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Save Energy, Cut Cost & Improve Air Quality 

Our AI-powered algorithm transforms your HVAC system into a smart, adaptive optimizer—cutting energy use, lowering costs, and reducing carbon emissions while

enhancing comfort & building health by seamlessly integrating with your existing setup

Lower peak-time energy consumption by up to 30% and extend the lifespan of your HVAC equipment through predictive maintenance, preventing costly breakdowns.

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Minimize peak demand & maintenance costs  

Thermolio aims to cut HVAC-related carbon emissions by 35% and enhance indoor air quality, boosting occupant health and productivity.

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Lower Carbon Footprint and Improve Air Quality

35%-50% of overall energy consumption in commercial buildings is from HVAC systems. Our AI-powered solution reduces this by optimizing your existing setup, leading to substantial savings on energy bills  

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Reduce energy HVAC costs upto 60%

Thermolio

Seamlessly integrate with your existing smart thermostats, continuously analyzing operational data, making energy-efficient decisions, and applying them to each HVAC unit across all your building sites."

How it works:

Connect seamlessly with your existing smart thermostats and HVAC systems. Quick installation, minimal disruption.

Monitor real-time data from your HVAC systems, including temperature, humidity, occupancy, and weather conditions.

Analyze data with AI to adjust HVAC settings dynamically, maximizing efficiency and minimizing energy use.

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Adapt:

Automatically adjust to changes in occupancy and weather, ensuring comfort while reducing energy consumption.

Access real-time dashboards with insights on energy use, air quality, and savings.

Continuously learn and refine the algorithm for ongoing energy optimization and efficiency gains.

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Enhance Your Competitive Edge with Advanced AI Today

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AI-Based MPC Controllers for Energy-Efficient HVAC Systems

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MPC-Based Efficient Energy Control and Cost Estimation of HVAC in Buildings

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WSN-Based Data-Driven Digital Twin for Energy Efficient HVAC Systems

Backed up by years of research & advanced machine learning algorithms

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