Bottom line: A logistics-center scenario combines dense combustible packaging, conveyors, AGVs, and long unattended hours. Electrical points—from sortation motors to charging and switchgear—need source control plus automatic local protection.
Why logistics-center risk is different
High racks and dense packaging (cardboard, plastics) let fire spread quickly. Mixed stock may include batteries, chemicals, and everyday goods with different fire behaviors. Conveyors, sorters, AGVs, and chargers add many electrical failure points.
Large footprints and high bays make firefighting harder. Many zones run with little human presence, so early fire may be found late. Electrical fire control is therefore a primary line, not an afterthought.
Main electrical hazards
Sortation and conveyor motors and belt drives can overheat or ignite from jam friction on long runs. AGV and forklift charging areas carry overcharge and thermal-runaway risk. Distribution cabinets and busways may see heavy load, loose joints, and high temperature rise.
Long lighting runs in tall warehouses can age or overload. Charging and office sockets may be extended illegally. Lithium battery goods themselves can enter thermal runaway if stored poorly or impacted.
Core fire-protection measures
Zone storage by goods type; isolate lithium batteries and flammable chemicals per code. Dress warehouse circuits in conduit with flame-retardant cable where required. Maintain conveyors and sorters so jams and overheating are stopped and inspected.
Set charging areas apart with ventilation and overcharge protection, and keep AGV charging clear of rack faces. Place PFCS in distribution cabinets, switchgear, and charging distribution boards for automatic local response when unattended. Cover key points with electrical-fire and temperature monitoring linked to the site alarm system.
Lithium battery goods storage
Store lithium batteries and battery-powered electronics in a dedicated zone away from other combustibles, with quantity control. Keep the zone ventilated and temperature-managed—thermal runaway is strongly temperature-related.
Provide fire separation so a runaway event is less likely to spread. Stock extinguishing means and procedures suited to lithium fires, and place PFCS on related distribution gear. Handle goods without impact, crush, or drop. Drill for lithium fire behavior, including possible re-ignition and the need for continued watch.
Night and unattended hours
Power down non-essential equipment at night; use timed shut-off or charge-complete stop in charging zones. Keep fire alarm, electrical-fire monitoring, and video running for remote watch.
In switchrooms and charging areas, automatic means—including PFCS temperature-triggered release—should work without waiting for someone to arrive. Duty staff still patrol charging, switchrooms, and staging areas and link to fire response. Unattended operation is not “no fire protection”—it is automated detection plus local suppression at critical points.
FAQ
Q: Where should PFCS be considered first in a logistics center?
Distribution cabinets, switchgear, and charging distribution boards—points that stay energized when few people are on site.
Q: How should lithium goods be separated from ordinary stock?
Use a dedicated zone with quantity limits, ventilation and temperature control, fire separation, and handling rules that avoid impact or crush damage.
Q: Does remote monitoring replace night patrols?
No. Alarm and camera watch help discovery; patrols still check charging, switchrooms, and staging. Automatic local protection covers the gap before staff arrive.
Q: How can we request a logistics-center review?
Call 400-8558-313 or use the Contact page with automation layout, charging locations, and lithium storage notes. EAPD and ICOP can be added when multi-point monitoring and platform O&M are needed.