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Home / Articles / Coach / Maintenance of photovoltaic modules on roofs without spacing

Maintenance of photovoltaic modules on roofs without spacing

Simple and cheap technique allows maintenance and cleaning of photovoltaic systems without the need for corridors between rows
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  • Photo by Clarissa Debiazi Zomer Clarissa Debiazi Zomer
  • November 12, 2021, at 15:44 PM
2 min 21 sec read

Text written in collaboration with Marília Braga, Electrical Engineer, PhD student and researcher at the UFSC Photovoltaic Laboratory

In photovoltaic installations on rooftops, it is very common to encounter situations in which maintenance and cleaning services are difficult, especially when there is no spacing between the rows of modules.

Often the way in which photovoltaic modules are installed does not allow the installer to walk between them – and walking on them is not permitted under any circumstances.

With this in mind, a simple, cheap and very efficient solution was created. It is a wooden board, with metal angles, which basically functions as an elevated platform.

The installer positions this platform on the modules, without contact with them, so that the angles rest on the structural profiles (and not on the module frames). This way, it has the freedom to move around the system without damaging the photovoltaic modules.

Detail of the platform fixing on a photovoltaic module. Source: Architecting Solar Energy/reproduction
Detail of the platform fixing on a photovoltaic module. Source: Architecting Solar Energy/reproduction
Detail of the platform fixing on a photovoltaic module. Source: Architecting Solar Energy/reproduction
Detail of the platform fixing on a photovoltaic module. Source: Architecting Solar Energy/reproduction

From an electrical point of view, this technique has many advantages. According to Marília Braga, electrical engineer, doctoral student and researcher at the UFSC Photovoltaic Laboratory, the most common and serious problems we find in photovoltaic systems integrated into roofs are precisely hot spots caused by cracks in the photovoltaic cells, which generally arise when stepping on the modules. .

Many installers are mistaken when they think they can step on the modules. The glass on the front is, in fact, resistant and does not break easily. However, in the case of traditional crystalline silicon modules, the photovoltaic cells encapsulated inside are very thin and not at all flexible, which makes them very sensitive and not very resistant to mechanical stress; that is, easy to break.

The solution shown in the images, in addition to being accessible due to its low cost, allows adequate maintenance of the photovoltaic system even in installations in which the rows of modules are installed very close together, with no free spaces on the roof.

Pay attention to necessary care

As with any installation or maintenance service on photovoltaic systems, it is important to emphasize that operators must wear appropriate PPE and follow all safety standards.

Furthermore, the platform, which functions as a “bridge” between the two edges of the module, needs to be made with wood of suitable thickness and resistant to the weight of a person, as well as the metal angles.

Architecting Solar Energy Grounding and SPDA Course module cleaning roofs
Photo by Clarissa Debiazi Zomer
Clarissa Debiazi Zomer
Clarissa Zomer is an architect and holds a PhD in Civil Engineering, specializing in the integration of solar energy into architecture. With over 20 years of experience, she worked as a researcher at the UFSC Photovoltaic Laboratory for 17 years, where she developed innovative projects in solar energy applied to civil construction. In 2020, she founded Arquitetando Energia Solar, a company dedicated to consulting, projects and training in Solar Architecture.
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Answers of 3

  1. Carlos Argolo said:
    December 24 from 2021 to 09: 34

    congratulations!
    simple and functional solution.
    Prof. Argolo (Ph.D.)

    Reply
  2. Igor said:
    26 November 2021 to 19: 08

    Could you provide more photos from this platform?

    Reply
  3. Flavio Modesto dos Santos said:
    12 November 2021 to 18: 06

    I thank Ckarissa for the information in this solar channel report and ask her permission to publish it on my Linkedin page, giving due credit to those who are entitled, of course
    Graciously
    Prof. Flavio Modesto

    Reply

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