So in the new millennium, utility-interactive PV systems had just started to open its wings on the world. Only a few inspectors and installers truly knew the codes and requirements involved in the design and execution of PV systems. As costs of PV modules and materials started to decrease, and production of fossil-generated electricity continued to increase, the need for more PV installers and practitioners increased, and actually continues to do so today!! Mounting solar PV systems isn't too hard or complex to learn, but it certainly takes years of experience and practice to master.
First off, it requires a location that will not be shaded for the most part. It also needs to fulfill structural requirements and tests to that would be fixed or tracked from a certain surface that will be able to withstand wind and earthquake loads, and endure weather over the lifetime of the system. Electrical requirements are also not too complicated, as long as they are securely followed under the NEC regulations for solar PV systems. PV design and layouts may include a variety of installation operations, so the installer and site assessor can submit the appropriate documents and packages for the proposed installation. Finally, building and electrical inspectors need appraisal of PV system simplicity through aesthetic, efficient operation and maintenance of the system. This will have the PV permitting process reasonably streamlined in time so the necessary fees maybe charged, and rebates sent out to consumers.
Source: Messenger & Ventre. "Photovoltaic Systems Engineering." CRC Press, Inc.
Source: Messenger & Ventre. "Photovoltaic Systems Engineering." CRC Press, Inc.
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