Forecasting the Future of Grid Materials: A Project Management Playbook for Collaborative, Standardized, and Prioritized Demand Planning

When Hurricane Fiona struck Puerto Rico in September 2022, the restoration effort required more than mobilizing field resources; it also depended on precise, time‐sensitive material forecasting conducted under significant operational and logistical pressure. Critical components such as power transformers, reclosers, poles, and structural hardware had long manufacturing lead times and were available in limited on‐island quantities. Crews were deployed across challenging, geographically dispersed terrain, and the transmission and distribution network urgently needed rapid condition assessment, prioritization, and sequencing to stabilize system performance. Supporting this environment hinged on aligning material demand signals with procurement cycles and deployment logistics to keep restoration activities moving without interruption.

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Publication Details

Journal
Climate and Energy
Published
2026-04-01
DOI
https://doi.org/10.1002/gas.70022
Primary Topic
Infrastructure Resilience and Vulnerability Analysis
Type
article
Field-Weighted Citation Impact
0.00
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article

Forecasting the Future of Grid Materials: A Project Management Playbook for Collaborative, Standardized, and Prioritized Demand Planning

Joseph Spadoro
Climate and Energy
Infrastructure Resilience and Vulnerability Analysis
article

Forecasting the Future of Grid Materials: A Project Management Playbook for Collaborative, Standardized, and Prioritized Demand Planning

Joseph Spadoro
article en

Abstract

When Hurricane Fiona struck Puerto Rico in September 2022, the restoration effort required more than mobilizing field resources; it also depended on precise, time‐sensitive material forecasting conducted under significant operational and logistical pressure. Critical components such as power transformers, reclosers, poles, and structural hardware had long manufacturing lead times and were available in limited on‐island quantities. Crews were deployed across challenging, geographically dispersed terrain, and the transmission and distribution network urgently needed rapid condition assessment, prioritization, and sequencing to stabilize system performance. Supporting this environment hinged on aligning material demand signals with procurement cycles and deployment logistics to keep restoration activities moving without interruption.

Climate and EnergyVol. 42(9)
Sustainable cities and communities
Openalex Percentile: Top 6%
Infrastructure Resilience and Vulnerability Analysis
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