How is a “PV module” defined in Article 690?

A "PV module" is defined as an assembly of interconnected solar cells mounted on a supporting structure. This definition emphasizes the integral nature of the solar cells working together to convert sunlight into electricity effectively. The design and configuration of these cells within a module are crucial for optimizing photovoltaic performance, which includes factors like efficiency, durability, and energy output.

Typically, a PV module will consist of multiple solar cells that are connected in series or parallel to achieve the desired voltage and current output. This assembly is often encapsulated in protective materials to withstand environmental conditions while ensuring maximum exposure to sunlight.

In the context of the other options, an assembly of electronic components may refer to various parts of a solar power system, but it does not specifically capture the essence of a PV module, which is fundamentally about solar cells. An isolated power source for batteries is more aligned with energy storage systems than the direct generation of electricity from solar power. Lastly, a type of inverter used in solar systems is a different component altogether, focusing on converting the direct current produced by the PV modules into alternating current for use in homes and businesses.

Overall, the definition of a PV module highlights its role as the fundamental unit in solar energy conversion, which is critical in understanding solar technology and its applications