When purchasing an Electric Fire Truck, the core components directly determine the reliability of rescue operations. The following four categories require careful consideration:
Battery System:Prioritize lithium iron phosphate batteries, as their thermal stability is better suited for firefighting scenarios. Focus on actual capacity, cycle life, and fast-charging capability, while also verifying low-temperature discharge performance to avoid a sudden drop in range during winter.
Drive Motor Power:The drive motor power must match the usage scenario. For mountainous areas or areas with frequent uphill climbing, choose a high-power, high-torque model. Pay attention to continuous operating stability, prioritizing brands with experience in adapting to firefighting equipment to ensure durability under overload conditions.
Firefighting Operation System: The core focus should be on the rated pressure and flow rate of the water pump, which must meet actual rescue needs. Water pipes and interfaces must be corrosion-resistant and pressure-resistant. Check the sealing of connections and confirm the presence of an emergency pressure relief valve.
Electrical Control and Safety System:The electrical control and safety system must support coordinated control of power and firefighting operations, ensuring stable power for multi-gun operations. Essential features include multiple protections against battery overheating and overload, an emergency power-off switch on the vehicle body, and a waterproof rating for the electrical control system.
When purchasing an Electric Fire Truck, you can ask the manufacturer to provide a third-party test report and compare the parameters in conjunction with the scenario to avoid focusing only on the price and ignoring the core performance.
