- WattEV has placed an order for 370 Tesla Semi trucks to accelerate electric freight transportation operations across California ports and logistics routes.
- The deployment includes multiple megawatt charging depots and supports California’s long-term carbon-neutral freight transportation targets.
Tesla and WattEV are moving forward with one of the largest electric freight truck deployments announced in California, marking a major step in the transition toward zero-emission heavy-duty transportation in the United States. On May 5, WattEV CEO Salim Youssefzadeh confirmed an order for 370 Tesla Semi trucks with an estimated value of nearly USD 100 million. The trucks are scheduled to be manufactured at Tesla’s dedicated Semi production facility located at Gigafactory Nevada, supporting the rapid expansion of commercial electric freight mobility infrastructure across the state.
The first batch of 50 Tesla Semi trucks is expected to enter service during 2026, while the remaining fleet deliveries are targeted for completion before the end of 2027. The initial rollout aligns with WattEV’s broader charging infrastructure expansion strategy, which includes the opening of dedicated truck-charging hubs at the Port of Oakland and Fresno. These facilities will utilize Tesla’s Megawatt Charging System technology, enabling a Tesla Semi truck to recover approximately 300 miles of driving range in nearly 30 minutes, significantly improving operational efficiency for freight carriers operating on demanding regional transport routes.
California Electric Freight Deployment Timeline
The deployment roadmap combines vehicle deliveries with charging infrastructure expansion to ensure commercial readiness for large-scale freight electrification operations throughout California’s logistics network.
| Project Element | Timeline |
|---|---|
| First 50 Tesla Semi Deliveries | 2026 |
| Complete 370 Truck Fleet Delivery | End of 2027 |
| Port of Oakland Charging Station Opening | 2026 |
| Fresno Charging Depot Launch | 2026 |
| Stockton Depot Expansion | 2025 |
| Sacramento Facility Groundbreaking | 2026 |
More than 300 of the ordered Tesla Semi trucks will be integrated into a collaborative freight electrification initiative developed alongside the Port of Oakland. The program focuses on electrifying drayage transportation and regional logistics routes that currently rely heavily on diesel-powered heavy commercial vehicles. The initiative is expected to contribute toward California’s long-term carbon-neutral freight transportation objectives while helping logistics operators transition to cleaner fleet operations without compromising route efficiency or operational scalability.
WattEV stated that the Tesla Semi platform was selected primarily due to its combination of cost competitiveness, operational performance, and vehicle availability. According to Salim Youssefzadeh, the trucks complement WattEV’s integrated business model that combines electric truck deployment, megawatt charging infrastructure, and leasing services into a turnkey ecosystem for freight carriers. This vertically integrated approach is designed to reduce fleet transition complexity for logistics companies seeking to adopt zero-emission transportation solutions at commercial scale.
WattEV has already accumulated millions of electric driving miles throughout California through existing freight operations connected to the Ports of Long Beach and Los Angeles. The latest Tesla Semi deployment further strengthens the company’s position in the heavy-duty electric freight sector while also reinforcing California’s role as one of the leading regions globally for commercial transportation electrification initiatives. Expanding charging infrastructure across multiple logistics corridors is expected to play a critical role in improving fleet utilization and supporting broader adoption of battery-electric heavy trucks across the freight industry.
Frequently Asked Questions
How many Tesla Semi trucks did WattEV order?
WattEV announced an order for 370 Tesla Semi trucks as part of a large-scale electric freight transportation expansion initiative in California. The fleet is valued at approximately USD 100 million and will be manufactured at Tesla’s dedicated Semi production facility at Gigafactory Nevada. Deliveries are expected to begin with the first 50 trucks in 2026, while the complete fleet rollout is targeted for completion by the end of 2027 as charging infrastructure deployment continues across major logistics hubs.
What charging technology will support the Tesla Semi fleet?
The Tesla Semi fleet will be supported by Tesla’s Megawatt Charging System technology installed at multiple WattEV charging depots in California. These high-capacity charging systems are designed to provide nearly 300 miles of driving range to a Tesla Semi truck within approximately 30 minutes. Charging stations are planned at the Port of Oakland, Fresno, Stockton, and Sacramento to support freight operations, improve fleet turnaround efficiency, and accelerate the transition toward zero-emission heavy-duty transportation networks.
Why is the Port of Oakland important for this project?
The Port of Oakland plays a central role in the project because more than 300 Tesla Semi trucks will support freight and drayage operations linked to the port region. The initiative aims to reduce emissions from heavy commercial transportation while supporting California’s broader carbon-neutral freight objectives. Electrifying drayage routes connected to ports is considered a major step toward cleaner logistics operations because these transport corridors typically involve high-frequency heavy-duty truck activity and significant diesel fuel consumption.
Why did WattEV select the Tesla Semi platform?
WattEV selected the Tesla Semi platform based on factors including vehicle performance, cost efficiency, and production availability. According to the company, the trucks align with its integrated operating model that combines electric vehicle deployment, charging infrastructure, and leasing services into a single ecosystem for freight carriers. This approach allows logistics operators to simplify fleet electrification adoption while improving operational reliability, charging access, and long-term sustainability across regional transportation routes.
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