Energy Storage Fire Protection Nozzle

Energy Storage Fire Protection Nozzle is a specialized fire-protection spray nozzle designed for energy storage systems and fire suppression applications in large-scale power facilities. It is made from durable stainless steel with a compact, corrosion- and high-temperature-resistant structure and supports wide pressure operation (10–100 bar). Engineered for PACK-level fire extinguishing systems, it delivers efficient atomization, rapid cooling, and uniform spray coverage to help suppress thermal runaway events in energy storage containers, battery racks, and backup power stations. Suitable for installations in distributed energy storage plants, mobile energy storage vehicles, and utility power systems where early, reliable fire protection is critical.

Categories: Fire Protection Nozzles, Spray Nozzles

Material: SS

Min Pressure(bar): 10

Max Pressure(bar): 100

Design features

1. Made of stainless steel, compact structure, easy to install, corrosion-resistant, high temperature resistant, long service life

2. Nozzles designed for PACK-level fire extinguishing systems, efficient atomization, rapid cooling, uniform spray coverage, saving water

3. Effectively prevent thermal runaway, suitable for media such as perfluorohexanone and water

4. Good pressure resistance and air tightness, can reach IP67 or above protection level

5. Castable process, stable performance, LATF16949 quality certification

6. Customizable according to customer requirements, professional R&D team, rich processing experience

Application

Energy storage fire nozzles are mainly used in large-scale and distributed energy storage power stations, mobile energy storage vehicles, and backup power storage stations. They cover the fire protection systems of industries such as power generation, transmission and transformation, power sales, and power consumption. Although electrochemical energy storage devices represented by lithium-ion batteries have various advantages, metallic lithium is the most active metal among known elements (including radioactive elements). Thermal runaway occurs frequently in the automotive field, which poses a safety hazard to the application of lithium batteries in energy storage. As the last passive defense system, fire protection has a direct impact on the healthy development of the energy storage industry through reasonable design, material selection, layout, and construction.