01
Always-on monitoring
SolarShield watches every site, inverter, turbine, alarm and performance signal around the clock—across your existing SCADA and monitoring stack.
DETECT
Book an operations review 
Remote operations for solar + wind
More uptime.
Less overhead.
PowerOpsHQ is the AI-enabled remote operations center that finds production loss early, validates what matters, and mobilizes your field team—before downtime compounds.
SOLARSHIELD / LIVE
ILLUSTRATIVE INTERFACE
Fleet availability99.4%+0.6% vs. baseline
PRIORITY 01VALIDATED
Inverter derating detectedRedwood Solar · Block C · INV-14
Impact−186 kW
Response04:12
Confidence98.7%
ML
Engineer validated
Field action issued · 08:42 UTC
OPERATING PROMISE24/7
Continuous surveillance, engineer-validated escalation and closed-loop follow-through.
01 / THE SERVICE
Not monitoring software.
Your operations team.
Software can generate another alert. PowerOpsHQ closes the loop. SolarShield pairs portfolio-scale AI agents with renewable operations engineers who validate each critical event and stay with it through recovery.
02
Engineer-validated action
AI agents investigate anomalies in seconds. Our remote operations engineers validate the finding, quantify impact and send the field team a clear next action.
DECIDE
03
Production recovery
We track every event from first signal to resolution, document restoration evidence and turn each intervention into a smarter operating playbook.
PROTECT
OPERATING STANDARD
24 / 7continuous portfolio surveillance
AI + humanphysics-informed analysis, engineer validated
One queuealerts ranked by energy, safety and revenue impact
Closed loopdetection, action, restoration and reporting
Service design principles—not claims of historical customer outcomes.
02 / HOW IT WORKS
From noisy signal
to field action.
Every event moves through one accountable operating loop.
01
Signal
Connect existing SCADA, DAS, weather, ticketing and asset metadata.
→02
Reason
Physics-informed AI agents rank faults by energy, safety and revenue impact.
→03
Validate
A renewable operations engineer reviews the evidence before escalation.
→04
Act
Your field team receives a precise, prioritized action—not an alarm flood.
→05
Verify
We confirm restoration, document closure and update the operating record.
→03 / SOLARSHIELD AI AGENTS
A digital operations team.
Working every event.
SolarShield does not rely on one generic algorithm. Specialized agents work together across the monitoring lifecycle, while PowerOpsHQ operators provide judgment, accountability and final validation.
Sentinel Agent
Monitors plant, inverter, turbine, weather and availability signals around the clock, identifying abnormal behavior before routine noise becomes prolonged downtime.
Early production-loss signalInvestigator Agent
Correlates related alarms, operating history, expected generation and environmental conditions to assemble a probable root cause and eliminate duplicate noise.
Evidence-backed diagnosisImpact Agent
Estimates power, energy and revenue exposure so operators can prioritize the events that matter—not simply the alarms that arrived first.
Energy and revenue at riskDispatch Agent
Creates a concise intervention with the affected equipment, supporting evidence and recommended next step, ready for human validation and field dispatch.
Field-ready actionRecovery Agent
Tracks the event through restoration, confirms normalized performance and adds the resolution to the portfolio operating knowledge base.
Documented operating closure04 / THE OPERATING ARCHITECTURE
Fits over your stack.
Strengthens your team.
SolarShield connects to the systems already running your portfolio. It creates one intelligence and response layer without forcing a SCADA replacement or adding another screen for your team to watch.
Your asset data
↓SCADA & DASWeatherTicketsAsset history
SolarShield intelligence layer
↓DetectCorrelateDiagnosePrioritizeLearn
PowerOpsHQ remote operations center
↓Engineer validationOperating judgmentAccountable escalation
Your field response
Prioritized actionCoordinated handoffDocumented closure
05 / SAMPLE CASE STUDIES
What closed-loop
operations look like.
These are illustrative operating scenarios, not named customer results. They show how PowerOpsHQ would respond and what we would measure in a pilot.
01ILLUSTRATIVE · UTILITY SOLAR
Finding inverter derating before the daily report
Situation
A multi-site owner has alarms spread across several DAS platforms. A block-level inverter derating event is visible, but buried among low-value notifications.
PowerOpsHQ response
SolarShield correlates inverter, weather and expected-power data, ranks the event by production impact, and sends an engineer-validated field action with supporting evidence.
Expected operating outcome
Earlier triage, a shorter work queue and a documented path from detection through restoration.
Pilot measuresTime to detectMWh at riskTime to restore
02ILLUSTRATIVE · C&I PORTFOLIO
Turning hundreds of rooftop alarms into one operating queue
Situation
A distributed portfolio team spends its morning checking portals, reconciling communications faults and deciding which sites deserve attention first.
PowerOpsHQ response
PowerOpsHQ normalizes signals across the portfolio, separates data-quality issues from true performance loss, and prioritizes only the actions that require human or field intervention.
Expected operating outcome
Less manual portal review, consistent escalation and clearer accountability across asset management and O&M.
Pilot measuresAlerts suppressedHours of review avoidedOpen actions by owner
03ILLUSTRATIVE · SOLAR + STORAGE
Keeping a mixed-asset incident from becoming a handoff gap
Situation
A communications degradation affects solar and battery visibility overnight. Multiple vendors own different parts of the response.
PowerOpsHQ response
The remote operations desk validates the loss of visibility, checks adjacent safety and grid signals, opens the right tickets and maintains an audit trail until telemetry is confirmed.
Expected operating outcome
One accountable incident record, faster coordination and a documented return to normal monitoring.
Pilot measuresTime to acknowledgeVendor handoffsTelemetry restoration
06 / WHY OPERATING COST FALLS
Scale coverage.
Not overhead.
Traditional remote monitoring scales by adding people to watch more screens. SolarShield automates repetitive investigation work so operators can focus on decisions that protect production.
Less alarm handling
Agents group related signals into one operating event, suppress duplicates and present the evidence together.
Faster investigation
Automated correlation reduces time spent moving between monitoring tools, weather feeds, histories and tickets.
Smarter use of engineers
Human expertise is applied at the validation and decision point—not consumed by continuous screen watching.
Fewer avoidable dispatches
Field teams receive validated, prioritized work with clearer context before a truck roll is requested.
Portfolio-wide learning
Every resolved event improves the operating playbook so recurring problems can be handled more consistently.
Economics tied to value
A low fixed fee limits baseline overhead while the variable component follows a mutually agreed measurement method.
A DIFFERENT CATEGORY OF SERVICE
Software shows you.
We operate with you.
ModelWhat you receiveWho closes the loopHow cost scalesWhat success means
Traditional monitoringMore screens, thresholds and alarmsYour team investigates and coordinatesFixed cost grows with sites and seatsActivity and ticket volume
SolarShield managed ROCAI agents investigate the full event contextPowerOpsHQ validates and drives the handoffLow fixed fee plus agreed value componentResponse quality and accountable closure
07 / COMMERCIAL MODEL
We win when
your assets win.
Traditional monitoring bills for seats, sites or megawatts—whether it changes the operating response or not. Our model keeps the fixed fee low and can align a variable component with service KPIs agreed before the engagement begins.
Design my commercial model01LOW FIXED FEEAlways-on coverage
AI surveillance, engineer validation, reporting and operating cadence.
+
02AGREED VARIABLE COMPONENTMeasured service KPIs
Defined in advance using agreed data sources, baselines and operating measures.
ONE SHARED OPERATING STANDARD → FASTER, CLEARER RESPONSE
AI+OPS+FIELD
HUMAN AT THE END OF THE AISLE
Machine speed.
Human judgment.
SolarShield never asks your field team to trust a black box. AI agents assemble the evidence, but trained operators validate the diagnosis, prioritize the response and remain accountable for the handoff.
- ✓ Physics-informed fault classification
- ✓ Human review before critical escalation
- ✓ Full audit trail from detection to recovery
08 / BUILT FOR ASSET OWNERS
One command layer.
Every renewable asset.
01
Independent power producers
Scale operations without scaling alarm fatigue or control-room overhead.
02
Infrastructure & renewable funds
Get portfolio-level operational transparency and a defensible value trail.
03
Asset managers & O&M teams
Give field resources a shorter, prioritized queue of validated work.
09 / FAQ
The practical
questions.
What is PowerOpsHQ?+
PowerOpsHQ is a managed remote operations center for solar and wind assets. SolarShield AI agents monitor and investigate operating signals continuously, while renewable operations engineers validate consequential findings and coordinate the response through closure.
Is SolarShield just another software platform?+
No. SolarShield is delivered as a managed remote operations service. The technology runs continuously, but a PowerOpsHQ engineer validates consequential alerts and coordinates the operating response.
Do we need to replace our SCADA or monitoring system?+
No. We work with your existing data infrastructure and integrate through secure APIs. There is typically no additional field hardware required.
How does the outcome-aligned model work?+
A low fixed fee covers continuous operations. Any variable component is defined around mutually agreed service KPIs, data sources and measurement methods before a pilot begins.
Can you support both solar and wind portfolios?+
Yes. PowerOpsHQ is designed for multi-asset renewable portfolios, with monitoring and response workflows tailored to solar PV and wind operations.
How quickly can we get started?+
We begin with a focused onboarding process: connect the agreed data sources, map your assets and escalation paths, and establish operating baselines. Your implementation plan will define timing based on portfolio size, data access and integration requirements.
What happens when SolarShield finds an issue?+
SolarShield investigates the signal, ranks the potential impact and assembles the supporting evidence. A PowerOpsHQ engineer reviews consequential findings before your designated team receives a prioritized action with the affected asset, likely cause and recommended next step.
Does PowerOpsHQ replace our O&M or field team?+
No. We make your existing teams more effective. PowerOpsHQ provides the always-on command layer and validated work queue; your O&M partners or field technicians remain responsible for physical inspection, repair and site-level execution.
How do you avoid overwhelming our team with alerts?+
We filter and correlate raw alarms before escalation. Events are prioritized by likely energy, revenue and operational impact, so your team receives a shorter queue of validated actions instead of another stream of unfiltered notifications.
What reporting will we receive?+
Reporting is tailored during onboarding and can include open-event status, response history, recurring fault patterns, estimated production impact and restoration status. Each event maintains an audit trail from detection through resolution.
How are operating outcomes measured?+
Before service begins, we agree on the service KPIs, baseline, data sources, event boundaries and measurement method. Reporting follows that mutually accepted approach rather than an unreviewed software estimate.
How do you handle data access and security?+
We scope access to the systems and data required to deliver the service and use secure integration methods. Specific controls, permissions, retention requirements and security review steps are documented with your team during onboarding.
Can we start with a pilot portfolio?+
Yes. A defined portfolio or group of sites is a practical way to validate integrations, operating workflows and measurement methods before considering a broader rollout.
Portfolio review
How much production
is hiding in your alarms?
Bring us one portfolio, one month of operating data and your current response process. We'll establish a baseline, surface the highest-value operating gaps and agree how a pilot will be measured.
Start the conversation hello@poweropshq.com