System design & engineering coordination

We analyze 12 months of your electric bills to understand actual consumption patterns including seasonal variations, evaluate your roof’s available space and optimal panel placement, assess your electrical system’s capacity for solar integration, discuss your energy goals and budget, and factor in future considerations like EV charging or home additions. The goal is sizing that delivers meaningful savings without oversizing just to increase our sale. We provide production estimates and financial projections so you can make informed decisions.

We conduct detailed shading analysis to identify problem areas and quantify their impact on production. Depending on shading severity and location, solutions include strategic panel placement to avoid heavily shaded areas, using microinverters or power optimizers that minimize shading impact on overall system performance, or recommending tree trimming where practical. We provide honest assessments—if shading makes solar impractical, we’ll tell you rather than sell you an underperforming system.

Engineering requirements depend on your jurisdiction and project specifics. Many residential installations in Florida require stamped engineering plans showing structural calculations for roof load capacity and wind resistance. We coordinate with licensed structural engineers when required, manage the engineering process to minimize delays, and ensure all engineering documentation satisfies permitting authorities. Engineering costs are included in our proposals when applicable, with no surprise fees later.

Yes, we regularly design solar systems for tile roofs, metal roofs, flat roofs, multiple roof planes with different orientations, properties with complex shading, and challenging structural situations. Our field experience means we understand how to approach unusual installations practically, not just theoretically. We’ve solved difficult design challenges that other companies avoided or couldn’t handle properly, and we’re honest about projects that don’t make technical or economic sense.

We use industry-standard modeling software (PVWatts or similar) that accounts for geographic location, panel orientation and tilt, historical weather data, shading analysis, and system specifications. Our estimates are conservative and realistic rather than optimistic. Actual production varies with weather conditions, but properly designed systems typically perform within 5-10% of modeled estimates. We show you the methodology behind our projections so you understand what factors influence system performance.