Solar energy continues to gain popularity as a sustainable and efficient solution to reduce carbon emissions. However, with its expansion have also increased the risks associated with the installation and maintenance of photovoltaic systems . In this context, an Australian startup called PVStop has launched an innovative solution: a temporary coating that quickly turns off solar panels , eliminating the risk of electrocution.
Using solar energy and its risks
In Australia, more than 3.3 million households have already adopted solar energy . Despite the benefits of this technology, solar systems do present certain risks, especially when not installed or maintained properly. Solar hazards, such as electrical faults that can lead to fires, are becoming more common as panels age . Growing concern about these incidents has led the community to seek effective solutions to ensure the electrical safety of photovoltaic systems.
To address these issues, New South Wales-based startup PVStop has developed a first-of-its-kind temporary coating. This product enables photovoltaic systems to be disabled in seconds by blocking the light received by the solar panels.
Its operation is simple: just cover between 40% and 100% of the surface of the panels with the coating , which prevents the generation of dangerous energy. The process is quick and easy, and can be carried out from a safe distance of up to 10 metres, making it an essential tool in emergency situations.
Key benefits of temporary coating
The PVStop coating is distinguished by several features that make it a unique and safe option:
- ISO Certification: The product is backed by certifications that guarantee its reliability and effectiveness in sun protection.
- Immediate safety: Instantly deactivates solar systems, preventing accidents and electrocution risks.
- Non-conductive and fire retardant properties: Increases safety both during installation and in case of emergency.
- Easy removal: The coating can be removed without damaging the solar panels, allowing them to be reactivated once the emergency situation has been controlled.
Application in emergency situations
One of the key advantages of PVStop is its ability to be used in critical situations. According to Alex Keane, PVStop’s EMEA sales and marketing manager, the product can be applied at a number of different times – before a fault turns into a fire, during an incident, or after the fire has been controlled, preventing it from reigniting. This significantly reduces property damage and improves the safety of emergency workers and solar system owners.
The startup also plans to incorporate an innovative drone delivery solution. This technology, which is already used in the agricultural sector, is adapted to be used in hard-to-reach areas or in high-rise buildings. The incorporation of artificial intelligence will allow emergency services to apply the coating autonomously , further increasing the effectiveness of the product in critical situations.
Use and characteristics of the coating
The coating is applied easily using a sprayer, similar to a fire extinguisher. The product is available in 9 and 4.5 litre versions, which discharge in 70 and 35 seconds respectively. Once applied, it dries quickly, forming a latex film that can be easily removed from smooth surfaces.
In short, PVStop is an indispensable tool for those looking to enhance security in the installation and maintenance of solar systems. Its effectiveness in disabling photovoltaic systems and its ability to protect both people and property make it a key ally for those who rely on solar energy.
Follow us on social media and don’t miss any of our posts!
YouTube LinkedIn Facebook Instagram X TikTok
Source and internal photo: PVStop
Main photo: Shutterstock
Loading...
