South Korean researchers have developed a long-term solar irradiance prediction method based on a reinforcement learning algorithm. They claim that the new model is able to forecast solar radiation for more than a year using just two weeks of solar radiation learning.
A scientific review of solar forecasting with computer vision and deep-learning tech identifies areas for improvement and calls for more collaboration between project developers and grid operators.
A Swedish research group has found that using deep machine learning to identify solar energy systems in aerial images may not be so accurate in non-densely populated countries such as Sweden. They have also found, however, that this technique may be trained via an iterative process and achieve satisfying results.
Australian researchers are proposing a novel, learning-based H∞ control method to enhance the performance of vanadium redox flow batteries in DC microgrids.
The model utilizes deep learning and image processing techniques and is said to offer “superior performance.” In the future, it might be able to differ between panels of PV and solar thermal systems.
With the rapid growth in electric vehicle (EV) demand bringing fears of a mountain of EV battery waste piling up further down the line, the EU-Swiss government-funded Recirculate program is planning how to keep batteries in use for much longer before they head to recyclers.
In a bid to avoid costly grid augmentation, Spanish electric vehicle (EV) charger supplier Wallbox has designed a multi-layered energy intelligence solution – proving that necessity is the mother of invention.
The rise of Artificial Intelligence (AI) technologies presents a big opportunity for the energy industry. AI and the language of the input query provide us with a powerful tool against incorrect information.
The opportunities available from the aggregation and interpretation of mass data are huge and could help attract investors and ensure more efficient electricity networks as the world races to try and achieve the UN goal of access to reliable energy for all this decade.
With AI-enabled devices able to take the money-saving efficiency of lithium batteries to an incredibly granular level, research by Inion Software shows simple changes by inverter manufacturers would enable devices of almost any age to be “smartened up.”
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