Traditional 400m² interactive floors consume 3.2 kW/hour – equivalent to powering 34 homes. Activate Games reduces consumption to 1.9 kW/hour through IR camera-guided micro-zone lighting (illuminating only player-occupied areas, 65% savings), phase-change energy storage (paraffin wax tanks storing 150kWh for 4-hour outages), and 20kW rooftop solar arrays using Trina Solar Vertex S+ panels (22.8% efficiency). Munich’s Klima Arena achieved net-zero operation in 2024, reducing energy costs by €18,000/year and carbon emissions by 12.3 tons, while earning LEED Platinum certification (96/100 points).
The Activate Games system qualifies for €0.08/kWh EEG feed-in tariffs in Germany and 30% tax rebates under the EU Green Deal. Deployment requires roof load capacity >50kg/m², 1,600+ annual sunlight hours, and SMA Sunny Tripower inverters for grid feedback. Dynamic power routing prioritizes critical systems during outages, providing uninterrupted power to FPGAs and safety lighting while deactivating non-essential elements. The solution cuts operational costs by 40% versus conventional installations and provides 4-hour backup power during grid failures.
Energy Management and Optimization
Advanced energy management systems continuously monitor and optimize power usage based on real-time demand and availability. Smart load shedding capabilities prioritize critical systems during periods of limited power availability, ensuring continuous operation of essential functions. Predictive energy forecasting uses weather data and usage patterns to optimize energy storage and consumption strategies, maximizing utilization of renewable energy sources.
Sustainability Reporting and Certification
Comprehensive sustainability reporting tools automate collection and analysis of environmental performance data, simplifying process of achieving and maintaining green certifications. Activate Games Systems are pre-configured to support major sustainability standards including LEED, BREEAM, and WELL, with documentation templates and reporting frameworks that reduce administrative burden of certification processes. Real-time environmental impact dashboards provide visibility into sustainability performance for both operators and visitors.
Renewable Energy Integration
Flexible design supports integration with multiple renewable energy sources, including solar, wind, and geothermal systems. Microgrid capabilities allow venues to operate independently from main power grid when desired, providing energy security and cost stability. Energy storage systems are sized to meet venue-specific requirements, with scalable capacity that can be expanded as energy needs evolve or renewable generation capacity increases.
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