Monitoring & Analytics
Continuous monitoring lets us spot degradation early and optimize control strategies to reduce losses.
Optimize solar output, reduce loss, and increase ROI
Shadystonewalk delivers data-driven solar energy optimization services for residential and commercial systems. We tune system design, install panel-level MPPT and optimizers where shading affects yields, refine tilt and azimuth for seasonal performance, and implement preventive maintenance to keep modules clean and functioning at peak efficiency. Our work improves daily energy harvest, reduces balance-of-system losses, and strengthens long-term return on investment.
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Panel-level Optimization
Mitigate partial shading with optimizers and module-level MPPT for stable system yields.
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Tilt and Orientation Tuning
Optimize tilt, azimuth, and row spacing for your site to maximize annual yield in your location.
How we increase system performance
Shadystonewalk combines site assessment, monitoring analytics, and targeted hardware upgrades to maximize solar system output. We begin with a shade study and string-level analysis to identify underperforming modules. Where shading, soiling, or mismatch are significant, we recommend module-level power electronics such as DC optimizers or microinverters combined with MPPT tuning at the inverter. Regular cleaning schedules and low-impact anti-soiling coatings are applied for sites prone to dust and pollen. By fine-tuning inverter setpoints, temperature derate profiles, and reconfiguring strings when needed, we reduce energy clipping and improve daily yield consistency.
Preventive Maintenance
Scheduled cleaning, inspections, and connector checks maintain peak performance and avoid downtime.
Design Optimization
We optimize panel layout, tilt, and stringing to reduce mismatch and improve seasonal yields.
Featured projects
View portfolio
Commercial rooftop - shade mitigation
Module optimizers and reconfiguration increased annual yield by 12% in a partially shaded rooftop array.
Residential system - inverter tuning
Inverter setpoint tuning and string balancing improved monthly output and reduced clipping at midday peaks.
Utility-scale - soiling management
A tailored cleaning schedule with periodic analytics reduced soiling losses across the field by 18% annually.