A. Alberto Lugo Explains the Best Ways to Integrate Solar Panels Into an Architectural Design

Seasoned architect and CEO of Framing Futures Architectural Firm A. Alberto Lugo has pushed for greater integration of clean energy in both residential and commercial building projects for a long time. He offers insight into how to integrate solar panels into an architectural plan. His advice can help architects create a design that’s not only sustainable but also practical and good-looking.

Use Solar Panel Design Software

Using solar panel design software is a smart idea. These programs can help any architect calculate the best size, type of panels, and location of solar panels for any project. First, the program checks the size and location of a property. This includes scanning for nearby buildings and foliage that could block the sun. Next, it calculates the amount of energy the building will likely use. It can even provide estimates of future energy usage.

Solar panel design software also helps to keep costs low. This is because it’s designed to help architects choose panels that generate as much energy as possible. The software also calculates structural strength to avoid damage during panel installation.

Checking Local Laws and Incentives

A. Alberto Lugo points out that architects also need to be aware of local laws and regulations. These may determine the type and size of panels that an architect can use for the project. They may also determine panel location and placement. Furthermore, architects want to look into local incentives and tax breaks. Many areas offer them, and they can cover at least some of the cost of panel installation.


There are many good reasons to use solar panels. They’re eco-friendly and sustainable. They lower energy costs. Businesses that use them are sending a message to the community that they care about the community’s well-being. At the same time, A. Alberto Lugo reminds architects that solar panels can also improve a building’s aesthetics. He says building integrated photovoltaic panels (BIPV) is ideal for this purpose. These panels help a building or home blend in well with other buildings or homes in a community.

Other Building Materials

Not all building materials are compatible with solar panels. Composite shingles and metal roofs with standing seams are ideal options for roofs with solar paneling. Clay, concrete, slate, ceramic, and metal roofing tiles are other good choices. Tar/gravel roofs can also support solar power. However, builders will need to install brackets on the roof as the panels have to be angled to catch the sun.

A. Alberto Lugo urges architects to encourage clients to consider solar power and all its many benefits. After all, it costs far less to install panels during construction than it would to have them put in at a later date. Architects who need to design paneling for the home should use a good software program for the purpose. They should also consider local laws and check for incentives that could benefit clients. Choosing building materials with care is likewise important. Finally, taking aesthetics into account. This will ensure the new building is not only energy-efficient but also good-looking.