The floating PV system is affected by a number of environmental factors, including wind, waves, current, and changes in water level.
Mooring systems are frequently used to keep floating structures at a fixed position with allowable offset limits under specific environmental conditions.
A well-designed mooring system should have low construction, installation, and upkeep costs, be able to keep its station, meet the necessary safety requirements in both operational and survival conditions, etc. However, numerous mooring layout and parameter variations and subsequent numerical simulations are part of the mooring design process. The designers' experience is a major factor in the lengthy and labour-intensive process.
It is the job of the mooring system to keep these environmental forces in check and progressive elastic systems (like Seaflex), not only keeps these forces in check but actually reduces the forces by absorbing them in the movement of the elastic hawsers. This is one of the most important factors in ensuring the system's floats and anchors' long life.
One more component to guaranteeing life span is to plan the securing framework with the goal that it equally conveys the natural powers around, both PV floats and anchors.
A progressive elastic mooring system, in particular, safely reduces the forces exerted on the floating system and anchors and can be constructed to evenly distribute the forces exerted on the floats and anchors. It is extremely difficult to achieve an even distribution of force in a non-elastic system that makes use of static materials like rope, cable, or chain. This system does not have the ability to dampen forces. Although it may seem simple to imitate an even distribution, actually achieving it is extremely difficult and costly. Additionally, when compared to a static system, the design of an elastic system makes use of fewer mooring lines and anchors, resulting in lower capex and operating costs for the elastic solution.
An endeavour has been made to foster a mechanised philosophy and programming instrument that can be utilised to produce an underlying and plausible securing framework plan naturally based on the client characterised limit conditions and requirements.
Join us on 27th - 28th June, 2023 for the 3rd Annual Floating Solar PV Forum, in Amsterdam Netherlands to find out more about the role of digitalisation in optimising mooring systems design and operations.
To register or learn more about the Forum please check here: https://bit.ly/3zVvdfN
For more information and group participation, contact us: [email protected]
