Connecting energy resilience, health vulnerability, and community infrastructure.

Galvanista works across the energy and health sectors to understand where energy conditions create greater health and resilience needs.

Urban community at dusk with buildings and traffic.
Community
Patient resting beside powered medical equipment in a healthcare setting.
Healthcare
Electric transmission tower and power lines.
Infrastructure

Why energy resilience matters for health

Electricity supports healthcare across rural and urban communities through powering healthcare facilities, medical equipment, medication refrigeration, climate control, and essential healthcare functions. When electricity becomes unaffordable or unreliable, those supports can be disrupted, making energy affordability and reliability important healthcare considerations that impact the greater community as a whole

Two pathways to disrupted essential support

Affordability pathway and reliability pathway for electricity dependence.

From energy disruption to potential healthcare consequences

Flow showing electricity dependence leading to disruption of essential support, clinical deterioration, and healthcare utilization.

How EcoDex Empowers Your Energy and Health Decisions

EcoDex is Galvanista’s analytical framework designed to support decision-making in identifying and implementing energy-related healthcare interventions. It focuses on project development and evaluation. EcoDex can be tailored to address specific decisions, ranging from understanding current conditions and identifying priorities to assessing impacts, comparing potential interventions, and evaluating outcomes after implementation.

Discuss an EcoDex analysis

What can EcoDex help you understand?

  1. Resilience profile

    What conditions are shaping energy-related health and resilience needs?

  2. Targeting & prioritization

    Where should attention or investment go first?

  3. Impact assessment

    What impacts could a proposed project, policy, program, or large load create?

  4. Intervention assessment

    Which interventions are worth considering?

  5. Economic evaluation

    What would an intervention cost, who could benefit, and what are the tradeoffs?

  6. Program & intervention evaluation

    What happened after implementation, and for whom?

Applying EcoDex

New Orleans cityscape and neighborhood with visible electric transmission infrastructure.

New Orleans

The EcoDex framework creates a Medical Energy Resilience Profile that consolidates selected indicators related to health, energy, reliability, and healthcare spending for a specific location.

Combined New Orleans map showing healthcare facilities overlaid with energy infrastructure as part of the Medical Energy Resilience Profile.

New Orleans Medical Energy Resilience Profile

The profile connects healthcare geography and energy infrastructure with selected indicators of medical electricity dependence, energy affordability, reliability conditions, and modeled healthcare spending exposure.

Healthcare geography

Hospitals, federally qualified health centers, other relevant facilities, populations, and service areas help establish where healthcare and medically vulnerable needs are concentrated.

Energy infrastructure

Transmission lines, substations, reliability conditions, service areas, and other relevant energy-system information help establish the infrastructure and electricity conditions affecting those areas.

Medically electricity-dependent population 2,698 Medicare beneficiaries1

Current HHS emPOWER beneficiaries with qualifying electricity-dependent medical equipment or device claims.

Affordability context 7,314 households in 14 high-energy-burden census tracts2

Tracts at or above DOE's 6% high-energy-burden reference.

Reliability context Median annual reliability exposure3
All events
2.00 interruptions / customer / year
586.4 minutes / customer / year
Without Major Event Days
1.40 interruptions / customer / year
153.6 minutes / customer / year
Healthcare spending exposure $462K to $2.31M Potential inpatient-equivalent healthcare spending from one modeled widespread outage4

1 HHS emPOWER public data for Medicare beneficiaries with qualifying electricity-dependent medical equipment or device claims.

2 U.S. Department of Energy household energy-burden data. The 7,314 figure represents estimated households within 14 tracts meeting the 6% tract-level reference, not an individual household classification.

3 U.S. Energy Information Administration Form EIA-861 reliability data, 2020-2024. Values are medians of annual SAIFI and SAIDI under All Events and Without Major Event Days reporting conditions. Major Event Days are days identified under reliability reporting rules as unusually severe outage conditions. The same metrics are shown under both conditions to distinguish overall outage exposure from conditions excluding Major Event Days. SAIFI values are rounded to two decimal places.

4 EcoDex modeled healthcare spending scenario analysis. Illustrative planning estimate, not observed outage-attributable healthcare spending.

From analysis to implementation

Aerial view of New Orleans neighborhoods and skyline.

New Orleans Neighborhood Power Plan

EcoDex insights can inform how the Neighborhood Power Plan connects healthcare and energy priorities to target and support residents whose health depends on reliable electricity.

View the one-pager overview

Collaborate

Energy-health decisions often span across institutional boundaries. Galvanista collaborates with organizations that provide data, expertise, funding, program access, implementation capacity, or evaluation support for EcoDex analyses and related initiatives.

  • Healthcare organizations and health plans: Population and clinical context, participant access, healthcare funding, program integration, and outcome measurement.
  • Utilities, VPP operators, and battery aggregators: Program access, grid-services expertise, DER aggregation, dispatch, and electricity-market participation.
  • Energy technology and project-delivery partners: Batteries, solar, distributed-energy technologies, installation, device integration, and deployment capacity.
  • Data centers and other large-load stakeholders: Infrastructure investment, community-resilience funding, flexible-load opportunities, and strategies that connect new energy demand with broader resilience benefits.
  • Government, funders, and finance partners: Public programs, incentives, grants, private capital, financing structures, and pathways for implementation and scale.
  • Policy, advocacy, and professional organizations: Policy research, regulatory insight, stakeholder convening, technical guidance, and pathways for broader adoption.
  • Research and community partners: Independent evaluation, local knowledge, participant engagement, trusted relationships, and implementation support.