Mission-Critical Solar Array Telemetry & Control.
Uncompromising reliability for utility asset managers and clean-tech engineers. Stream real-time photovoltaic output vectors, micro-inverter diagnostics, and grid synchronization with zero latency.
Trusted by tier-one energy grids & utility operators worldwide
Why Traditional Solar Telemetry Fails at Gigawatt Scale.
Legacy monitoring stacks suffer from high polling latencies, opaque inverter error codes, and cloud outages that blind asset managers during critical grid instability events. In clean energy infrastructure, missing a single micro-watt anomaly compounds into millions in lost yield.
Engineered for Unyielding Precision.
Built on high-density structural grids, zero-latency event pipelines, and robust industrial-grade fault tolerance.
Sub-10ms Polling Engine
Continuous real-time stream ingestion bypassing legacy batch processing bottlenecks to capture transient photovoltaic drops instantly.
Autonomous Fault Isolation
AI-driven heuristics detect string-level micro-fractures and inverter overheating before they trigger catastrophic circuit tripping.
Edge Computing Gateways
Ruggedized hardware nodes locally cache telemetry during upstream WAN outages, guaranteeing zero data packet loss.
Precision Grid Sync
Phase-locked loop tracking ensures seamless synchronization with regional utility frequency standards under varying loads.
NIST-Compliant Security
End-to-end hardware-backed encryption securing SCADA endpoints against modern industrial cyber threat vectors.
Multi-Tenant Scalability
Manage thousands of distributed solar farms across continents from a single high-contrast unified control plane.
SAT v4.0 vs. Legacy SCADA Stacks
| Capability Specification | Solar Array Telemetry (SAT) | Legacy SCADA Systems |
|---|---|---|
| Telemetry Refresh Rate | Sub-10ms Stream | 1 to 5 Minutes (Polling) |
| Offline Resilience | Local Edge Caching (Zero Loss) | Data Dropouts on WAN Failure |
| Fault Detection Heuristics | Autonomous AI Isolation | Manual Log Auditing |
| Security Compliance | NIST SP 800-82 Hardened | Basic Role-Based Auth |
Transparent Utility Pricing.
Select the deployment tier tailored to your asset capacity and grid complexity.
Node Standard
- ✓100ms Polling Interval
- ✓Standard Inverter SDK
- ✓Email & Slack Alerts
Grid Autonomous
- ✓Sub-10ms Polling Engine
- ✓Autonomous Fault Isolation
- ✓Edge Hardware Caching
- ✓24/7 Dedicated SRE Support
Global Multi-Grid
- ✓Unlimited Gigawatt Scale
- ✓Custom SCADA Integration
- ✓On-Premises Deployment Option
Frequently Asked Questions
How does SAT v4.0 handle wide-area network (WAN) outages?
Our edge gateways feature local solid-state buffering that securely stores up to 72 hours of high-frequency telemetry data during network interruptions. Once connectivity is re-established, streams are automatically backfilled with zero data loss or timestamp skew.
Is SAT v4.0 compatible with third-party inverter hardware?
Yes. We provide native protocol connectors for all major industrial inverter manufacturers including SMA, Sungrow, Huawei, and Schneider Electric, supporting Modbus TCP, SunSpec, and IEC 61850 standards.
What are the security compliance standards adhered to?
SAT v4.0 is fully compliant with NIST SP 800-82 industrial control system security guidelines, NERC CIP reliability standards, and ISO/IEC 27001 data protection frameworks.
Ready to Upgrade Your Grid Telemetry Infrastructure?
Schedule a live technical walkthrough with our senior clean-tech architects. Experience sub-10ms data streaming custom-tailored to your assets.