Carbon emissions
*heating, ventilation and air conditioning
The main culprit behind HVAC inefficiency is its inability to consider real-time internal and external data sources to help make better decisions. AI makes that possible. In fact, by adding AI to your existing HVAC equipment, you can see up to 25% decrease your HVAC's energy consumption and up to 40% decrease in emissions.
BrainBox AI’s AI-driven, cloud-based HVAC optimization solution achieves these results by connecting to your existing HVAC systems and autonomously sending real time optimized control commands to minimize its emissions and energy consumption. Taking into account weather forecasts, utility data, grid emissions factors and more, these commands are based on the AI’s sophisticated predictions of each zone's thermal behavior and ensures the HVAC equipment only runs when needed.
Carbon emissions
Energy costs
Virtual meters created for each piece of HVAC equipment taking into account the power rating of each critical components (i.e. motors, compressors, etc.).
Explore our case studies.
Businesses are facing mounting pressure from policymakers, customers, and shareholders to reduce their GHG emissions. In this guide, we delve into 15 different ways businesses can achieve real reductions in their scope 1, 2, and 3 emissions.
*heating, ventilation and air conditioning
The main culprit behind HVAC inefficiency is its inability to consider real-time internal and external data sources to help make better decisions. AI makes that possible. In fact, by adding AI to your existing HVAC equipment, you can see significant decrease in your HVAC's energy consumption and associated GHG emissions.
BrainBox AI’s AI-driven, cloud-based HVAC optimization solution achieves these results by connecting to your existing HVAC systems and autonomously sending real time optimized control commands to minimize its emissions and energy consumption. Taking into account weather forecasts, utility data, grid emissions factors and more, these commands are based on the AI’s sophisticated predictions of each zone's thermal behavior and ensures the HVAC equipment only runs when needed while ensuring occupant comfort.
Carbon emissions
Operating costs
Virtual meters created for each piece of HVAC equipment taking into account the power rating of each critical components (i.e. motors, compressors, etc.).
A control panel lets you see and manage store temperatures and setpoints across your retail portfolio wherever you are.
Explore our case studies.
The effects of extreme weather events, stricter emissions policies, and increased demand for greener products have retailers looking for ideas on how to reduce their direct and indirect emissions. We’ve researched and organized the top 10 tactics for retailers to effectively reduce their GHG emissions.
*heating, ventilation and air conditioning
The main culprit behind HVAC inefficiency is its inability to consider real-time internal and external data sources to help make better decisions. AI makes that possible. In fact, by adding AI to your existing HVAC equipment, you can see up to 25% decrease your HVAC's energy consumption and up to 40% decrease in emissions.
BrainBox AI’s AI-driven, cloud-based HVAC optimization solution achieves these results by connecting to your existing HVAC systems and autonomously sending real time optimized control commands to minimize its emissions and energy consumption. Taking into account weather forecasts, utility data, grid emissions factors and more, these commands are based on the AI’s sophisticated predictions of each zone's thermal behavior and ensures the HVAC equipment only runs when needed.
Carbon emissions
Energy costs
Virtual meters created for each piece of HVAC equipment taking into account the power rating of each critical components (i.e. motors, compressors, etc.).
Explore our case studies.
Businesses are facing mounting pressure from policymakers, customers, and shareholders to reduce their GHG emissions. In this guide, we delve into 15 different ways businesses can achieve real reductions in their scope 1, 2, and 3 emissions.
*heating, ventilation and air conditioning
The main culprit behind HVAC inefficiency is its inability to consider real-time internal and external data sources to help make better decisions. AI makes that possible. In fact, by adding AI to your existing HVAC equipment, you can see up to 25% decrease your HVAC's energy consumption and up to 40% decrease in emissions.
BrainBox AI’s AI-driven, cloud-based HVAC optimization solution achieves these results by connecting to your existing HVAC systems and autonomously sending real time optimized control commands to minimize its emissions and energy consumption. Taking into account weather forecasts, utility data, grid emissions factors and more, these commands are based on the AI’s sophisticated predictions of each zone's thermal behavior and ensures the HVAC equipment only runs when needed.
Carbon emissions
Energy costs
Explore our case studies.
Shopping centers are facing mounting pressure from policymakers, customers, and shareholders to reduce their GHG emissions. In this guide, we delve into 15 different ways businesses can achieve real reductions in their scope 1, 2, and 3 emissions.