Because the systems view tab can show Energy production per module over time it could easily reveal shade impacts due to a satellite dish or other obstruction.

• A. True
• B. False, total energy production is only influenced by equipment used
• C. False, shade does not affect production
• D. False, module-level data is not available

Answer: (A)

The main idea is that per-module monitoring lets you spot shading by looking for irregular drops in the output of individual modules over time. When a satellite dish or another obstruction casts shade on a subset of modules, those shaded modules will show dips in energy production at the same times, while unshaded modules continue producing normally. Since the systems view tab shows energy production for each module over time, you can directly observe these module-by-module patterns and infer shading impacts.

This is especially clear in systems that use module-level or microinverter architecture, where shading reduces only the affected module’s output rather than pulling down the entire array, making the discrepancy easy to detect in the per-module data.

So, shading can be revealed by the systems view’s module-level time series, making the statement true.