Looking for Guidance on Using PVSyst to Optimise PV System Design for a Coastal Installation

[Clausssy]

Hello Everyone 🤗,

As I construct a PV system for a coastal location, I would appreciate any guidance and best practices regarding PVsyst system optimisation. The location of the site is characterised by high humidity, frequent salt spray, and moderate to strong wind gusts.

Here are some particular topics I would like advice on:

Choose a Module:

• Which PV module types are most appropriate for coastal locations to reduce the risk of corrosion from salt?🤔
• Exist any particular brands or models that have performed better under comparable circumstances? 🤔

Systems for Mounting:

• Which mounting systems and materials are suggested that are resistant to the corrosive effects of salt and strong winds? 🤔
• Are there any recommendations for improving the mounting system's durability in this kind of setting through design considerations? 🤔

Modelling performance:

• In order to appropriately represent the environmental conditions at a coastal site, how should I modify the parameters in PVSyst? 🤔
• Should I be particularly mindful of any particular settings or inputs while simulating shading, soiling, and deterioration rates? 🤔

Strategies for Maintenance:

• Which maintenance procedures have been shown to be successful in guaranteeing the long-term dependability and performance of PV systems in coastal areas? 🤔
• How can I better estimate system performance over time by integrating these maintenance requirements into the PVSyst simulation? 🤔

Case Studies:

• Exist case studies or project reports that describe the shortcomings and capabilities of photovoltaic systems in coastal areas? 🤔
• Real-world installation insights would be immensely beneficial.

I would be grateful for any guidance, examples, or materials you could provide to aid in the design of a reliable and effective PV system for this coastal placement.

Thank you 🙏 in advance.