In June 2023, Betty Veneros installed solar panels and began tracking her system’s energy output. Over the first year, her solar panels produced 13,510 kWh. A widely-used industry tool, however, forecasted only 11,821 kWh, resulting in a considerable underestimation of her system’s potential.
Using Blaze’s advanced forecasting, the predicted output was 13,774 kWh—a much closer estimate, differing from actual results by only 1.9%, or 264 kWh. Blaze’s accuracy illustrates its capacity to consider factors that can significantly impact solar performance. In suburban Maryland, where varying environmental conditions can add complexity to forecasting, Blaze provided a reliable and realistic estimate. This adaptability makes Blaze a valuable tool in settings where local factors like shading and climate influence solar efficiency.
Blaze’s precise forecasting empowers homeowners like Betty to set realistic expectations for energy production, enhancing decision-making around system sizing, cost savings, and environmental impact. By consistently delivering accurate estimates in both urban and suburban areas, Blaze reinforces its role as a trusted tool for reliable solar forecasting, supporting diverse users in achieving their energy and sustainability goals.
