Solar farm IEC inspection at Trethosa in Cornwall

Trethosa Solar Farm Inspection Inline With IEC 62446-3

Natural Generation Ltd, a leading renewable energy company, recently hired Drone Media Imaging to conduct an IEC inspection at Trethosa Solar Farm in Cornwall. The inspection process involved the flight of thermal drones to collect calibrated thermal imaging data which shows the faults and naomalies that may exist.

Conducting an IEC Inspection at Trethosa Solar Farm in Cornwall
Solar energy has emerged as a promising alternative to traditional sources of electricity, offering a clean and sustainable solution to meet the world’s growing energy demands. As the solar industry continues to expand, it becomes crucial to ensure the safety and efficiency of solar farms. To that end Drone Media Imaging was hired to conduct an IEC-IEC 62446-3 (International Electrotechnical Commission) inspection at Trethosa Solar Farm in Cornwall, managed by Natural Generation Ltd.

Understanding the Importance of IEC Inspections for Solar Farms
IEC inspections play a vital role in ensuring the safe and reliable operation of solar farms. These inspections are conducted to assess compliance with international standards and regulations, identify potential risks, and recommend necessary improvements. Solar farms are complex systems that involve various components, including solar panels, inverters, transformers, and electrical connections. Regular Thermal IEC inspections help identify any module and string issues or faults that may compromise the performance and safety of the solar farm.

IEC inspections contribute to the overall efficiency and performance of solar farms. By assessing the condition of solar panels and other components, these inspections help identify any inefficiencies or malfunctions that may affect the energy output. By addressing these issues early, solar farm operators can optimise the performance of their facilities and maximise energy generation.

Conducting regular IEC inspections at solar farms, such as Trethosa Solar Farm in Cornwall, is crucial for ensuring safety, efficiency, and optimal performance. These inspections help identify potential risks, recommend necessary improvements, and contribute to the overall success of the solar energy industry. By adhering to international standards and regulations, solar farm operators can maximize energy generation while maintaining a safe working environment.

#IEC624463 #ThermalImaging #ThermalInspection #TrethosaSolarFarm

https://www.dronemediaimaging.co.uk/solar-farm-iec-inspection-at-trethosa-in-cornwall/

Comments

Why Should Solar Panels be Professionally Maintained?

Why Should Solar Panels be Professionally Maintained? Over the years, panels can suffer faults that remain invisible to the naked eye but which impact their efficiency in terms of generating power. In serious situations these faults can even lead to a fire hazard. So it’s really important to keep up with the maintenance on your panels to keep your installation safe and also to make sure you are making the most of your investment. Obviously, the problem with regular and specialist inspection of your panels is that they are most likely to be in inaccessible areas of your home such as your roof. Having an actual human being up there to manually test each panel can be costly due to the health and safety precautions they have to take and potentially equipment they have to hire in order to gain access, plus you run the risk of damage to your roof structure during the inspection process. However, there is a simple and non-invasive solution that reduces inspection costs and means that if you d...

Solar Panel Faults - Common Types and Causes

Solar panels are a popular and efficient source of renewable energy that can last for decades. However, like any other technology, they are not immune to faults. Identifying and fixing faults in solar panels is essential to ensure their long-term functionality. In this article, we will explore the common types of solar panel faults, their causes, and how to prevent them. Solar Panel Faults: Common Types Hot Spots A hot spot is a concentrated area of high temperature on a solar panel, usually across a single cell. It occurs when a section of the panel fails to convert solar energy into electricity and instead absorbs it, causing heating. Hot spots can lead to panel damage, reduce efficiency, and in extreme cases, potentially start a fire. PID (Potential Induced Degradation) PID is an electrical phenomenon that causes a significant drop in the output power of a solar module panel. It occurs when a voltage difference develops between the solar cells and the grounded frame, leading to a le...

Common Causes of Solar System Under Performance

Not All Solar Panel Issues are Electrical Cell or String Faults Dirt on the Panels One very common cause of panels not functioning effectively is simply that they have become dirty over time, particularly in urban city locations, this can diminish performance by up to 10%. Regular panel cleaning can solve this problem. Check out our article on how to safely clean your solar panels here. However, if your panels have been on the receiving end of lichen growth or bird droppings, it is possible that hot spot damage has been caused that cleaning off the surface won’t fix. So, once you have cleaned your panels, you might still see that they are not operating at an optimum level. Shadowing / Shaded Panels It might be that your solar panels are being partially shaded. For example, by trees that have grown since installation. Whilst this won’t damage your panels, it will be worth clearing any overgrown trees and large shrubs so your panels can once again enjoy a clear view of the sun. Degr...

VisualChaos Studios

Search This Blog