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How significant is the impact of AI computing power demand on the power supply and distribution of intelligent computing centers? Signs of an "ASEAN version of the computing power crisis" are emerging!
Today's world is in the midst of a technological revolution driven by Artificial Intelligence (AI), with countries and businesses investing heavily in expanding computing infrastructure. Data centers have become the "new type of critical infrastructure" in the digital economy era. Entering 2025, with the continued explosion of global Generative AI (GenAI) applications, the demand for AI large model training and inference has seen a huge leap. At the same time, the power supply and distribution system problems brought about by AI training should not be underestimated.
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2025
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Data Center Security Management - Analysis of Major Fire Accidents
Data center fires are a typical example of "low-frequency, high-impact" risks. Under the general environment of cost reduction and efficiency increase, as well as energy saving and emission reduction, how to balance cost and safety in design, construction, and operation is a question that data centers need to deeply consider.
Synergy of "Green Electricity + Green Computing" to promote the development of the digital energy economy
Green electricity and computing power, as key productive forces in the comprehensive green and digital transformation of the economy and society, are gradually developing towards "integrated symbiosis." This is achieved through green upgrades in computing power driven by electricity and the digital transformation of the power sector empowered by computing power, forming a virtuous cycle of upward development and promoting high-quality development of the energy digital economy.
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In the AI era, electricity is king - The current situation and enlightenment of the impact of the development of artificial intelligence in the United States on the power system
Introduction: The challenges of electricity consumption faced by the development of generative AI in the United States stem from the surge in computing power demand and the inadequacy of the conventional development of the power system. The insufficient carrying capacity of the US power grid, the lagging construction of power infrastructure, and the new characteristics of data center electricity consumption and the "dual fluctuations" of renewable energy sources and loads are the three major factors further exacerbating the contradiction between computing power and electricity.
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Hot Topics || New Developments in the Construction of Computing Centers, New Opportunities in the New Energy Battery Industry
In March 2025, the construction of China's computing power infrastructure continued to be in a period of rapid development. The construction of computing centers requires a large amount of electricity resources, and the explosive growth of AI computing demand is the core driving force. Green, intensive, and large-scale development have become the basic requirements for construction. With the implementation of numerous projects, it will help promote regional economic upgrading, promote the deep integration of culture and technology, promote industrial chain aggregation, create a new highland for the digital economy, and help industries move towards a new stage of more intelligent, efficient, and green development.
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News || The 8th China (International) Energy Materials Chemistry Symposium was held in Tianjin!
From March 21st to 23rd, 2025, the 8th China (International) Energy Materials Chemistry Symposium was grandly held in Tianjin. Themed "Scientific and Technological Innovation, Empowering the Future," Senke was invited to participate and presented a report on "Commercialization Progress and Discussion of Safe and Environmentally Friendly Aqueous Zinc-Nickel Batteries." The presentation focused on sharing insights into the design principles, safety features, and applications of zinc-nickel batteries in energy storage and power fields.
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