1. Climatic conditions: extreme heat, humidity, frost, and strong wind can affect the efficiency and durability of PV solar panels. For example, strong winds can damage the mounting system.
2. Technical conditions: improper mounting of PV solar panels can lead to damage to their surface or breakage of fasteners. In addition, panels may not meet certain parameters specified in the manufacturer’s instructions as a result of incorrect installation.
3. Remote location: if PV solar panels are located in a remote location, such as in a mountainous area, there may be problems with transportation and access to equipment for maintenance and repair.
4. Operation in a high-risk area: if PV solar panels are located in a high-risk area, such as an earthquake or flood zone, there may be problems with the safety and term of operation of the system.
5. Operation in highly corrosive area: if PV solar panels are located in a highly corrosive area, such as in an industrial area or in areas with high salt concentration, there may be problems with corrosion and the term of operation of the system.
6. Operation in high vibration area: if PV solar panels are located in an area of high vibration, for example, in areas with heavy traffic, there may be problems with the term of operation of the system and repair costs.
All these factors are taken into account by specialists of Kraft Solergy Company during the designing process. In such cases, we try to reduce the impact of negative factors, and offer the optimal solution for the special operating conditions of photovoltaic solar panel mounting systems.