide temperature range of -40℃ to +45℃. It supports operation requirements at an altitude of ≤ 4500m (customized high-altitude models are available for altitudes > 2000m). It can withstand outdoor wind speeds of less than 35m/s, adapt to environmental pollution levels of II to IV grades, and has a robust structure capable of withstanding an 8-level earthquake. It can be directly applied to various complex power engineering scenarios such as high-altitude, cold, and high-pollution environments.