According to Sawyer Merritt on X, Tesla is deploying an updated machine learning model that predicts a vehicle’s intent to charge using 9 million miles of aggregated and anonymized vehicle trajectory data collected within Supercharger geofences, aiming to reduce queue lengths and idle time at sites. As reported by Sawyer Merritt, the model improves demand forecasting and dynamic load balancing so site availability and routing in the in-car navigator can be optimized in real time, which can increase charger utilization and lower operational bottlenecks for Tesla’s charging business. According to Sawyer Merritt, better intent prediction also helps prioritize vehicles likely to plug in soon, informing smarter congestion control and potential preconditioning guidance that shortens charge sessions and improves throughput.

According to SawyerMerritt on Twitter, Tesla has begun rolling out Grok with Navigation Commands to owners in Australia and New Zealand, enabling Grok to add and edit navigation destinations and handle requests like finding top nearby Thai restaurants or Superchargers within walking distance. As reported by SawyerMerritt, this integrates Grok’s conversational assistant directly with in-car routing, reducing driver friction and enabling voice-first search-to-navigation flows. According to the post, the feature supports natural language queries for points of interest and charging, signaling a shift from static menu interactions to AI-driven intent handling. For businesses, this creates new local SEO and advertising opportunities tied to in-car discovery, while for Tesla it strengthens ecosystem stickiness and potential data advantages in mapping and real-time charging analytics, according to SawyerMerritt’s announcement.

According to Sawyer Merritt, Tesla and Chilean energy company Copec have announced a new partnership to install Tesla Supercharger stations along major highways in Chile. This collaboration will see Superchargers positioned at Copec filling stations every 200 kilometres, creating a corridor between La Serena and Puerto Montt, a stretch of about 1,500 kilometres. Each site will offer four charging points with up to 250 kW capacity, all powered by renewable energy from Copec Emoac. As reported by Sawyer Merritt, this infrastructure is designed to enable seamless long-distance electric vehicle travel and reflects the growing trend of integrating renewable energy with high-capacity EV charging solutions.