This article highlights how Portland General Electric (PGE) and Pacific Power are deploying advanced weather technologies and data-driven strategies to keep the electricity grid reliable during extreme weather events and a shifting climate.
By integrating a full-time operational meteorologist, an extensive network of solar-powered weather stations, and a dedicated wildfire intelligence center, these utilities are building long-term visibility into weather patterns and operational decisions that reduce risk and improve resilience.
Strategic use of meteorology and energy sourcing
These moves tie weather forecasting directly into grid planning and energy procurement. This enables smarter decisions about when to import solar power or conserve generation assets.
The emphasis is on anticipating seasonal needs and climate-driven extremes. Resources are allocated where they’re most cost-effective and reliable.
PGE’s meteorologist-led planning
PGE recently hired an operational meteorologist, Lisa Creterman, to forecast weather impacts and guide climate-informed decisions about energy sourcing.
Her role centers on anticipating seasonal demands and advising when to buy or conserve different energy sources—for example, prioritizing cheaper solar imports during periods of low wind.
This approach helps balance reliability with affordability while navigating the variability inherent in weather-driven power generation.
A broad network of solar-powered weather stations
The utility has deployed more than 100 solar-powered weather stations across its service area. This expands observational coverage and data richness.
These stations measure key atmospheric and environmental variables that influence grid needs, wildfire risk, and drought stress.
What the stations monitor
- Wind speed, temperature and moisture at multiple locations to inform short- and long-term resource planning.
- Vegetation dryness at ten stations to assess wildfire fuel and ignition potential.
- Soil moisture at thirteen stations to gauge tree-fall risk in wet seasons and drought/wildfire risk in summer.
- Public availability of observations through the National Weather Service, expanding transparency and cross-agency collaboration.
Wildfire intelligence and operational readiness
In addition to weather monitoring, the utilities are investing in specialized operations centers that translate data into actionable decisions during wildfire seasons.
Pacific Power has established a dedicated Wildfire Intelligence Center (WIC) to strengthen its situational awareness and coordination with responders.
Pacific Power’s Wildfire Intelligence Center
The WIC, opened in Medford last May, is staffed 24/7 by 15 professionals who monitor wildfire starts and coordinate with firefighters, local agencies, and incident command structures.
The center serves as a hub for sharing intelligence and guiding on-the-ground actions that can prevent fires from escalating and safeguard critical infrastructure.
Long-term data and climate resilience
Both utilities frame these investments as long-range data collection efforts designed to identify shifting weather trends under climate change.
By assembling continuous, year-over-year observations across meteorology, soil moisture, and vegetation health, PGE and Pacific Power aim to detect meaningful climate-induced pattern changes over time.
A decade-scale data horizon
PGE notes that achieving robust climate insights will require roughly a decade of uninterrupted data.
This horizon reflects the need to separate short-term variability from enduring trends.
Better forecasting, more reliable energy procurement, and improved wildfire risk assessment become possible as the climate evolves.
The collaboration between PGE and Pacific Power demonstrates a multi-layered strategy for resilience.
They are integrating expert meteorology into daily operations and deploying an extensive network of solar-powered weather stations.
Dedicated wildfire intelligence centers also play a role in their approach.
By investing in long-term data collection and open data sharing with agencies like the National Weather Service, these utilities position themselves to detect and respond to climate-driven changes with greater speed and precision.
Here is the source article for this story: Utilities install new revolutionary tools to keep lights on during extreme weather