A strategic cooperation agreement has recently been announced with the global, highly innovative optical crystal energy, a platform-based enterprise that is equipped with artificial intelligence plus robotics to develop innovation. The two parties will form joint ventures to advance the development of high-throughput mine superheavy solar cells based on ai technology. This represents a strong alliance between the two leaders in different fields of technology and the formal opening of deep synergies in the next generation of photovoltaic technologies, such as pyrotechnic layers, aimed at accelerating the process of research and development and industrialization of subversive technologies through the remodelling of the photovoltaic r & d paradigm of the "ai+ robotics"。
According to the agreement, the two sides will work together on the world's first "ai decision-manufacturing-data feedback" closed ring-crystalcin cortex experiment line, based on the unique advantages of light-voltage research and development and crystal-tai technology in front-line areas such as quantum physics algorithms, ai forecasting models and large-scale robotic automation experiments, with a focus on closing high-efficiency, high-stable, high-strength solar cells. This cooperation is a key feature of the clitoral energy “exploring generations, developing generations, producing generations” innovation strategy, which aims to drive a self-break with the integration of science and technology。
The depth of synergy this time is based on the leading technological advantages that both sides have built in their respective fields. As the leader of global photovoltaic technology innovation, crystal energy has consistently viewed technological innovation as a central driver of enterprise development, with cumulative r & d investments of over $20 billion and patents of over 5,500 in recent years, of which more than 3,100 have been granted patents, along with the industry-led 731 patents on n-topcon-related technologies, and the industry-led patent layout and sound n-topcon technical barriers. As an innovator in the field of ai+ materials science, crystal technologies, based on its data mining platform and modular robotic automation laboratory capabilities, combines a quantum physics model with an ai r & d engine driven by long-language models in the vertical field, achieves the coding of key parameters such as the structure, formulation, process, representation, instrument performance, etc. Of mining material, and the creation of an "design-experiment-result-optimization" automated smart loop to efficiently address a number of key challenges in the development and design of mining batteries. Based on a solid technical foundation and cooperative planning between the two sides, crystal energy is expected to move to scale production in the next three years or so。
The r & d model that integrates ai will directly drive the technology of pyramid stacking batteries to mature and recreate the imaginary boundaries of photovoltaic applications. In the field of the ground, argon/silicate stacking components are expected to significantly reduce the cost of power (lcoe) and increase the system economy by about 15 per cent over traditional technologies. More crucial is its potential for space applications: a pyrotechnic stacking battery, with its inherent advantages of “efficiency, cost-effectiveness, light quantification, softening”, is the best solution in the long term to the need for space photovoltaics compared to other technological routes. Such a light quantitative, high-irradiation-resistant energy system solution could significantly reduce the solar wing space of satellites and leave more payload space for other critical devices。
The far-reaching significance of this cooperation is that it is not only a breakthrough in single technology, but also bodes well for a redefinition of innovation rates and boundaries for the entire photovoltaic industry when ai and automated robots replace the traditional “test error”. What we can see is not just a rise in r & d efficiency, but a fundamental change in the paradigm of energy innovation。
About jing tae-tai
Mit physicists founded in 2015 as an innovative research and development platform based on quantum physics, artificial intelligence and robotics. Companies provide global and domestic companies with research and development solutions and services for pharmaceutical and material science, including agricultural technology, energy and new chemicals, and cosmetics, using a combination of primary principles based on quantum physics, artificial intelligence, high performance cloud computing and scalable and standardized robotic automation。
(crystal energy)
