VaprTech
Controller-sensor add-on to boost Air-Conditioning efficiency
VaprTech makes ACs spatially aware understanding how heat and air move in spaces.
VaprTech
Controller-sensor add-on to boost Air-Conditioning efficiency
VaprTech makes ACs spatially aware understanding how heat and air move in spaces.
VaprTech cuts air-conditioning energy use by up to 30% in offices and data centres by optimising compressors and fans in real time.
Built for operators looking to reduce energy costs and meet Net-Zero targets without replacing existing cooling systems.
VaprTech cuts air-conditioning energy use by up to 30% in offices and data centres by optimising compressors and fans in real time.
Built for operators looking to reduce energy costs and meet Net-Zero targets without replacing existing cooling systems.
Works with
DX/ VRF / Chillers / CRAC
Unique selling points
Unique selling points
01.
Optimal deployment of compressor and fans using Physics and AI
01.
Optimal deployment of compressor and fans using Physics and AI
02.
Spatial awareness of heat sources
02.
Spatial awareness of heat sources
03.
Weather-aware predictive control
03.
Weather-aware predictive control
SOLUTION
SOLUTION
SOLUTION
Air-conditioning that understands space
Our technology operates in three steps:
Understand heat flow using physics-based modelling (Computational Fluid Dynamics) to perfect sensor positioning.
Build a digital twin with data from temperature sensors and weather forecasts.
Optimise deployment of compressors and fans in real time.
This cuts cooling energy use by up to 30%.
Physics-based temperature placement
We study how heat moves inside a room, where it builds up and where it escapes. This helps us position our temperature sensors perfectly.
CASE STUDY
CASE STUDY
In a live residential pilot, VaprTech retrofitted a standalone AC and cut energy use by up to 30%
CASE STUDY
In a live residential pilot, VaprTech retrofitted a standalone AC and cut energy use by up to 30%
FAQs
FAQs
Your Questions, Answered
What is the installation procedure?
For DX air conditioners, VRV and VRF systems, installation is carried out by a certified professional. The installation is non-intrusive i.e. no hardware changes are required.
What makes VaprTech different from its competitors (eg: Google Nest or similar smart thermostats)?
Smart thermostats like Google Nest optimise temperature at a single thermostat point, VaprTech optimises how cooling is delivered across the entire space. VaprTech uses proprietary CFD-based models to understand how heat moves within offices and data centres, identifying hotspots and airflow paths. Combined with real-time and forecast weather data, this enables targeted, heat- and weather-aware cooling. Instead of simply changing setpoints, VaprTech actively optimises compressor and fan deployments, reducing runtime and energy use.
How much energy can I expect to save?
Pilot deployments show that VaprTech can reduce air-conditioning energy consumption by up to 30%, depending on building characteristics, usage behaviour, and climate conditions.
Is VaprTech compatible with my existing system?
Yes. VaprTech is designed to work with existing DX systems, VRFs, VRVs, chillers and CRAC units, and integrates with BMS platforms.
What is the installation procedure?
For DX air conditioners, VRV and VRF systems, installation is carried out by a certified professional. The installation is non-intrusive i.e. no hardware changes are required.
What makes VaprTech different from its competitors (eg: Google Nest or similar smart thermostats)?
Smart thermostats like Google Nest optimise temperature at a single thermostat point, VaprTech optimises how cooling is delivered across the entire space. VaprTech uses proprietary CFD-based models to understand how heat moves within offices and data centres, identifying hotspots and airflow paths. Combined with real-time and forecast weather data, this enables targeted, heat- and weather-aware cooling. Instead of simply changing setpoints, VaprTech actively optimises compressor and fan deployments, reducing runtime and energy use.
How much energy can I expect to save?
Pilot deployments show that VaprTech can reduce air-conditioning energy consumption by up to 30%, depending on building characteristics, usage behaviour, and climate conditions.
Is VaprTech compatible with my existing system?
Yes. VaprTech is designed to work with existing DX systems, VRFs, VRVs, chillers and CRAC units, and integrates with BMS platforms.
FAQs
Your Questions, Answered
What is the installation procedure?
For DX air conditioners, VRV and VRF systems, installation is carried out by a certified professional. The installation is non-intrusive i.e. no hardware changes are required.
What makes VaprTech different from its competitors (eg: Google Nest or similar smart thermostats)?
Smart thermostats like Google Nest optimise temperature at a single thermostat point, VaprTech optimises how cooling is delivered across the entire space. VaprTech uses proprietary CFD-based models to understand how heat moves within offices and data centres, identifying hotspots and airflow paths. Combined with real-time and forecast weather data, this enables targeted, heat- and weather-aware cooling. Instead of simply changing setpoints, VaprTech actively optimises compressor and fan deployments, reducing runtime and energy use.
How much energy can I expect to save?
Pilot deployments show that VaprTech can reduce air-conditioning energy consumption by up to 30%, depending on building characteristics, usage behaviour, and climate conditions.
Is VaprTech compatible with my existing system?
Yes. VaprTech is designed to work with existing DX systems, VRFs, VRVs, chillers and CRAC units, and integrates with BMS platforms.