It is usually used to support the power needs of military operations, emergency rescue and various outdoor activities. This type of mobile power supply has high energy density, durability and reliability, and can operate in harsh environments. The following are some key elements and application scenarios of military high-power mobile power supplies:
1. Technical features
Ultra-large capacity: The output capacity can be up to 6000Wh.
Ultra-large power: It can stably carry 5000W load of electrical equipment at the same time.
Super fast charging: Multiple 36V photovoltaic panels can be used to charge the device at the same time, supporting a maximum total power of 900W. Under ideal weather conditions, the charging efficiency is the same as the fast charging of mains electricity. Fully charged in about 6 hours.
Safe and sturdy: IP55 intelligent temperature control, 150kg load-bearing anti-collision and anti-impact.
Exclusive embedded management software: Onick's exclusive research and development of embedded management software can display the power, working temperature, charging animation, charging and discharging power and real-time voltage of each battery cell in real time. Pure high-frequency sine wave, BMS battery management and protection system, MPPT photovoltaic controller, built-in intelligent temperature control fan, real-time monitoring of equipment operation, and multiple intelligent protection.
2. Application scenarios
-Military operations: Provide stable power for command centers, radars, drones, communication equipment, etc.
Emergency rescue: Power rescue equipment and medical equipment at disaster sites to improve rescue efficiency.
Field operations: Provide necessary power support for scientific investigations, expeditions, outdoor construction, etc.
Logistics support: Ensure the power needs of various equipment and facilities during troop deployment.
3. Selection and procurement
When choosing a military high-power mobile power supply, the following factors need to be considered:
Power demand: Determine the required power based on the specific equipment and application scenarios.
Battery type: Choose a suitable battery type, such as lithium battery, lead-acid battery, etc.
Brand and certification: Choose a brand that has been verified by the military and meets relevant standards to ensure reliable performance.
After-sales service: Pay attention to the product's warranty and support services to deal with emergencies.
4. Future development trends
Intelligence: Integrate an intelligent management system to monitor battery status and output power in real time.
Lightweight design: Promote the lightweighting of power supply equipment and improve portability through the advancement of material technology.
Renewable energy integration: Explore the possibility of combining renewable energy such as solar energy with mobile power systems to improve energy self-sufficiency.