Keynote, Other
The Autonomy Ecosystem: Energy (4 of 8)
- A rapid transition from owned vehicles to electric, self-driving fleets is anticipated to fundamentally reshape energy infrastructure, requiring significant shifts in generation, distribution, and storage capabilities.
- Divergent forecasts exist regarding petroleum demand, with industry executives predicting decades of continued growth due to emerging markets, while agencies like the IEA and Bloomberg project peak demand by 2020 followed by irreversible decline.
- To support a fully electric fleet in the U.S., electricity generation capacity must increase by 40% relative to 2015 levels, necessitating approximately 468 gigawatts of additional capacity or a build rate of 15 gigawatts annually over 30 years.
- Charging infrastructure strategies will shift based on ownership models, with fleet operators prioritizing central multi-story parking lots, dealership sites, or former oil stations, while industry bodies are urged to avoid proprietary connector standards wars.
- The auto retail landscape may evolve with traditional dealerships vanishing or transforming into fleet servicing hubs, as evidenced by existing partnerships between manufacturers like AutoNation and Waymo.
- Global battery production capacity requires between 14 and 27 Tesla-sized gigafactories, demanding $60 to $120 billion in aggregate capital expenditure depending on adoption speeds.
- Current lithium-ion chemistries necessitate 30 times more lithium and 20 times more cobalt than present mining levels, with a single year of manufacturing potentially consuming 4.5% of known cobalt reserves.
- Supply chain risks include political instability in the Democratic Republic of Congo, which caused production drops in 2017 and involves reports of 40,000 child laborers in cobalt mines, prompting major players to secure raw materials and researchers to develop alternatives like sodium-based glass electrolytes.
- Shell is expected to pursue strategic acquisitions, such as buying electric charging networks, to hedge against projected petroleum demand declines, while other deals may form among auto manufacturers to jointly create charging networks.
- Renewable-only energy transition scenarios would require intensified efforts to identify generation sites and invest in storage solutions, alongside specific location forecasting by the National Renewable Energy Lab for public charging stations.