Mingxing Ground-type Integrated Fire Pump Station

Core features and advantages:

Highly integrated and modular: Adopting modular prefabricated design, it effectively reduces the infrastructure cost of traditional fire protection systems by up to 68%, while shortening the construction period.
Excellent environmental adaptability: It has adaptive functions such as antifreeze and earthquake resistance, ensuring reliable operation in extreme environments and enhancing the overall resilience of the system.
Intelligent monitoring and warning: Integrated with advanced IoT sensors, it can monitor more than 30 key parameters such as water pressure, flow rate, and temperature in real time. Once an abnormality occurs, the system can automatically sound an alarm and quickly switch to emergency mode, buying valuable time for safety response.
Targeted safety guarantee: Its intelligent features are particularly critical for battery energy storage systems, which can quickly respond to potential thermal runaway risks in lithium iron phosphate battery compartments, effectively prevent the expansion of disasters, and provide a strong safety barrier for energy storage facilities.
Unmanned operation and intelligent linkage: The pump station supports unmanned operation and fully meets the safety and compliance requirements of "source network load storage integration" for new energy projects in Yunnan and other regions through intelligent linkage features, achieving efficient and intelligent fire management.
Compact and efficient design: The effective volume of the pump station is 216 cubic meters, with an overall size of 19 meters (length) x 8 meters (width) x 3.15 meters (height), including a pump room of 5 meters (length) x 12 meters (width) x 3.15 meters (height), with a compact structure and reasonable footprint.

Application value:
Mingxing's above ground integrated fire pump station not only solves the pain points of high infrastructure costs and susceptibility to pipeline corrosion and failure in traditional fire protection systems, but also becomes an ideal choice for energy storage facility safety guarantee in the construction of new power systems with its intelligence, high reliability, and fast response capability, providing escort for the safe and stable operation of new energy projects.