Picture your entire solar and wind fleet on one screen, every site lit up with a clear status, the risky ones floated to the top, and practical next steps spelled out for your team. That’s the Energy Dashboard: an enterprise-grade monitoring and risk platform built specifically for renewables, combining real-time weather, operational risk analysis, and production forecasting so you can protect people and keep megawatts on plan.

The Dashboard continuously watches the environment around each asset using advanced algorithms and official government alerts, then turns that signal into an easy Red-Amber-Green score from 0 to 100. The engine literally takes the higher of two calculations (a detailed environmental assessment or the official alert severity), so critical conditions never get buried. Scores update at least hourly, and every risk band such as Low, Moderate, High, Extreme, comes with clear guidance, from “monitor and carry on” to “shut down and evacuate.”

When weather turns, you see it and you know what to do. “Installations Requiring Attention” automatically surfaces your two highest-risk sites and expands to a full list with color-coded borders that match the current risk level, so dispatch decisions are instant. The fleet map paints every site by current risk and overlays live alert polygons; click to see the details, cluster dense regions, pan/zoom smoothly, or jump straight to a single asset. It’s a fast, visual triage tool built for storm days.

Accuracy starts at the data layer. The system pulls live conditions and 48-hour forecasts from the OpenWeather API, integrates government-issued weather warnings with precise polygon boundaries, and refreshes conditions about every 10 minutes. Under the hood there’s a full quality-assurance pipeline of validation, cross-checks across stations, bias correction, temporal smoothing, even model ensembles so the inputs you act on are trustworthy. Alert processing classifies Minor/Moderate/Severe/Extreme, tracks storm paths and proximity, and triggers immediately when authorities update a warning.

For solar teams, the Dashboard “speaks PV.” It uses specialized solar radiation data such as GHI, DNI, and DHI, to forecast production and compare actual output against theoretical, making it obvious when cloud cover, heat, or dust is dragging you down. You’ll also see the design and setup factors that matter day to day: panel tilt and azimuth, power density, and live performance ratio. Those inputs don’t just drive forecasts; they influence risk weighting, so a site’s unique build is reflected in its risk score. And because dust storms, extreme heat, hail, and snow/ice are modeled explicitly, you can plan cleaning cycles, heat-stress mitigation, or snow removal before they cost you production.

Wind operators get equally deep intelligence. You’ll see hub height, rated power, and multi-altitude wind profiling tied directly to your turbine power curves, so generation forecasts aren’t generic, they’re specific to your machines and terrain. Safety features monitor for storm-force winds (with typical shutdown thresholds), icing conditions, lightning risk, and turbulence that can stress components, helping you decide exactly when to feather, when to pause maintenance, and when to shut down. Capacity-factor and efficiency views round out the operational picture, from the next 15 minutes to the next 24 hours.

Because numbers tell the story, the charts are built for action. Solar and wind views include hourly and 15-minute generation traces with weather overlays, plus 24-hour forecasts with confidence intervals ideal for scheduling crews, lining up curtailment decisions, or aligning with trading and grid commitments.

The everyday workflow is simple. Add each installation with accurate coordinates and specs; the system validates inputs, builds a baseline efficiency profile, and starts real-time monitoring with hourly risk updates. From there it continuously compares actual vs. predicted performance, so you’re always learning and tightening operations. Best-practice checklists and a lightweight troubleshooting guide (from “verify GPS” to “update parameters”) keep your team moving, and training resources are built in.