Key Takeaways
1. Elon Musk reduced Tesla’s workforce by over 10% to manage costs, impacting the Supercharger network division significantly.
2. After initially laying off the entire Supercharger team, Musk later decided to rehire many of its members.
3. Tesla aims to expand the Supercharger network at a slower rate while focusing on ensuring 100% uptime and improving existing stations.
4. The company introduced Prefabricated Supercharger Units (PSUs) to speed up installation and repair processes, allowing for quicker setup of new locations.
5. Tesla faces increasing vandalism threats, prompting the need for rapid repairs and enhanced maintenance solutions for Supercharger stations.
When Elon Musk encountered a drop in demand and increasing expenses at Tesla last spring, he reduced the workforce by over 10% to manage costs effectively.
This move affected individuals in the Supercharger network division, which is tasked with both the installation of new stations and the maintenance of existing ones. However, Musk felt dissatisfied with the extent of the layoffs in that area, and after receiving resistance from department head Rebecca Tinucci, he dismissed the entire Supercharger team of 500 employees.
“Tesla still aims to expand the Supercharger network, albeit at a slower rate for new sites, focusing more on ensuring 100% uptime and enhancing current locations,” Musk remarked at that moment.
Rehiring and Changes
As is often the case, Musk later decided to rehire many members of the Supercharger team, although Rebecca eventually took a position at Uber.
It appears that Tesla may require all the maintenance personnel for the Supercharger network, especially since Elon Musk’s political actions have led to numerous vandalism incidents at Tesla charging stations and showrooms.
Tesla has now committed to replacing any damaged Superchargers within 48 hours, and for more extensive damages, the prefabricated design developed by the Tesla Giga New York team in Buffalo will be useful. Known as Prefabricated Supercharger Units (PSUs), these include multiple piles already mounted on a shared concrete foundation, with all necessary electrical wiring completed and ready to connect to the power grid.
Faster Repair Solutions
“This enables us to set up new locations significantly quicker – allowing construction to wrap up in days instead of weeks,” stated Tesla at the time. The PSU method is particularly beneficial now, as Tesla faces an uptick in vandalism threats.
Previously, Tesla dealt with issues of Supercharger cables being frequently cut, either as a form of protest against electric vehicles or simply to harvest the copper for sale. To combat the cable-cutting problem, Tesla branded its cables with a logo to prevent resale, but with activists now directly vandalizing Supercharger stations, they need to replace more than just the cables.
For example, when the first Tesla Supercharger station caught fire in Littleton, Massachusetts, on the night of March 3, Tesla had the damaged piles replaced by March 5, allowing owners to charge their vehicles as usual.
Thus, the same PSU production strategy that enables Tesla to expand its Supercharger network much more rapidly and at up to 70% lower costs than competitors might now prove advantageous in maintaining operational Supercharger stations amid current vandalism issues.
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