Overview

aedifion.dynamics is an intelligent solution for dynamically optimizing electricity costs in buildings. By seamlessly connecting HVAC systems, photovoltaic systems, battery storage, and heat pumps to the energy market, aedifion.dynamics ensures maximum efficiency and cost savings. The platform leverages AI-driven automation to flexibly adjust energy consumption based on current electricity prices, maximizing self-consumption and turning buildings into active participants in the energy transition.

Features

• Intelligent Integration: Connects all energy systems in your building, optimizing their operation for maximum efficiency.
• Maximized Self-Consumption: Reduces grid dependency by maximizing the use of self-generated electricity.
• Dynamic Electricity Pricing: Utilizes fluctuating electricity prices to draw power when it’s cheapest, reducing operational costs.
• Flexible Energy Storage: Transforms your building into a dynamic energy storage solution, enhancing grid stability and independence.
• AI-Based Load Optimization: Manages energy flows to ensure cost-effective energy sourcing from solar, grid, or battery.
• Demand Side Management: Smooths peak loads and lowers grid charges through smart consumption control.
• Consulting & Integration: Provides analysis, advice on dynamic tariffs, and optimization of infrastructure for peak efficiency.
• Technology Expansion Support: Assists with the integration of new technologies like PV systems, heat pumps, and battery storage.

Benefits

• Cost Savings: Reduces electricity costs through intelligent planning and optimization.
• Sustainability: Lowers CO₂ emissions and meets ESG and EU taxonomy requirements.
• Flexibility: Takes full advantage of dynamic tariffs and new market opportunities.
• Automation: Reduces manual interventions and increases efficiency with AI-driven automation.
• Grid Stability: Supports the energy transition through intelligent demand side management.
• Enhanced Comfort: Automatically optimizes heating, cooling, and lighting for improved indoor climate.