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Chaos! 🫣😭
25/05/2026

Chaos! 🫣😭

24/05/2026

Drone-based solar panel cleaning is a modern, fast, and safe solution for maintaining solar systems. 💦

22/05/2026

A solar panel mounted on a vehicle can be a practical solution for supporting energy supply. It can help charge the battery, power small electrical devices, or improve energy efficiency during longer trips. 🚗☀️

20/05/2026

Sealing placed between solar panels can provide several important benefits. It helps reduce the entry of dust, moisture, and debris between the panels, which may contribute to longer system lifespan and improved performance. It can also reduce wind-related vibrations and noise while creating a cleaner and more uniform appearance. In some cases, sealing can additionally help prevent birds and leaves from getting underneath the solar panels. 🤓🤙🏻

Daily Short News: Solar panels reduce thermal stress in dairy barns during critical afternoon hoursA new study from Chin...
19/05/2026

Daily Short News: Solar panels reduce thermal stress in dairy barns during critical afternoon hours

A new study from China has shown that rooftop solar panels installed on dairy barns can significantly reduce heat stress inside livestock buildings during the hottest parts of the day. Researchers found that photovoltaic systems lowered roof heat flux and improved indoor thermal conditions, especially during critical afternoon hours when temperatures peak. The solar panels act as a protective shading layer, reducing the amount of solar radiation reaching the roof surface. Field measurements revealed that barn roofs equipped with solar panels maintained lower surface temperatures and created a more stable indoor environment for dairy cows. Reducing thermal stress is important because excessive heat can negatively affect milk production, animal health, and overall farm productivity. Researchers believe the approach could help farms improve animal welfare while simultaneously generating renewable electricity. The findings also highlight the growing potential of agrivoltaic solutions that combine agricultural operations with solar energy production.

Daily Short News: Cyber threats in solar: understanding supply chain attacksSupply chain attacks target solar energy sys...
18/05/2026

Daily Short News: Cyber threats in solar: understanding supply chain attacks

Supply chain attacks target solar energy systems indirectly by exploiting trusted vendors, software providers, or hardware components. Instead of attacking a system directly, hackers infiltrate through legitimate channels, such as compromised updates or infected components, making the attack harder to detect. These attacks can introduce hidden vulnerabilities, disrupt operations, and spread across multiple assets at once, since many solar installations rely on the same suppliers and digital platforms. The interconnected nature of modern PV systems increases the potential impact, turning a single breach into a widespread problem. Because of this, ensuring strong vendor security, strict validation processes, and continuous monitoring is essential to protect solar infrastructure. Strengthening the entire supply chain is becoming just as important as securing the systems themselves.

17/05/2026

How did it happend? 🫣😳

Daily Short News: Solar on canals reduces water evaporation by 70% and algae growth by 85%A pilot project called Nexus h...
17/05/2026

Daily Short News: Solar on canals reduces water evaporation by 70% and algae growth by 85%

A pilot project called Nexus has successfully demonstrated the benefits of installing solar panels above irrigation canals in California. According to the first results, the system reduced water evaporation by up to 70% while cutting algae growth and aquatic vegetation by 85%. Researchers say the technology could provide major advantages for agricultural regions facing water shortages. The project uses a 1.6 MW solar installation built directly over irrigation canals. The panels shade the water, helping to reduce evaporation, while the cooling effect of the water improves the efficiency of the solar modules. Another key benefit is that the system does not require additional farmland, allowing renewable energy production and water conservation to work together in the same space.

Daily Short News: Bandgap-engineered indoor perovskite solar cell achieves 37.44% efficiencyResearchers have achieved a ...
16/05/2026

Daily Short News: Bandgap-engineered indoor perovskite solar cell achieves 37.44% efficiency

Researchers have achieved a major breakthrough in indoor perovskite solar cell technology by developing a bandgap-engineered device that reached 37.44% efficiency under LED lighting. The innovation involves adjusting the composition of the perovskite material to better match the light spectrum produced by indoor LED sources, allowing the cell to generate electricity more efficiently in low-light conditions. Several different bandgap configurations were tested, with the 1.88 eV version delivering the highest efficiency under 250 lux LED illumination. The cells also demonstrated strong long-term stability, with some samples operating for more than 2,000 hours without significant performance loss. Researchers believe the technology could play an important role in powering IoT devices, sensors, and smart indoor systems in the future.

Daily Short News: New research reveals what causes UV degradation in TOPCon solar cellsNew research has uncovered the ph...
15/05/2026

Daily Short News: New research reveals what causes UV degradation in TOPCon solar cells

New research has uncovered the physical mechanisms behind ultraviolet-induced degradation in TOPCon solar cells, one of today’s most efficient photovoltaic technologies. Scientists found that prolonged UV exposure mainly damages the interfaces between the different layers of the solar cell. These interfaces are essential for transporting electrical charges, but UV radiation can create structural defects and charge traps that reduce overall efficiency. The study revealed that degradation is especially significant in the passivation layers and at the silicon surface, where the cell’s electrical performance is highly sensitive. Researchers believe these findings could help manufacturers improve the long-term stability and durability of TOPCon modules by developing more UV-resistant materials and optimized production methods. The results may contribute to longer-lasting solar panels with more reliable energy output in real-world conditions.

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