Reduce emissions and energy costs with AI-powered HVAC

Act on your building data with our autonomous AI-driven HVAC optimization solution to reduce your GHG emissions, energy costs and operational inefficiencies.
Measure
Measure
Reduce
Reduce
Offset
Offset

Opportunity

HVAC* systems are responsible for 40% of building energy consumption, 30% of which is usually wasted.

*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.

GHG Emissions - Five - Facts - One


homepagehvac

Our technology delivers value across your portfolio

Carbon emissions

-40%

Lower HVAC related carbon emissions by up to 40%

Energy costs

-25%

Reduce HVAC energy costs by up to 25%

  • Improve the thermal comfort of your occupants by up to 60%.
  • Maximize your occupants’ well-being and productivity by providing a comfortable and healthy work environment.
  • Improve air quality with occupant and pollution level-based ventilation adjustments.
  • Dramatically reduce HVAC runtimes, extend your equipment life by up to 50%, and defer retrofits CAPEX.
  • Increase net operating income (NOI) and asset/equity value thanks to reductions in HVAC spend.
  • Empower your building personnel by providing them with usable data and automating tedious tasks.
  • Decrease hot and cold calls.
  • Increase the competitive advantage of your property with lower operating and utility costs.
  • Increase your building’s attractiveness with your ESG compliance and proactiveness.
  • Comply with local energy efficiency legislation such as local law 97.

How it works

Mapping & learning
  • BrainBox AI connects to your HVAC system through your existing networked control system or via the implementation of cloud-connected AI-enabled thermostats.
  • Once connected, our solution maps your system’s point names using industry-standard Haystack tagging and normalises the data set.
  • After the initial learning phase is completed, virtual tests are run to choose the algorithms that are right for your building based on its unique thermal behavior.
Real-time optimizing
  • External information such as current and forecasted weather, utility tariff structures, grid emission factors, and occupant density (if available) is fed to our AI engine.
  • BrainBox AI predicts the future state of your building with 99.6% accuracy to guide decision-making.
  • Deploying the right set of algorithms, the AI engine autonomously writes back to individual pieces of HVAC equipment, making necessary adjustments every 5 minutes.
  • The system is further optimized with RTU coordination, humidity & dewpoint control (when applicable), and demand control ventilation.

Continuously improving
  • BrainBox AI observes and learns how the building evolves with changing climate patterns, while also adapting to upgrades or changes in HVAC equipment.
  • Our 24/7 monitoring service keeps track of key alarms and potential issues ensuring optimized HVAC equipment usage.

Energy management control & tracking

Dashboard

Personal dashboard with energy (electricity and gas), monetary, and comfort KPIs.

Virtual meters

Virtual meters created for each piece of HVAC equipment taking into account the power rating of each critical components (i.e. motors, compressors, etc.).

Download guide

Download guide

15 ways businesses can reduce their scope 1, 2 & 3 emissions

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.



BBAI_15-strategies-guide-hubspot-cover-1-1


Reduce GHG emissions and energy consumption with AI.

Reduce GHG emissions and energy consumption with AI.

Let's Talk

Towards a sustainable future.

Our AI technology reduces the carbon footprint of buildings worldwide. By making sustainability financially and operationally beneficial and accessible, we’re helping redefine its role in our global ecosystem and empowering our clients to do the same.

Opportunity

HVAC* systems are responsible for 40% of building energy consumption, 30% of which is usually wasted.

*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.

retail-building-4


bekky-bekks-oFBY9P-HNJ4-unsplash

Our technology delivers value across your retail portfolio

Carbon emissions

-40%

Lower HVAC related carbon emissions by up to 40%

Operating costs

-15%

Reduce store operating expenses by up to 15%

  • Improve the thermal comfort of your customers and associates by up to 60%.
  • Maximize your employees’ well-being and productivity by providing a comfortable and healthy work environment.
  • Preserve optimal product quality and avoid product waste with humidity and dew point optimization. 
  • Reduce reactive maintenance truck roll costs by triaging hot and cold calls on our web interface.
  • Dramatically reduce RTU (rooftop unit) runtimes, extend your equipment life by up to 50%, and defer retrofit CAPEX. 
  • Improve the look and feel of your space with sleek, modern thermostats (if required).
  • Increase sales and enhance customer experience with an environment optimized for comfort leading to increased dwell time and basket size. 

How it works

Mapping & learning
  • BrainBox AI connects to your HVAC system through your existing networked control system or via the implementation of cloud-connected AI-enabled thermostats.
  • Once connected, our solution maps your system’s point names using industry-standard Haystack tagging and normalises the data set.
  • After the initial learning phase is completed, virtual tests are run to choose the algorithms that are right for your building based on its unique thermal behavior.
Real-time optimizing
  • External information such as current and forecasted weather, utility tariff structures, grid emission factors, and occupant density (if available) is fed to our AI engine.
  • BrainBox AI predicts the future state of your building with 99.6% accuracy to guide decision-making.
  • Deploying the right set of algorithms, the AI engine autonomously writes back to individual pieces of HVAC equipment, making necessary adjustments every 5 minutes.
  • The system is further optimized with RTU coordination, humidity & dewpoint control (when applicable), and demand control ventilation.
Continuously improving
  • BrainBox AI observes and learns how the building evolves with changing climate patterns, while also adapting to upgrades or changes in HVAC equipment.
  • Our 24/7 monitoring service keeps track of key alarms and potential issues ensuring optimized HVAC equipment usage.

Energy management control & tracking

Dashboard

Personal dashboard with energy (electricity and gas), monetary, and comfort KPIs.

Virtual meters

Virtual meters created for each piece of HVAC equipment taking into account the power rating of each critical components (i.e. motors, compressors, etc.).

Control panel

A control panel lets you see and manage store temperatures and setpoints across your retail portfolio wherever you are.

Download Guide

Download Guide

10 strategies to reduce GHG emissions in retail

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.



10 Strategies to Reduce GHG Emissions in Retail


Reduce GHG emissions and energy consumption with AI.

Reduce GHG emissions and energy consumption with AI.

Let's Talk

Towards a sustainable future.

Our AI technology reduces the carbon footprint of buildings worldwide. By making sustainability financially and operationally beneficial and accessible, we’re helping redefine its role in our global ecosystem and empowering our clients to do the same.

Opportunity

HVAC* systems are responsible for 40% of building energy consumption, 30% of which is usually wasted.

*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.

Large office building


HVAC - Roof top - Building roof - Grey

Our technology delivers value across your portfolio

Carbon emissions

-40%

Lower HVAC related carbon emissions by up to 40%

Energy costs

-25%

Reduce HVAC energy costs by up to 25%

  • Increase tenant comfort by up to 60%. 
  • Improve air quality for tenants with occupant and pollution level-based ventilation adjustments.
  • Maximize tenant experience and performance with a comfortable work environment proven to boost productivity levels.
  • Increase net operating income (NOI) and increase your asset/equity value due to reduction in HVAC spend. 
  • Significantly reduce HVAC equipment use and extend your HVAC equipment life by up to 50%, deferring needed retrofits.
  • Empower your building personnel by providing them with usable data and automating tedious tasks. 
  • Decrease hot and cold calls.
  • Increase your property’s competitive advantage with lower tenant operating and utility costs. 
  • Increase your building’s tenant appeal with ESG compliance and proactiveness. 
  • Comply with local energy efficiency legislation such as local law 97.

How it works

Mapping & learning
  • BrainBox AI connects to your HVAC system through your existing networked control system.
  • Once connected, our solution maps your system’s point names using industry-standard Haystack tagging and normalises the data set.
  • After the initial learning phase is completed, virtual tests are run to choose the algorithms that are right for your building based on its unique thermal behavior.
Real-time optimizing
  • External information such as current and forecasted weather, utility tariff structures, grid emission factors, and occupant density (if available) is fed to our AI engine.
  • BrainBox AI predicts the future state of your building with 99.6% accuracy to guide decision-making.
  • Deploying the right set of algorithms, the AI engine autonomously writes back to individual pieces of HVAC equipment, making necessary adjustments every 5 minutes.
Continuously improving
  • BrainBox AI observes and learns how the building evolves with changing climate patterns, while also adapting to upgrades or changes in HVAC equipment.
  • Our 24/7 monitoring service keeps track of key alarms and potential issues ensuring optimized HVAC equipment usage.

Energy management control & tracking

Dashboard

Personal dashboard with energy (electricity and gas), monetary, and comfort KPIs.

Virtual meters

Virtual meters created for each piece of HVAC equipment taking into account the power rating of each critical components (i.e. motors, compressors, etc.).

Download guide

Download guide

15 ways businesses can reduce their scope 1, 2 & 3 emissions

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.



BBAI_15-strategies-guide-hubspot-cover-1-1


Reduce GHG emissions and energy consumption with AI.

Reduce GHG emissions and energy consumption with AI.

Let's Talk

Towards a sustainable future.

Our AI technology reduces the carbon footprint of buildings worldwide. By making sustainability financially and operationally beneficial and accessible, we’re helping redefine its role in our global ecosystem and empowering our clients to do the same.

Opportunity

HVAC* systems are responsible for 40% of building energy consumption, 30% of which is usually wasted.

*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.

retail-building-14


jan-walter-luigi-Zxsrlw06TcM-unsplash

Our technology delivers value across your portfolio

Carbon emissions

-40%

Lower HVAC related carbon emissions by up to 40%

Energy costs

-25%

Reduce HVAC energy costs by up to 25%

  • Improve the thermal comfort of your customers and associates by up to 60%. 
  • Maximize your employees’ well-being and productivity by providing a comfortable and healthy work environment. 
  • Preserve optimal product quality and avoid product waste with humidity and dew point optimization. 
  • Dramatically reduce HVAC runtimes, extend your equipment life by up to 50%, and defer retrofits CAPEX. 
  • Increase net operating income (NOI) and asset/equity value thanks to reductions in HVAC spend. 
  • Improve the look and feel of your space with sleek, modern thermostats (if required). 
  • Increase sales and enhance customer experience with an environment optimized for comfort leading to increased dwell time and basket size.
  • Increase the competitive advantage of your property with lower tenant operating and utility costs. 
  • Increase your building’s attractiveness to tenants with your ESG compliance and proactiveness.

How it works

Mapping & learning
  • BrainBox AI connects to your HVAC system through your existing networked control system.
  • Once connected, our solution maps your system’s point names using industry-standard Haystack tagging and normalises the data set.
  • After the initial learning phase is completed, virtual tests are run to choose the algorithms that are right for your building based on its unique thermal behavior.
Real-time optimizing
  • External information such as current and forecasted weather, utility tariff structures, grid emission factors, and occupant density (if available) is fed to our AI engine.
  • BrainBox AI predicts the future state of your building with 99.6% accuracy to guide decision-making.
  • Deploying the right set of algorithms, the AI engine autonomously writes back to individual pieces of HVAC equipment, making necessary adjustments every 5 minutes.
Continuously improving
  • BrainBox AI observes and learns how the building evolves with changing climate patterns, while also adapting to upgrades or changes in HVAC equipment.
  • Our 24/7 monitoring service keeps track of key alarms and potential issues ensuring optimized HVAC equipment usage.

Energy management control & tracking

Dashboard

Personal dashboard with energy (electricity and gas), monetary, and comfort KPIs.

Virtual Meters
Virtual meters created for each piece of HVAC equipment taking into account the power rating of each critical components (i.e. motors, compressors, etc.).
Download Guide

Download Guide

15 ways businesses can reduce their scope 1, 2, and 3 emissions

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.



BBAI_15-strategies-guide-hubspot-cover-1-1


Reduce GHG emissions and energy consumption with AI.

Reduce GHG emissions and energy consumption with AI.

Let's Talk

Towards a sustainable future.

Our AI technology reduces the carbon footprint of buildings worldwide. By making sustainability financially and operationally beneficial and accessible, we’re helping redefine its role in our global ecosystem and empowering our clients to do the same.