Tesla and Ford Forge New Partnership: Ford To Incorporate Tesla Charge Port (NACS) in Future EVs

May 29, 2023

By Kevin Armstrong

Ford will add a Tesla (NACS) port to its future EVs

Tesla

In a move that attests to Elon Musk's words on fostering industry collaboration over competition, Tesla and Ford have announced a partnership to enable the latter's electric vehicles access to Tesla’s extensive Supercharger network.

Ford's Green Light to Tesla's Charging Technology

Contrary to earlier speculations that Tesla's move to open its proprietary charging connector might be a futile attempt at standardization, Ford has embraced the North American Charging Standard (NACS) - Tesla's charging system. With this, Tesla’s charging plug design, known for some advantages over the current CCS standard, might start gaining traction across the North American EV sector.

This agreement with Tesla allows Ford EV owners to enjoy the expansive Supercharger network through an adapter named “Magic Dock,” which is being deployed at Superchargers. Starting early next year, Ford EV customers will have the luxury of charging at more than 22,000 stations — 12,000+ Tesla Superchargers and 10,000+ DC fast-chargers already part of the BlueOval Charge Network.

Ford EVs to Directly Integrate Tesla's Connector

Signaling a significant step in EV charging standards, Ford plans to incorporate Tesla’s NACS connector into its future electric vehicles starting in 2025. This will allow Ford EVs to access Tesla Superchargers without needing an adapter directly. More importantly, it could allow Ford vehicles to charge at more Superchargers, which do not have the Magic Dock adapter. Jim Farley, Ford's president and CEO, expressed enthusiasm about this breakthrough agreement, hailing it as vital for Ford's growth as an EV brand.

The impressive reliability of Tesla’s Supercharger network was a major factor in Ford's decision to facilitate the use of the network for its EV owners. Tesla's Superchargers have a near-perfect uptime rate of 99.95%, offering a dependable solution to the charging needs of Ford's EV customers.

Evolution of the BlueOval Charge Network

Ford's existing charging network, the BlueOval Charge Network, already boasts over 84,000 chargers. The addition of Tesla Superchargers will bolster its infrastructure, significantly reducing range anxiety for Ford customers. In tandem, Ford plans to add approximately 1,800 public-facing fast chargers to the BlueOval Charge Network by early 2024.

Elon Musk’s Supportive Approach to Industry Collaboration

This partnership exemplifies Musk's commitment to industry collaboration over annihilating competition. Following a precedent set by Henry Ford's assembly line revolution, Tesla's continuous advancements in EV technology and strategic price reductions have led to questions about the future of other automakers in the EV market. However, unlike Ford's competitive approach a century ago, Tesla's actions aim to accelerate the advent of sustainable transport by enhancing access and efficiency of charging for all EVs.

This partnership is a significant milestone in the EV industry, setting a course toward a collaborative and innovative future. While it brings a superior charging experience for customers, it also propels the world’s transition to sustainable energy, emphasizing the shared goal of all players in the EV sector.

Tesla Stock Surges on Delivery Numbers and Record Energy Deployment in Q2 2024

July 2, 2024

By Karan Singh

Not a Tesla App

Tesla has provided information on its delivery and production numbers for Q2 2024 today.

One of the biggest things of note is the 9.4GWh of energy storage products - Megapacks and Powerwalls - deployed in Q2, which is the highest deployment in a single quarter. Tesla deployed 4.05GWh last quarter, so this more than doubles their deployments compared to Q1.

Vehicle Numbers

Tesla produced approximately 411,000 vehicles and delivered 444,000 in the second quarter of 2024, with the vast majority being the Model 3 and Model Y, as expected. This largely beat analyst expectations and TSLA was up 10.20% on the day.

There was a slowdown in production, seen in China, and during the tooling-up phases for Cybertruck and the Model 3 Performance. With Semi also entering High-Volume Production, and work ongoing for a new supercomputer cluster, Tesla has been making quite a few capital expenditures that have impacted vehicle productivity.

See the chart below for specifics on vehicle production and deliveries.

Tesla's production and deliveries breakdown.

Not a Tesla App

With the general cooling of the EV Market, Tesla has managed to have one of their best quarters ever. Q2 of 2024 ranks as Tesla’s third-best quarter. Only in Q2 of 2023 (466k vehicles) and Q4 of 2023 (485k vehicles) has Tesla delivered more vehicles. The stock has surged, passing the $230 mark for the first time since early January.

Investors are taking the news well, and Tesla expects to continue its growth as the leading EV manufacturer based on Elon Musk’s words during the 2024 Shareholder Meeting, with a big focus on autonomy.

Tesla Patents Robotaxi Sanitization System - Reveals How It Will Work

July 2, 2024

By Karan Singh

Not a Tesla App

A new patent claimed by Tesla has revealed some additional details on the upcoming Robotaxi’s Sanitization System – which will automatically sanitize enclosed spaces. It discusses how Tesla expects to use this system, including some hints on the upcoming Robotaxi app. Rimac also recently announced their upcoming robotaxi, which looks a lot like what we may see in Tesla’s Cybercab.

Most interesting is that this patent isn’t strictly based on some specific systems in the Robotaxi itself but is rather based upon an overall routine and process for sanitizing enclosed spaces that are shared among multiple people, particularly around vehicle interiors. This means it is likely applicable to all of Tesla’s vehicles.

You can view the entire patent here, although we went through it all so you wouldn’t have to.

Sanitization

The sanitization patent is focused on observing and analyzing the conditions of the closed space and then generating a sanitization routine based on the conditions, and then finally executing it. This essentially means that the system will scan a vehicle, determine what kind of cleaning is required, and then conduct that cleaning.

Analysis - Interior & Exterior

Let’s take a look at the analysis portion first. There are a few key detection parameters – ambient temperature, humidity, the presence of pathogens or unclean air, and the presence or absence of certain conditions in the enclosed environment. Using a multitude of sensor data, including some from the vehicle itself, the system will create a sanitization plan.

The robotaxi's interior

Not a Tesla App

The sanitization plan doesn’t just include the interior of the vehicle – but can also consider external parameters like weather and vehicle usage history. Rain, snow, and mud could be some pretty big factors for a Robotaxi cleanup, and taking these into account is essential.

How It’ll Clean

Once the plan is generated, the system will utilize various sanitization routines, based on the plan that was generated. This can include using the HVAC systems, using UV lighting, using steam generators, and a few other processes. The system can also take into account whether the sanitization process can be accomplished by the resources available – e.g. if there is a human or humanoid robot available to accomplish some of the tasks.

There are a few basic methods described in the patent on how Tesla expects to sanitize vehicles, including blowing warm air toward the steering wheel, doors and windows, and the central display to sanitize. It also has a method to expose various parts of the vehicle, including the seats and seatbelts, to a sanitizing UV light.

There are some interesting and unique methods – using active or passive elements to create heat and sanitizing surfaces like the central touchscreen. That’s not all – the patent also talks about tilting the vehicle’s central display to reflect the sanitizing UV light around the vehicle. Tesla has some unique ideas on how to implement its automated sanitization process.

If there’s additional sanitization needed, the system can cooperate with external service robots (possibly Tesla’s Optimus), to sanitize the interior and exterior of the vehicle. It can also direct the Full Self Driving system to adjust the vehicle’s orientation, exposing certain parts of the interior to sunlight.

When and Where to Sanitize

Tesla expects this sanitization routine to begin running immediately after a passenger exits the vehicle, reducing downtime as much as possible between potential passengers. If the sanitization system identifies that deeper cleaning is needed, the system will redirect the vehicle in need of cleaning to a cleaning location, while another vehicle will be directed to the next potential passenger.

There are some Robotaxi-unique features, such as a disinfecting spray system and special disinfecting UV light that are not present in any of Tesla’s current vehicles. Whether these current vehicles will receive a refit or a refresh to include these features remains up in the air at this time, however, the patent did notably use the Model Y as the figure vehicle.

Some other features, such as using humidity, temperature, seatbelt retractors, seat adjustment motors, and motorized vents – are already in every Tesla vehicle.

Killing Germs

One of the most unique things about this patent is Tesla has looked at various airborne pathogens – such as SARS-CoV-2 (COVID-19), amongst others, and identified what temperatures and humidities will kill these off. It will use this information to change the ambient environment in the vehicle to one unsuitable for pathogens to survive, helping to prevent illnesses from transferring from one passenger to the next.

We’re going to see some unique things at Tesla’s Robotaxi unveiling on 8/8, and some more details of how this system functions will probably come up then. Sanitization of Robotaxis is absolutely one of the key steps that will help to build Tesla’s ambitious Robotaxi fleet – and we’re hoping to see more on how they expect to charge Robotaxis in the upcoming weeks.