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Project Challenge

Develop human-centric building control for heatwave resilient communities in Arizona. Community needs: citizen-awareness of the dangers and resources available to address heat emergency, cost-effective communities' preparedness and resilience to extreme heat events. Technical needs: AI- powered energy efficient building operations, indoor air quality.

CIVIC-PG Track A: Building a Heatwave Resilient Community in Arizona

Pilot Locations: Community Christian Church

University Presbysterian Church, Tempe, Maricopa County, Arizona

NSF Award ID: 2431395

PI: Teresa Wu, Arizona State University

2024 Civic Innovation Challenge

Pilot Vision

  • Energy responsible design and operation to support resilient community development (target: 40% energy saving)
  • Indoor environment quality based sensor deisgn and control for occupant satisfaction
  • Community engagement to increase the acceptance from neighborhood

Civic Partners:

  • Maricopa Association of Government
  • City of Tempe
  • Community Christian Church
  • University Presbyterian Church

Research Partners:

  • Arizona State University
  • Texas A&M
  • Temple University
  • Drexel University

Research Questions

  • RQ1: How to best support community resilience planning? (1a) Can we co-develop AI-based predictive models to forecast the risk and determine the hours-of-the-safety for a community with heat relief centers? (1b) Can we develop strategies to have community-wide conversation about heat preparedness and improve the usage of cooling/respite centers?

Figure 1: Community Christian Church: google bird view (Left), Digital Twin (Middle, developed from Stage I), Full scale energy audit (Right, from Stage I)

  • RQ2: How to best support human-centric operation of community heat relief centers? (2a) Can we co-develop AI-powered sensing technologies to monitor indoor environment quality to prompt real time control for occupant well-being and safety? (2b) Can we simultaneously minimize electricity demand to alleviate potential overload from power grid as well as reduce the operational costs of the cooling/respite centers?