The demand for renewable energy sources has skyrocketed in recent years, and the solar energy industry has seen tremendous growth as a result. However, the industry still faces significant challenges when it comes to solar panels maintenance, especially in terms of cleaning losses. These losses, which result from a reduction in energy output due to dirt and debris buildup on the panels, can be substantial. In fact, a study conducted by the National Renewable Energy Laboratory found that cleaning losses can result in a reduction of up to 25% in energy output.
India is actively participating in the worldwide shift to solar energy. Currently, it’s the 4th largest country globally in terms of solar power. Over the past five years, India has made huge progress, going from 21,651 MW to 70,096 MW in 2023. With big goals and strategies like the Production Linked Incentive (PLI), India aims to reach 500 GW of renewable energy by 2030. This commitment is not just about using clean energy but also about making the planet greener for the future.
Solar panels have achieved a big goal – they are now more efficient, converting 30% of sunlight into energy. Many researchers worldwide have contributed to this achievement. It’s a significant step forward, and experts say it could lead to a faster adoption of solar power.
Current solar panels use silicon cells, but they are close to reaching their maximum efficiency of 29%. At the same time, we need to install solar power systems ten times faster to address the climate crisis, according to scientists.
The breakthrough involves adding a layer of another material called perovskite on top of the silicon layer. This new layer captures blue light, complementing the silicon’s capture of red light. This combination increases the overall amount of light captured. With each cell absorbing more energy, the cost of solar electricity becomes even more affordable. This development can speed up the deployment of solar power to help control global warming.
Researchers have been studying these perovskite-silicon “tandem” cells for about ten years. Recent improvements have now pushed their efficiency beyond 30%. If the production of these tandem cells goes well on a larger scale, they could be available for commercial use within five years. This is around the same time when traditional silicon cells will reach their maximum efficiency.
To tackle this problem, Futr Energy has developed Futr OS, a state-of-the-art solution that optimizes solar panel cleaning cycles based on soiling estimations. Unlike traditional periodic cleaning schedules, which can result in significant losses in energy output, Futr OS uses data analysis and machine learning algorithms to determine the best times for cleaning based on the rate of soiling. This approach ensures that the panels are cleaned when they need to be and that the cleaning is done in the most effective manner possible.
With Futr OS, solar energy producers can significantly reduce cleaning losses and maximize their energy output. In a recent case study, a solar energy generator that invested in Futr OS saw a 15% increase in energy output after just one year of use. In addition, the solution is cost-effective, as it eliminates the need for frequent and costly sequential cleaning cycles. Instead, maintenance crews can clean the panels when they need to, reducing the overall cost of maintenance while still maintaining optimal energy output.
In conclusion, Futr OS is the solution the solar energy industry has been looking for. We provide the best solar panel maintenance services and solar panel cleaning based on soiling estimations, it enables energy producers to reduce cleaning losses and maximize energy output, saving time and money in the process. If you’re looking to boost your energy efficiency and reduce your maintenance costs, consider giving Futr OS a try.
