A military camp in central Saudi Arabia is located in a remote desert area, with strict requirements on power supply stability and security. The camp originally relied on diesel generators for power supply, which had high fuel consumption, high maintenance costs, and potential safety hazards in fuel storage and transportation. The military needs a secure, stable, and low-cost hybrid microgrid solution to support the operation of communication equipment, surveillance systems, living quarters, and training equipment, ensuring the normal operation of the camp.
Location/Time: Central Saudi Arabia, June 2025
Configuration: PCS: 400kW, BAT: 1000kWh, PV: 500kW, Backup Diesel Generator: 250kW
Load: Military communication equipment, security surveillance systems, training simulators, barracks lighting/air conditioning, emergency power supply, water treatment equipment
Operating environment: Remote desert military camp, extreme high temperature, strong sandstorm, strong sunshine, high requirement for system security and anti-interference
Operating modes: Hybrid off-grid operation, solar energy priority, energy storage system for peak regulation, emergency power supply and power stabilization, diesel generator as backup power for extreme weather or emergency situations, ensuring 24-hour uninterrupted and secure power supply.
The system adopts sandstorm-proof, high-temperature resistant and anti-interference design, with high security and reliability, which can adapt to the harsh desert military environment. The intelligent energy management system has a high level of confidentiality, supporting remote monitoring and manual intervention, ensuring the security of power supply. The solar panels are installed in a centralized manner, with wind and sand protection measures to ensure long-term stable power generation.
Since the system was put into operation, the military camp has achieved stable and secure power supply, with no power outage accidents. The annual fuel cost has been reduced by 60%, and the maintenance workload has been greatly reduced. The solution not only ensures the normal operation of the military camp but also improves the energy security of the camp, becoming a model for green energy application in military facilities.
