Application Case of MPS-A30-MG Integrated Light Storage Machine in Afghanistan Airport
1, Background
Airports, as important transportation hubs, often fall into chaos due to power issues, resulting in monthly flight delays and losses of hundreds of thousands of dollars caused by power outages. The traditional power supply method is neither stable nor economical, and introducing six MPS-A30-MG integrated light storage machines has become a key measure to improve the current situation.
2, Equipment
The MPS-A30-MG optical storage integrated machine has a power of 30kW and an IP65 protection level, which can operate stably in harsh environments. Its advanced MPPT technology enables photovoltaic conversion efficiency to reach up to 98.5%; The equipped lithium iron phosphate battery can achieve continuous discharge at full load for 6 hours, with over 6000 cycles of use; The intelligent AI system can flexibly switch between 6 operating modes according to actual situations.
3, Implementation
The project team installed solar panels in areas such as the edge of the airport apron and the roof of the warehouse. During the construction process, in order not to affect the normal operation of the airport, night time construction is chosen between flights; Intelligent upgrade of airport power distribution system, adding 3 bidirectional converters; We also conduct comprehensive testing of equipment by simulating various extreme weather and electricity scenarios to ensure system stability.
4, Effectiveness
During a 48 hour power grid failure, the solar energy storage system provided continuous power to the airport's core equipment, avoiding major operational accidents. At the same time, through peak valley electricity price adjustment, the airport saves about $80000 in electricity bills per month, and its carbon footprint rating has been upgraded from C to B, achieving both economic and environmental benefits.
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