Mexico offers excellent solar irradiance across its territory. Northern regions such as Sonora and Chihuahua experience some of the highest solar insolation worldwide, making them prime locations for large-scale projects. Central and southern states also present strong viability for industrial installations, with consistent sun hours supporting robust generation.

System sizing is determined by a facility's load profile, energy consumption patterns, and available space. We analyze historical electricity bills and operational data to design systems that maximize self-consumption and financial returns, ensuring optimal generation capacity.

• Rooftop: Ideal for facilities with ample, structurally sound roof space. Maximizes otherwise unused areas.
• Ground-Mount: Suitable for properties with available land, offering greater flexibility in orientation and tilt for optimized energy capture.
• Carport: Dual-purpose solution providing shade and solar generation, often enhancing employee and customer experience.

Choosing the right deployment balances site constraints, aesthetic considerations, and the facility's energy needs.

We assist clients with the requirements for distributed generation systems, which typically fall under two categories:

• Behind-the-Meter (BTM): Systems directly offset a facility's consumption, reducing grid purchases. Often qualifies for net metering (less than 500 kW) or net billing (over 500 kW), allowing credits for excess generation.
• Front-of-Meter (FTM): Large-scale projects selling power directly to the grid, typically requiring more complex permitting.

Understanding the distinction and managing the associated CFE billing rules are key to realizing savings.

Analysis of voltage stability, harmonics, power factor, and outage risk for facilities where power disruptions create production losses, safety hazards, or equipment damage. We assess whether investment in power conditioning, uninterruptible power supply (UPS), or backup generation aligns with production criticality and risk tolerance.

Our assessments quantify costs of typical outages, evaluate grid reliability in your region, and model mitigation strategies ranging from UPS systems for critical loads to comprehensive backup generation. Recommendations account for capital costs, maintenance requirements, and fuel logistics.