Duke Energy Corporation / Artificial Intelligence Laboratory / NSTAR / New York Times / Donnelly / CISCO Systems / Google / Walk Score / MIT Field Intelligence Laboratory / /
Continent
America / / /
Facility
Planning Massachusetts Institute of Technology MIT Energy Efficiency Strategy Project / Edison Foundation Institute / Community Building / Building Scale / Planning Massachusetts Institute of Technology Harvey G. Michaels Department / /
IndustryTerm
program management / energy information platform / transparent energy data / energy demands / wasteful energy use / energy efficiency services / energy-specific maps / energy mapping concept / energy efficiency spreads / energy efficiency world / potential substantial energy savings / energy efficiency measures / customer energy usage / energy product suppliers / natural gas / energy data / energy mapping / Energy use / energy-uneducated public / interactive energy maps / community groups / community-based energy feedback / few material applications / energy savings / government energy policies / energy / wasted energy / energy service providers / community-based energy mapping tool / energy market / final product / energy efficiency potentials / energy consumption / clear and simple map applications / aggregate energy efficiency potential / energy efficiency needs / home energy displays / deep energy efficiency / energy specific mapping visual tools / energy efficiency programs / energy-usage visualizations using utility data / energy consumers / information technology / interactive energy map / satellite mapping / energy management / energy providers / energy efficiency / social networks / universal energy understanding / level energy efficiency / average energy customer / display tool / greater energy efficiency absorption / energy-reducing impacts / energy field / energy maps / energy industry / community energy data / energy-uneducated people / impactful energy map / energy equation / keystone tool / energy consumption information / energy-efficient goods / energy infrastructure / energy situation / energy efficiency sector advances / community-level energy efficiency / energy efficiency market / community-level energy trends / energy consumption habits / energy efficient measures / energy efficiency market pose barriers / non-energy industry players / energy gushers / energy efficiency visualization case studies / energy suppliers / energy mapping tool / energy democratization / energy service scales / energy resource needs / energy reduction / large energy producers / energy data consulting groups / energy efficiency metrics / energy efficiency industry / community energy efficiency model / community-level energy data presentation / aggregate energy use / energy efficiency potential / energy saving potentials / Track energy projects / energy map / mapped energy efficiency / community-based mapping applications / web-based tools / community-based mapping tool / efficiency management / energy sector players / represented energy data / community-based energy efficiency efforts / energy mapping visualizations / efficiency products / electricity production / energy efficient products / mining / mildly-aggregated energy use / communal energy consumption / community-level energy mapping tool / energy visualization image / energy efficiency goals / non-energy specific mapping visual tools / energy users / learning tools / energy consumption data / /
Organization
U.S. Department of Energy / MIT CSAIL / Columbia School / MIT Department of Urban Studies / Massachusetts Institute of Technology / Center for Neighborhood Technology / Community-Level Engagement Lindsay K. Reul Department of Urban Studies / Department of Urban Studies / National Renewable Energy Lab / Artificial Intelligence Lab / MIT Computer Science and Artificial Intelligence Lab / MIT Field Intelligence Lab / Edison Foundation Institute for Electric Efficiency / /
Person
Sanjay Sarma / Harvey G. Michaels / Jim Rogers / Lindsay K. Reul / /
Position
CEO / local government energy specialist / one federal agency / /
Product
AMI / /
ProvinceOrState
Kane County / /
Technology
information technology / artificial intelligence / Neighborhood Technology / /
Mapping Energy Efficiency for Community-Level Engagement Lindsay K. Reul Department of Urban Studies and Planning Massachusetts Institute of Technology