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Ultra-Low Swap CO2 Sensing for Demand Control Ventilation

The team will integrate the developed sensing medium into PARCs previously developed flexible hybrid electronics (FHE) peel-and-stick platform that measures humidity, temperature, light, strain, and gases such as carbon monoxide, methane, ammonia, and hydrogen sulfide at an anticipated cost of <$15/node at scale
Scope
Funded Performer
PARC Xerox
Partners (not funded)
Energy ETC,
Amphenol Advanced Sensors
Agreement Total
$500,893
Match Total
$125,223
Project Start Date
Project End Date
Program Information
Funding Organization
Department of Energy
Program Area
Emerging Technologies
Project Manager
Marina Sofos
Agreement Type
Funding Opportunity
Project Details
Ongoing Initiative or Research Project
Research Project
Grid, Whole Building, or Technology
Technology
Technology Type
HVAC
Sub-Technology Type
HVAC - Ventilation
Building Type
Single Family,
Multifamily,
Commercial
New or Existing
New
Existing
DR Focus?
No
Code/Standard Focus?
No
Locale
City
Palo Alto
State
California