Airport Energy Management
AI-powered energy optimization for international airports. 35-75 MW load, 15-30% savings potential.
Ground Power Management
Complex GPU systems for various aircraft types. Minimizing diesel APU usage.
24/7 Energy Demand Management
Continuous operations with highly variable load profiles across terminals, runways, and security systems.
Carbon Neutrality
ACI Europe target: Net-Zero by 2050. Integration of renewable energy into existing infrastructure.
Dynamic Load Management
Passenger peaks increase terminal energy demand by up to 200% in short intervals.
Stromfee.AI Solutions
Intelligent HVAC and lighting control using IoT sensors and machine learning to optimize energy consumption across terminal spaces.
- Real-time energy monitoring
- Predictive maintenance
- Occupancy-based climate control
- Dynamic lighting management
Replace diesel GPU with electric alternatives, reducing emissions and operational costs for aircraft ground support.
- Zero direct emissions
- Lower maintenance costs
- Reduced fuel consumption
- Quieter operation
Large-scale photovoltaic installations on terminal roofs, parking structures, and unused airport land.
- Renewable energy generation
- Carbon footprint reduction
- Long-term cost stabilization
- Grid independence
Advanced energy trading and load balancing using real-time grid interaction and energy storage technologies.
- Dynamic electricity pricing
- Battery energy storage integration
- Peak load management
- Grid stabilization
Market Size
- • Airport Infrastructure: USD 89.5B (2023)
- • Energy Efficiency Investments: USD 12-15B/year
- • Energy Share of OPEX: 5-12%
Regulatory Drivers
- • EU Emissions Trading System
- • CORSIA (Carbon Offsetting)
- • IATA: Net-Zero by 2050
- • ACI Europe: 50% reduction from 2005
Ready for Efficient Airport Energy Management?
Contact us for a free analysis of your airport's energy requirements
Free Consultation