Villa

No mater what is the demand of the building we have solution and deliver results…

Contact us, get a quote!

10 Apartment building

Centralized and autonomous energy production units to provide 24/7 energy…

Contact us, get a quote!

Building Orientation and Location: The orientation and geographic location of the building influence the amount of sunlight that can be captured by a PV system. Optimal locations are those that receive more sunshine, while the best orientation is south-facing with no obstructions such as vegetation or trees.

Building Integrated Photovoltaics (BIPV): BIPVs displace some of the more conventional PV products with building-integrated modules, allowing for new and aesthetically pleasing ways of integrating energy-saving systems. Commercially available products include roof slates and standing seam metal roofing products.

Electrical Demand: It is important to know the electricity demand of the building as well as the extent to which the PV system should cover this demand.

Size & Number of Modules: Most modules are typically rectangular and come in many sizes to accommodate the installation area. Be sure to state the length and width of the modules and if you are unsure of the sizing or total number, tell us the area of the installation space.

Maximum Power Output: The performance of PV modules and arrays are generally rated according to their maximum DC power output under Standard Test Conditions (STC). Since these conditions are not always indicative of how PV modules and arrays will operate in the field, it is important to recognize that performance after installation may only be 85 to 90-percent of the STC rating. So our designers will give always the estimated result’s of the design before the installation. So the sizing of the system can be equal to demand.