Introducing a transformational step forward in commercially viable, sustainable cooling. A revolutionary HVAC solution that eliminates global-warming refrigerants and provides building owners with a sustainable solution that significantly reduces CO2e over the life cycle.
Rethink HVAC
with the TTAP platform
Our TTAP (Terminal Treatment of Air with Peltier) offers an HVAC solution that provides fully demand- based cooling and heating without the need for refrigerants or a hydraulic network. The TTAP is a modular solid state platform that can be integrated into existing building retrofits or as a feature in new build construction. It enables the use of only partially treated air ventilated throughout the building, and cools or heats specific to the occupants’ settings. This new approach delivers superior operating efficiency and costs, seamless installation and unparalleled end-user health and comfort benefits.
TTAP in Commercial HVAC platform by Halton and Phononic
Environmentally Sustainable Cooling
The new innovative TTAP technology builds on the Peltier effect and solid-state electric cooling. Eliminating the need for refrigerants with up to 2,000 GWP (Global Warming Potential), it offers an HVAC solution that significantly reduces greenhouse gas emissions and provides demand-based cooling and heating. Laboratory benchmark technology testing and LCA analyses of the first TTAP units have shown a dramatic reduction in CO2e compared to traditional HVAC systems.
No harmful refrigerants
20% less CO2e during production and installation
13% less CO2e during operation
Superior operating costs and efficiency
The TTAP is a modular solid state platform that can be integrated into existing building retrofits or as a feature in new build construction, delivering as much as 18% lower total cost of ownership to install and operate over its lifetime. The air handling approach enables the use of fresh air ventilated throughout the building, which is then cooled or heated by the TTAP units, based on occupant- specific settings. This method provides a combination of energy efficiency, comfort, silent operation, air quality and attractive aesthetics.
18% lower total cost of ownership vs. legacy over its 20-year lifetime
On-demand cooling and heating
Reduced maintenance costs and improved reliability
As the global leader in solid state cooling technology, Phononic is driving the world to a more sustainable way to cool. Together with Halton, a global leader in HVAC innovation and indoor air comfort solutions, Phononic is bringing to life the TTAP platform. The TTAP seamlessly integrates into commercial HVAC infrastructure and completely eliminates global-warming refrigerants, providing building owners and real estate developers a sustainable solution that, for the first time, dramatically reduces a building’s CO2e over the typical life cycle of a commercial installation.
The very first TTAP technology installation will be introduced in an 8500 m2 commercial office building in Paris, France.
No harmful refrigerants
Using only CO2 and water, our system is non-toxic and not harmful to the environment.
Environmentally sustainable cooling
20% less CO2e during production and in- stallation, 13% less CO2e during operation. Reduces greenhouse gas emissions by 20-30% vs. legacy products
Superior operating costs
18% lower total cost of ownership vs. legacy HVAC systems over its 20-year lifetime
Reduced Maintenance costs
High reliability solid-state components
and elimination of compressors drastically reduces maintenance costs and improves reliability. Fully demand-based cooling and heating reduces ongoing operating costs
Lower CAPEX
Easy to integrate into existing retrofits, lower CAPEX and 20% CO2e savings.
End-User Comfort
The air handling approach enables the use of fresh air ventilated throughout the building, which is then cooled or heated by the TTAP units, based on occupant-specific settings.
Healthier Air
Meets minimum hygienic airflow require- ments (per ASHRAE epidemic task force) for improved health.
Quiet Operation
Negligible sound contributed to room environment
Smart Learning
Smart learning controls to customize comfort space by space.