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aedifion.controlsAedifion

aedifion.controls optimizes building operations with AI-driven, predictive control for HVAC systems, ensuring efficiency and comfort.

Vendor

Vendor

Aedifion

Company Website

Company Website

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Product details

Overview

aedifion.controls is an advanced platform designed to optimize the operation of HVAC systems in buildings. By leveraging AI-driven, predictive control, aedifion.controls ensures that buildings operate efficiently, economically, and sustainably. The system continuously monitors and adjusts the technical systems based on demand, weather forecasts, and capacity utilization, achieving a balance between economic efficiency, sustainability, and tenant satisfaction.

Features

  • Self-Learning and Autonomous: Modern algorithms and artificial intelligence ensure sustainable and economical system operation, creating a perfect feel-good atmosphere for users.
  • Quick Setup: The system is quick to set up and ensures immediate and lasting savings.
  • Autonomous Control: Preconfigured algorithms autonomously operate the plants optimally, regardless of the season or load.
  • Customized Dashboard: A custom-configured dashboard displays savings, asset functionality, and performance of buildings and entire portfolios.
  • Visualization of Savings: The frontend reveals the benefits and savings achieved by using the cloud platform.
  • Demand Side Management: Make buildings an active part of the energy system with grid-interactive power consumption management.
  • Visualization of Control Interventions: Stay informed about AI decisions and actions via the dashboard, with the ability to interact manually when needed.
  • Model Predictive Control: Integrate weather forecasts to enable model-predictive control, such as preheating offices automatically based on weather conditions.

Benefits

  • Improved Indoor Air Quality: Achieve higher thermal comfort and better indoor air quality.
  • Energy Consumption in Line with Demand: Ensure energy consumption aligns with actual demand, reducing waste.
  • Resource-Efficient Operation: Operate plants resource-efficiently to achieve optimal conditions at all times.
  • Cost Savings: Reduce operating costs through efficient system operation and predictive maintenance.
  • Sustainability: Enhance sustainability by optimizing energy use and reducing carbon footprint.
  • Tenant Satisfaction: Improve tenant satisfaction with consistent comfort and reliable system performance.
  • Future-Proof: Prepare buildings for future smart technologies and digitalization.