Taiwanese battery manufacturer ProLogium has achieved a major milestone in its battery technology development with the inauguration of its new “giga-level” factory in Taoyuan City. The facility, set to employ up to 1,200 individuals, aims to produce power packs for 26,000 electric vehicles and marks a significant step forward in ProLogium’s mission to bring its solid-state battery to the market.
ProLogium CEO Vincent Yang emphasized the importance of this achievement, stating, “Our journey has been a testament to overcoming existing technological barriers and innovating new structures, leading to a fundamental transformation in cell structure and process design.”
Although official details were not provided, the factory inauguration was attended by representatives from key partners, including Mercedes-Benz. ProLogium had previously disclosed information about its groundbreaking flat, rectangular battery cell, which is capable of delivering an 80% charge in just 12 minutes. For the Mercedes EQE 350+, this translates to a significant 79% increase in range per charge, allowing for a remarkable 447 miles of driving distance.
In addition, ProLogium unveiled its 106Ah solid-state power pack earlier this year, featuring a “high-silicon” anode which contributes to the battery’s enhanced performance. The use of silicon as an alternative to graphite in anodes is becoming increasingly popular among battery manufacturers due to its potential for improved efficiency, lower costs, and enhanced safety. Solid-state batteries, known for their higher storage capacity and improved safety compared to liquid electrolyte-based cells, represent the future of the battery industry.
By referring to their new factory as “giga-level,” ProLogium draws inspiration from Tesla’s gigafactories, which produce battery cells for the electric vehicle giant. For ProLogium, this factory serves as a proof of concept for scaled production, with plans for future expansion in Europe. Notably, the company has announced the construction of a gigafactory in Dunkirk, France. These newer facilities are characterized by higher manufacturing efficiency, with the Taoyuan plant boasting an output efficiency 2.6 times greater than that of the original plant and double the assembly speed.
ProLogium’s ambition and progress are readily apparent in the impressive visuals provided by the company, showcasing the towering structure and advanced production lines within the factory. As the company eyes global expansion, starting with France, the future becomes increasingly promising for ProLogium and its innovative battery technology.
FAQ:
Q: What is the significance of ProLogium’s new factory in Taoyuan City?
A: The factory is a major milestone in ProLogium’s battery technology development, aimed at producing power packs for 26,000 electric vehicles and bringing its solid-state battery to the market.
Q: How many individuals will be employed by the factory?
A: The facility aims to employ up to 1,200 individuals.
Q: What is the battery cell developed by ProLogium?
A: ProLogium has developed a groundbreaking flat, rectangular battery cell capable of delivering an 80% charge in just 12 minutes.
Q: What is the range increase for the Mercedes EQE 350+ using ProLogium’s battery?
A: The range per charge for the Mercedes EQE 350+ increases by a significant 79%, allowing for a remarkable 447 miles of driving distance.
Q: What is the key feature of ProLogium’s solid-state power pack?
A: The power pack features a “high-silicon” anode, which contributes to enhanced performance and is becoming popular among battery manufacturers for its potential in improved efficiency, lower costs, and enhanced safety.
Q: How does ProLogium refer to its new factory?
A: ProLogium refers to its new factory as “giga-level,” drawing inspiration from Tesla’s gigafactories.
Definitions:
1. Solid-state battery: A type of battery that uses solid electrolyte instead of liquid electrolyte, known for higher storage capacity and improved safety compared to traditional liquid electrolyte-based cells.
2. Anode: The electrode in a battery through which current flows into the battery during discharge.
3. Gigafactory: A large-scale production facility for batteries, inspired by Tesla’s gigafactories, which produce battery cells for electric vehicles.
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