In April 2023, UNM Church in Washington, D.C., installed solar panels and began tracking their energy output. Over the first year, the church projected a solar energy production of 23,050 kWh. However, a widely-used industry tool forecasted a significantly higher production of 25,206 kWh, resulting in an inaccurate estimate that could mislead planning and budgeting.
Blaze provided a precise forecast, estimating the church’s solar production at 23,956 kWh—only 3.9% off the actual figure, with a deviation of just 906 kWh. Blaze’s close alignment with real-world production highlighted its superior accuracy compared to other tools. This precision is especially valuable in urban areas like Washington, D.C., where unique environmental factors can complicate forecasting.
Blaze stands out for its adaptability across various environments, accounting for real-world factors such as shading, panel orientation, and local climate. This makes Blaze a versatile and reliable choice for solar energy estimates, whether in urban or suburban locations.
With Blaze’s advanced forecasting, institutions and individuals gain confidence in solar energy projections, aiding in energy planning, financial forecasting, and sustainability goals. By factoring in elements like shading, panel tilt, and local climate, Blaze enables users to make informed, data-driven energy decisions. Blaze not only provides technical precision but also empowers users to align closely with their sustainability objectives, solidifying its role as a trusted tool in the transition to renewable energy.
