MICATU for Renewable Energy

Real-Time Visibility. Grid Confidence. Proven Compliance.

Renewable operators depend on a stable, high-quality interconnection to deliver maximum output and meet strict compliance standards. But when you can’t see what the utility sees, you risk curtailment, compliance issues, and costly downtime.

MICATU-Renewables-Illustration

The Challenge: Power Quality and Compliance in Renewables

Utilities See Everything—You Don’t.

Renewable energy assets are held to high standards for grid stability, yet many lack real-time insight into their own power output. Utilities continuously measure voltage, current, and harmonics at the point of interconnection, but operators often rely on limited or delayed data. When a disturbance occurs, the utility already has the evidence—and without matching visibility, you’re left to take the blame.

This lack of transparency exposes renewable plants to:

  • Forced curtailments that cut production and profit.
  • Regulatory penalties tied to undetected PQ violations.
  • Hidden inverter issues like harmonics, flicker, and imbalance.
When every megawatt matters, blind spots in your data create unnecessary risk.
img-2

The MICATU Advantage: Visibility Without Disruption

See What the Utility Sees—Before They Act.

MICATU’s non-intrusive optical sensors provide utility-grade measurement accuracy without requiring conductor contact or outages. Installed safely and easily, they deliver a complete, real-time view of your voltage, current, power factor, and harmonics—turning your interconnection point into a powerful insight hub.

Key Benefits:

  • Match the Utility’s View: Get full waveform visibility to ensure alignment and accountability.

  • Protect Production: Detect and resolve PQ issues before they lead to curtailment.

  • Prove Compliance: Build a defensible data record for audits and utility coordination.

  • Deploy Without Disruption: Optical, non-contact design means safe, fast installation with no downtime.

 


 

MICATU-Feature-Grid-Edge-Square

Key Features That Empower Renewable Operators

MICATU’s advanced optical sensing platform gives renewable operators the tools to monitor, protect, and prove their performance—all in real time.

  • Real-Time Power Quality Monitoring – Detect harmonics, imbalance, and flicker as they occur.

  • Utility-Grade Accuracy – See exactly what your utility measures.

  • Non-Intrusive Deployment – Clamp-on sensors install safely, no live contact required.

  • Scalable Architecture – Monitor a single site or an entire fleet of assets.

  • Analytics-Ready Data – Integrate seamlessly with SCADA, dashboards, or compliance tools.

  • Low Maintenance, High Reliability – Optical design means no calibration drift or magnetic interference.

Results for Renewable Operators

Maximize Uptime. Minimize Risk. Prove Compliance.

When renewable operators see what their utilities see, they take control of their outcomes. MICATU enables:

  • Reduced penalties and disputes through data-backed performance validation.

  • Fewer forced curtailments and more consistent generation.

  • Improved inverter and plant performance through continuous monitoring.

  • Stronger compliance posture with automated reporting and data transparency.

 

Safe. Reliable. Precise.

MICATU's next-generation optical sensing platform solves key challenges faced by utilities and commercial businesses. The new, integrated grid of the future is here today. You need a sensing platform that can keep up. Advanced optical sensing gives you unmatched, real-time insight into power quality, ultimately giving you the tools you need to avoid costly outages.

Explore the MICATU Platform

 

MICATU DERMS LANDING PAGE FAN-2023

Data Behind the DERMS

Utilities continue to feel the pressure on the grid created by advances in solar, wind, and EV technology, with solar remaining perhaps the best-known renewable power source.

Download Your Whitepaper

Contact Us

Looking to transform the way you collect data from the grid? Our experts will help you upgrade your measurement technology for the grid of the future.