SolaBlock is uniquely appropriate for enabling solarization of complex structural designs. SolaBlock wall systems are ideal for challenging applications such as ground level solar because they are far more theft resistant and vandal resistant. SMUs can cover more square feet of facade area than traditional roof-top solar, generating more energy to reduce net building electricity loads.
Commercial buildings are perfect for SolaBlock because our SMUs are lower maintenance compared to conventional tilted solar. Our wall-mounted systems are weather, vandal, and theft resistant, and electrical production increases whenever snow or other reflective surfaces exist in front of the wall.
Highway walls can transform solar generation in cities. Conventional solar modules have not been ideally suited for this application. But SolaBlock's unique architectural specifications make solar highway walls a natural choice. SolaBlock highway wall systems provide energy production and revenue generation from otherwise unused urban wall spaces.
Our SolaBlock SMU system can help inspire the next generation of innovators by providing viewable on-site solar. Solar power is an excellent opportunity to reduce electricity costs for schools. By reducing costs, schools can apply the savings to operating budgets. Our SMU walls cost the same installed as traditional brick walls and are easily integrated into both new and renovated brick facade construction.
SolaBlock enables parking garages to help building owners reduce the electrical costs of lighting and other services. Utilizing vertical wall sections, SolaBlock wall installations provide energy and additional income potential without sacrificing space. The revenue generated from the blocks can also be used to enable more attractive debt financing for projects.
Remote Utility Buildings
SolaBlock wall systems are a great option for powering remote utility buildings. Compared to roof-top solar or utlity-connection power supply, building-integrated SolaBock systems are far more difficult to steal or disable.