For a decade, every conversation about electrification ended with the same assumption: lithium won. Then America's sodium-ion pioneer collapsed, and the chemistry it bet on went into mass production anyway. Both things are true, and the contradiction points at a mistake buyers keep making. Here is why energy density is the wrong scoreboard for most battery purchases.

Industries worldwide spend billions handling hundreds of millions of tons of wastewater sludge every year. But what if this costly, regulated waste is actually an untapped energy resource? By deploying advanced ultrasonic technology, WavENergy is shattering the traditional limitations of wastewater processing—compressing disposal costs while transforming an environmental burden into a high-value, circular energy asset. Meet them live at Taiwan Venture Day.

What if glass could think? Seeing Display is turning everyday windows into intelligent systems—adaptive, energy-efficient, and programmable. With its breakthrough Memory Liquid Crystal technology, buildings may soon reduce energy costs, enhance privacy, and redefine how architecture interacts with people.

While the EV industry chases bigger batteries and longer range, a quieter revolution is taking place beneath the surface. Purism EV is challenging the status quo with smart power distribution modules that optimize how energy flows across the vehicle—unlocking efficiency, reducing costs, and redefining what performance really means in the electric era.

Silicon built the modern world—but it may not power the next one. As demand surges for high-efficiency systems in electric vehicles, AI data centers, and energy infrastructure, silicon carbide is emerging as the material rewriting the rules. At the center of this shift is Gechi Compound Semiconductor, a company tackling one of the hardest problems in tech: growing and scaling high-quality SiC crystals. This is not just a story about semiconductors—it’s about who controls the

As AI systems scale to unprecedented power levels, the real constraint isn’t compute—it’s heat. A new breakthrough from Industrial Technology Research Institute reveals how next-generation cooling could redefine the future of high-performance computing.