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Maximize solar grid integration while optimizing profit

Solar intermittency from partial shading leads to lost generation during curtailment. Latimer Controls's on-site PV control software recovers 10-20% of PV curtailment annually.  

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

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Vertically-Integrated Utilities

  • Integrate PV assets with automatic generation control

  • Increase PV utilitization and decrease system-wide curtailment

  • 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.

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Latimer FSMS Operation Cycle

1. Setpoint signal sent to plant

Grid operator sends power generation request to plant

2. SCADA sends inverter data to plant controller:

Plant SCADA records DC Current, DC Voltage, AC power measurements from inverters and sends this information to the plant controller

3. Latimer FSMS solves the system:

FSMS uses electrical measurements to calculate the potential at each inverter, and then allocates setpoints based on this potential to satisfy the plant-wide power request, maximizing generation under curtailment

4. Plant controller sends setpoints to inverters:

Inverter setpoints commands are sent to the inverters, which adjust their generation levels accordingly 

5. Plant potential (PHL)  sent to grid operator:

Plantwide generation potential is sent to the grid operator to help inform the next power generation request

6. New PHL-informed setpoint calculated:

Grid operator continuously sends new power generation requests at 4-6 second intervals based on grid needs and plant potential

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Customized to each plant and embedded in the power plant controller 

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Learn about transforming your solar operations

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