DRYLINE for Electric Utilities
Smarter, Defensible PSPS Decisions
Circuit-level fuel moisture and microclimate data in real time. De-energize exactly where and when conditions demand, and restore power the moment they recover.
Live + Dead Fuel Sensors · Microclimate · Real-time
Built for PSPS
What DRYLINE Does for Your Wildfire Mitigation Program
No more guessing from sparse, manual moisture data. Sensors measure actual live and dead fuels on the ground along your highest-risk circuits.
Fuel conditions vary with slope, aspect, and canopy. Target de-energization to the segments that are actually dry instead of shutting off broad areas.
Timestamped fuel conditions provide comprehensive, contextual justification of PSPS events for regulators, wildfire mitigation plans, and customers.
See the moment fuels recover after rain or humidity returns, and get power back on faster with data behind the call.
Why Change
The Old Way vs. DRYLINE
The Old Way
- Manual fuel sample collection producing outdated, sparse data
- Forecasted fuel models that are coarse, lagging, and blind to live fuels and microclimates
- Slow response to changing conditions
- Broad shutoffs lasting longer than necessary
With DRYLINE
- Real-time, ground-level fuel moisture and microclimate data
- Granular measurements of live and dead fuels, capturing microclimates that models miss
- Faster, more precise PSPS decisions
- Targeted outages that minimize customer impact
The first U.S. utility deployment of DRYLINE is live in Arizona
200 sensors across six sites in the Tonto National Forest, monitoring the watershed and transmission corridors that serve the Phoenix metro area.
Read about the deploymentFeeds Your Existing Decision Systems
DRYLINE is built to slot into the systems your teams already run, not replace them.
- • REST API streams fuel moisture, microclimate, and sensor health into PSPS decision systems, AI risk models, and GIS layers
- • SOC 2-aligned controls with SSO and encryption in transit and at rest
