Maximize solar grid integration while optimizing profit

Inaccurate data reporting and poor curtailment response put solar assets at risk of non-compliance and lost revenue. Latimer Controls' on-site PV control software ensures compliance with evolving grid requirements while recovering 10–20% of PV curtailment annually.

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Who we work with

Utility-Scale PV Operators + IPPs

Reduce PV asset curtailment
Comply with PV control and data reporting requirements
Pilot flexible interconnection opportunities
Offer PV in ancillary service markets

Vertically-Integrated Utilities

Guarantee PV dispatch is deliverable
Integrate PV assets with frequency regulation
Increase PV utilization to maximize resource output at the lowest production cost
Decrease reliance on fossil fueled peaker plants

PV control systems that save by unlocking flexibility

On-site deployment

Latimer Controls's Flexible Solar Management System software integrates on-site with the power plant controller.

Dynamic control algorithms

Novel control systems orchestrate PV system inverters to dynamically manage power output, ensuring grid power signals are met with over 95% accuracy.

Estimate and report reserve power

Our control systems use machine learning to estimate the solar held in reserve under curtailment with industry-leading precision.

Explore how Latimer Controls compares to alternative solutions

For real-time solar HSL calculation and curtailment response

This interactive graph shows real plant behavior during a partially cloudy day at a site in Hawaii. Each line represents a key metric, helping you understand the difference between operations with and without Latimer Controls installed on-site.

How to interact with this demo

Click legend items to toggle data on and off. The graph starts by showing HSL accuracy, but you can also compare curtailment response.
Zoom in by clicking and dragging. Double-click to zoom back out to the full day.
Hover over lines to view exact values at each timestamp.
Notice how the dark blue “Latimer HSL” line closely follows the blue-shaded “True HSL” area throughout the day—especially during periods of cloud cover. In contrast, the orange “Single Irradiance Meter HSL” often over- or under-estimates available power.