The Shadystonewalk blog focuses on practical, engineering-backed techniques to get more energy from installed PV systems. Our articles dive into topics such as optimal tilt and orientation for different climates, how Maximum Power Point Tracking settings affect daily harvest, the trade-offs of module-level power electronics, and cost-effective soiling mitigation strategies. We prioritize clear, actionable guidance that operators and owners can apply: from remote screening methodologies using satellite and LiDAR to hands-on inverter tuning and field-level cleaning schedules. Each post connects technical recommendations with expected yield changes and economic implications so readers can evaluate which actions make sense for their site. We also publish case studies that include measurement and verification methods to show realized uplift after implementation. Subscribe for updates and practical walkthroughs that emphasize measurable outcomes and safe field practices.
Our featured articles cover a mix of field lessons and technical deep dives. Many topics focus on recovering losses caused by shading and soiling, while others examine inverter and MPPT strategies that change how systems harvest energy across a typical year. Each article is written to be helpful for both facility managers and technically-oriented owners who want to understand expected energy uplift and how to evaluate ROI.
Evaluates scenarios where DC optimizers or microinverters recover production lost to partial shading or mismatch. Includes modeling tips and expected uplift ranges for residential and commercial arrays.
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Practical guidance on adjusting inverter MPPT setpoints to reduce clipping and improve harvest, while respecting manufacturer limits and operational safety procedures.
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How to build a data-driven cleaning program based on measured soiling rates and weather, balancing cost of service with expected energy gains.
Read moreJoin our mailing list to receive short, focused updates on best practices, case studies, and tools that help you increase system output. We send occasional letters with technical checklists, seasonal reminders for cleaning and inspection, and highlights from recent projects that demonstrate measurable yield improvements.
We publish practical checklists, measurement templates, and short guides to help engineers and asset managers execute optimization projects. Resources include a measurement and verification checklist, a basic IV curve interpretation primer, and a soiling rate template for scheduling cleaning. All resources aim to be vendor-neutral and focused on reproducible, measurable outcomes.
