Discovering the Differences Between Solid-State Semiconductors and Traction Solid-State Batteries: Same Name, Totally Different Uses
Solid-state technology is revolutionizing the world, but it’s important to know that not all its applications are the same. Pay attention:
Solid-state semiconductors control the flow of electricity without moving parts, making them fast, silent, and durable. They are used in control systems, from specific applications for industrial machinery to racing cars.
For example, we at Guilera S.A. develop custom semiconductors, such as battery disconnectors for classic and racing cars, and solid-state relays for heavy machinery, improving efficiency and durability in demanding “heavy-duty” applications.
On the other hand, solid-state batteries store and provide energy efficiently and safely. These batteries don’t catch fire as easily because they use a solid electrolyte instead of a liquid one.
Liquid electrolytes in traditional batteries can leak or vaporize, leading to short circuits and fires.
Solid electrolytes are more stable and less likely to cause these issues. This makes solid-state batteries ideal for motorcycles, electric cars, and portable devices in general.
Companies like QuantumScape, ProLogium Technology 輝能科技, and the nearby BASQUEVOLT in the Basque Country are at the forefront of researching and developing solid-state batteries, aiming to make them safer and more efficient, with plans for mass production by 2027.
Although both use “solid-state” technology, their applications and benefits are very different. Semiconductors control electricity using electronic components, while batteries store energy using solid electrolytes.
In summary, while both use solid-state technology, their uses and advantages are very different. Guilera SA and Basquevolt are at the forefront of these innovations, improving how we control and store energy. The future of solid-state technology is bright!
#Technology #SolidState #Semiconductors #Batteries #Innovation #Energy
