Introduction

The middle of the first full week of April 2026 brings a concentrated batch of EV charging industry developments that together illustrate how the market is maturing on multiple fronts simultaneously. SWTCH Energy has launched SWTCH Tap, a new NFC-based charging authentication system that works even when cellular networks are down, directly addressing one of the most frustrating reliability issues that has plagued public EV charging for years. Fresh data from the first quarter of 2026 shows the number of non-Tesla NACS DC fast charging stalls surging past 2,500, representing a 41 percent increase in just three months and signaling that the broader charging industry is rapidly closing the gap with Tesla's Supercharger network. The Rivian and Volkswagen joint venture has cleared a critical winter testing milestone that unlocks an additional $1 billion in investment. Uber has expanded its nationwide EV grant program to provide tiered incentives of up to $6,500 for drivers switching to electric vehicles. And the broader charging industry is shifting its focus from raw stall count to real-world usability, with ultra-fast 350-kilowatt charging becoming increasingly mainstream across North American and European networks. For Los Angeles property owners and businesses planning EV charger installations, these developments underscore the value of working with a licensed electrical contractor like Shaffer Construction, Inc. to design infrastructure that embraces the latest reliability, connector, and power standards.

SWTCH Energy Launches Offline EV Charging With SWTCH Tap NFC Authentication

One of the most persistent frustrations facing EV drivers has been the dependence of public charging on reliable cellular connectivity, with drivers frequently unable to start charging sessions when stations lose their network connection or when the driver's phone has no signal. SWTCH Energy is addressing this problem directly with the launch of SWTCH Tap, a new NFC-based authentication capability that allows drivers to start a charging session with a single tap of their smartphone against the charger, even when cellular connectivity is completely unavailable. As Electric Autonomy Canada reported on the SWTCH Tap launch, the system uses local edge computing through SWTCH Nexus and cached user credentials stored on the charger hardware itself to authenticate sessions without any cloud handshake, with transaction data syncing automatically once connectivity is restored.

The SWTCH Tap launch represents an important validation of a broader industry shift toward charging reliability that we have been covering throughout 2026. As we noted when California's new EV charger reliability standards took effect on April 1 requiring 97 percent uptime, the regulatory environment is increasingly focused on the reliability of charging sessions rather than simply the number of charging stalls deployed. For Los Angeles commercial property owners, selecting charging hardware and networks that incorporate robust offline functionality, edge computing, and local authentication provides protection against the cellular outages, network failures, and software glitches that can otherwise strand drivers at broken chargers. Shaffer Construction works with Los Angeles commercial clients to evaluate charging hardware options from manufacturers including ChargePoint, SWTCH, Tesla, and others to identify systems that balance performance, reliability, and long-term supportability.

Non-Tesla NACS DC Fast Charging Stalls Surge Past 2,500 in Q1 2026

The rapid industry shift toward Tesla's NACS connector standard reached another milestone at the end of the first quarter of 2026, with the number of non-Tesla NACS DC fast charging stalls exceeding 2,500 and growing by approximately 41 percent, or 723 stalls, in just the first three months of the year. As EVChargingStations.com reported on the non-Tesla NACS deployment acceleration, charging networks other than Tesla installed nearly 2,300 new DC fast charging stalls in Q1, which is almost twice the number Tesla added to its own Supercharger network during the same period. The networks with the highest number of NACS stalls outside of Tesla's Supercharger network are ChargePoint with 607 stalls, Ionna with 376 stalls, and BP Pulse with 172 stalls, with many other networks following close behind.

The NACS deployment pace is particularly important for Los Angeles commercial property owners planning charging installations today. As we covered when EVgo announced plans to deploy more than 500 NACS connectors across 25 states in 2026, the competitive pressure on charging networks to offer NACS connectivity is accelerating. For property owners selecting charging hardware, this means that NACS-ready equipment is now broadly available from the major manufacturers and should be strongly preferred for new commercial installations serving mixed EV fleets. Shaffer Construction designs commercial EV charging projects that deploy NACS-compatible hardware from established manufacturers, ensuring your investment serves both today's NACS-equipped Tesla, Rivian, Ford, and GM vehicles and the growing population of new EVs arriving with native NACS ports from the factory.

Rivian and Volkswagen Joint Venture Unlocks $1 Billion With Winter Testing Milestone

One of the most ambitious automotive software partnerships in the EV industry reached a critical milestone with the Rivian and Volkswagen Group joint venture successfully completing winter testing of Rivian's electrical architecture and software stack in Volkswagen prototypes, unlocking an additional $1 billion in investment from the German automaker. As Electrek reported on the Rivian-VW milestone, the testing included prototypes of Volkswagen's upcoming ID.EVERY1 subcompact EV running Rivian's software-defined vehicle architecture, with sessions conducted in both Phoenix, Arizona, and the extreme cold of Arjeplog, Sweden. The joint venture deal is sized at up to $5.8 billion total and is designed to accelerate both Rivian's R2 launch in the first half of 2026 and Volkswagen's next-generation EV platform arriving starting in 2027.

For Los Angeles commercial property owners, the Rivian-Volkswagen partnership matters because it signals that mainstream European automakers are committing to modern, software-defined vehicle architectures that will deliver consistent over-the-air updates, advanced charging management, and eventually higher-power fast charging capabilities. As we covered when reporting on Rivian R2 production ramping up alongside earlier VW milestones, the practical result for the Los Angeles market will be more capable EVs demanding more capable charging infrastructure over the next several years. Shaffer Construction provides the electrical engineering and installation expertise to ensure commercial charging projects can accommodate the software-defined EVs arriving in 2027 and beyond without expensive infrastructure retrofits.

Uber Expands Nationwide EV Grant Program With Tiered Incentives Up to $6,500

Rising gas prices and the loss of federal EV tax credits have created an opening for private companies to step in with targeted EV adoption incentives, and Uber is expanding its Go Electric grant program nationwide with a tiered structure that can provide up to $6,500 in total incentives to drivers switching from gasoline to battery electric vehicles. As Auto Connected Car News reported on the Uber grant expansion, the top $4,000 Go Electric grant is reserved for drivers who achieve Platinum or Diamond status in Uber Pro and who hit a 100-trip minimum, with additional incentives available for drivers who complete specific charging and EV ownership milestones. The expanded program comes as rideshare drivers face substantial economic pressure from gas prices that have climbed past four dollars per gallon in most U.S. markets.

The Uber program is particularly relevant for Los Angeles, which has one of the largest rideshare driver populations in the country and where EV adoption among commercial drivers directly increases demand for residential and commercial charging infrastructure. As we covered when reporting on rising gas prices driving record EV interest and California's $200 million rebate program, the economic pressure to electrify is intense for high-mileage drivers, and rideshare drivers are among the most sensitive to fuel costs. Shaffer Construction provides residential EV charger installation services across Los Angeles that help rideshare drivers, high-mileage commuters, and working households install professional Level 2 charging at home to capture the maximum economic benefit of switching to an electric vehicle.

Ultra-Fast 350-Kilowatt Charging Becomes Mainstream as Industry Shifts to Usability

The EV charging industry in 2026 is undergoing a fundamental shift in focus from raw stall count to real-world usability, with ultra-fast charging speeds of 350 kilowatts or higher becoming increasingly mainstream across North American and European networks. As GreenCars reported on the 2026 charging industry transition, compatible EVs can now reach 80 percent state of charge in roughly 15 to 20 minutes at 350-kilowatt and higher stations, and approximately 20 percent of ultra-fast chargers in the European Union already deliver 350 kilowatts or more. The industry is also deploying advanced monitoring systems that track equipment performance and automatically identify outages, addressing the reliability complaints that have long plagued public charging.

For Los Angeles commercial property owners, the shift toward 350-kilowatt and higher mainstream charging power means that electrical infrastructure designed today should accommodate high-power hardware rather than settling for the 50 to 150 kilowatt stations that were the commercial standard just a few years ago. Properties designed with service entrances, transformer capacity, and switchgear sized for 350-kilowatt or higher charging hardware position themselves to serve the next generation of ultra-fast charging EVs without expensive retrofits. Shaffer Construction provides comprehensive electrical load studies and infrastructure design services for Los Angeles commercial properties, ensuring that charging installations are right-sized for both current hardware and the ultra-fast charging becoming standard across the industry.

Conclusion

This week's developments show an EV charging industry maturing rapidly on multiple dimensions. SWTCH Energy's offline charging capability directly addresses the reliability complaints that have dogged public charging since its earliest days, while the surge of non-Tesla NACS deployment to more than 2,500 stalls demonstrates that the connector standardization is moving faster than most industry observers predicted. The Rivian-Volkswagen joint venture milestone ensures that the next generation of European EVs will arrive with modern software-defined architectures ready for advanced charging capabilities, Uber's expanded grant program is putting real money into the hands of rideshare drivers switching to EVs in markets like Los Angeles, and the mainstream adoption of 350-kilowatt charging is reshaping what commercial infrastructure projects should be designed to support. For Los Angeles property owners, the consistent thread is that charging infrastructure decisions made today will be evaluated against rapidly evolving industry standards, and partnering with a licensed electrical contractor with deep experience in EV charging design and installation is the best way to ensure your project delivers value for years to come.

Ready to install EV charging infrastructure that meets the growing demand from electric vehicle drivers across Los Angeles? Shaffer Construction, Inc. provides expert design, permitting, and installation services for residential and commercial charging systems, electrical load studies, and complete project management that helps you capture available incentives including the federal 30C tax credit and LADWP rebates before their respective deadlines.

Shaffer Construction, Inc.
325 N Larchmont Blvd. #202
Los Angeles, CA 90004
Phone: (323) 642-8509
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Website: www.shaffercon.com