Introduction

The North American Charging Standard connector reached 48.2 percent market share as of January 2026 with almost 37,500 NACS DC fast-charging connectors installed nationwide, while the Combined Charging System Combo 1 connector holds 40.4 percent market share with over 31,350 connectors. Most major automakers announced adoption of NACS for North American EVs beginning with the 2025 model year between May 2023 and February 2024, with the J3400 standard finalized in September 2024 allowing manufacturers to develop NACS charging solutions independently. Fleet charging infrastructure advances with Megawatt Charging System technology enabling charging rates up to 3.75 megawatts, fast enough for heavy-duty electric vehicles to top up during mandated driver breaks or loading operations. Residential Level 2 EV charger installations typically cost between $1,000 and $3,500 including hardware, labor, wiring, permits, and installation, with panel upgrades adding $1,000 to $5,000 when required. Utility rebate programs provide substantial support, with some programs covering up to 100 percent of equipment costs and others offering combined charger purchase and installation rebates reaching 90 percent of total project costs. The federal 30C alternative fuel vehicle refueling property credit providing 30 percent cost offset up to $1,000 for residential installations expires June 30, 2026, creating urgency for homeowners and businesses planning projects. At Shaffer Construction, Inc., we help Los Angeles property owners navigate connector standards, optimize installation costs, and maximize available utility and federal incentives through expert commercial EV charger installations and residential charging solutions. Here are this week's most significant developments.

NACS Connector Reaches 48.2 Percent Market Share with 37,500 DC Fast-Charging Stalls

The year 2026 began with almost 37,500 NACS also known as SAE J3400 DC fast-charging connectors installed nationwide, over 31,350 CCS1 connectors, and less than 8,900 CHAdeMO connectors. The market share of NACS amounted to 48.2 percent, down slightly from 49.3 percent a year ago, while CCS1 increased its market share to 40.4 percent. The slight decrease in NACS market share reflects continued buildout of CCS1 infrastructure by non-Tesla charging networks even as automakers transition to NACS for future vehicle models. Source: EV Charging Stations.

Between May 2023 and February 2024, most major automakers announced plans to adopt NACS for their North American EVs beginning with the 2025 model year, replacing the Combined Charging System Combo 1 connector. In September 2024, the J3400 standard was finalized, effectively allowing other automakers and suppliers to develop NACS charging solutions without Tesla's cooperation. This standardization removes dependency on Tesla for licensing and enables competitive development of NACS-compatible charging hardware by multiple manufacturers. Source: U.S. News.

Several manufacturers have begun rolling out native NACS ports on 2026 model year vehicles. Mercedes has begun rolling out standard NACS ports for its 2026 model year vehicles. Updated 2026 models such as the Genesis GV60 and the Electrified GV70 SUV come with native NACS ports. The redesigned 2026 Nissan Leaf comes with native NACS. Starting with the 2026 model year, all Rivian models including the R1T pickup and R1S SUV come with NACS ports. This standard has been adopted by all large automakers, with manufacturers and charge point operators transitioning to NACS by 2025. Source: EV Charging Stations.

For Los Angeles property owners installing new charging infrastructure, the NACS transition creates planning considerations. While existing CCS1 infrastructure remains relevant as millions of vehicles on the road use this connector, new installations should consider dual-connector capability or NACS compatibility to serve the growing population of vehicles equipped with native NACS ports. As we discussed in our coverage of Stellantis gaining access to over 20,000 Tesla Superchargers, the NACS standard enables broader charging network access for drivers, making properties with NACS-compatible charging infrastructure more attractive to tenants and customers.

Fleet Charging Advances with Megawatt Charging System Supporting 3.75 MW Rates

The Megawatt Charging System enables commercial electric vehicles to charge at rates of up to 3.75 megawatts, fast enough for heavy-duty EVs to top up during mandated driver breaks or loading and unloading operations. This charging capability addresses one of the primary challenges for commercial fleet electrification by enabling rapid charging that fits within existing operational workflows rather than requiring extended downtime dedicated exclusively to charging. Kempower's MCS chargers are deployed at commercial sites in Norway, Sweden, and California, demonstrating the technology's viability in real-world fleet operations. Source: Charged EVs.

In 2026, ownership cost and innovation are defining how businesses move forward with fleet electrification. One of the biggest shifts in 2026 is in Heavy Goods Vehicles which make up roughly 16 percent of domestic transport emissions in major markets, yet few are electric due to high electricity consumption requirements and the need for rapid charging to maintain operational efficiency. Megawatt charging addresses these challenges by delivering sufficient power to recharge large battery packs in timeframes compatible with commercial vehicle operations. Source: FleetPoint.

Simple optimizations for fleet charging include shifting charging schedules to off-peak hours to reduce demand charges, utilizing solar or other renewables for on-site charging to lower energy costs and improve sustainability metrics, using battery storage strategically to buffer grid demand and capture low-cost electricity, and treating vehicles as mobile energy assets that can participate in demand response programs. These strategies enable fleet operators to minimize charging costs while maintaining operational requirements. At CES 2026 in January, Autel Energy launched its Avant family of products aimed at fleet depots, logistics hubs, and autonomous vehicle operations, with the product line focusing on automated vehicle plug-in and routine equipment diagnostics. Source: EV Infrastructure News.

For Los Angeles commercial properties with fleet operations or considering fleet charging as a revenue opportunity, megawatt charging represents the cutting edge for heavy-duty applications, while Level 2 and DC fast-charging in the 50 to 350 kilowatt range serves light-duty commercial vehicles effectively. Shaffer Construction can assess your fleet charging requirements through comprehensive electrical load studies to determine electrical infrastructure needs, recommend appropriate charging equipment based on vehicle types and operational patterns, and design installations that optimize costs through strategic use of load management, energy storage, and renewable energy integration.

Residential Installation Costs Range $1,000 to $3,500 for Level 2 Charging

Most homeowners spend between $1,000 and $3,500 to install a Level 2 charging station, though costs can range from $1,200 to $4,000 depending on various factors. A typical Level 2 EV charger installation costs between $800 and $3,000 all-in, including the charger hardware, electrician labor, wiring, permit, and installation. The wide range reflects variability in site conditions, electrical infrastructure requirements, and equipment selection. Source: The Electricians Co.

Key cost factors include electrical panel capacity, distance between the charger and panel, and the complexity of routing wiring. Panel upgrades can cost between $1,000 and $5,000 depending on amperage and complexity when existing electrical service lacks sufficient capacity to support charging equipment. The charger unit itself can range from $400 to $1,200 or more, with basic Level 2 chargers costing around $400 to $600 while smart chargers with WiFi connectivity, mobile app control, and advanced features command higher prices. Installation permits typically cost between $50 and $300 depending on local jurisdiction requirements. Source: SimpleSwitch.

Level 2 charger prices are expected to fall slightly in 2026 as manufacturing scales up and competition increases, while DC fast chargers remain expensive but may trend downward as deployment volumes grow. More automakers adopting Tesla's NACS standard will improve compatibility and could simplify installation while lowering hardware costs through increased standardization. Charging-as-a-Service is emerging as a game-changing solution, allowing third-party providers to own, install, operate, and maintain charging infrastructure, removing upfront capital requirements for property owners in exchange for ongoing service fees or revenue sharing arrangements. Source: A1 Solar Store.

For Los Angeles homeowners, installation costs can be optimized through strategic planning including locating charging equipment near the electrical panel to minimize wiring runs, selecting appropriate charger power levels based on vehicle charging capability rather than over-specifying equipment, combining charging installation with other electrical work to share permit and labor costs, and leveraging available federal and utility incentives to offset total project costs. As we noted in our discussion of home EV charging becoming a major real estate trend, properties with charging infrastructure see enhanced marketability and value, providing returns that extend beyond simple cost recovery from avoided public charging expenses.

Utility Rebate Programs Cover Up to 100 Percent of Equipment Costs

Utility rebate programs provide substantial support for residential and commercial charging installations. PG&E's Residential Charging Solutions program offers eligible customers a rebate covering up to 100 percent of the purchase price of charging equipment. Pasadena Water and Power offers residential electric customers a $600 rebate for WiFi-enabled EV chargers. Xcel Energy residential customers may be eligible for a rebate of up to $1,300 on home wiring costs related to installing a Level 2 charger, while Holy Cross Energy residential customers are eligible for up to $549 in rebates towards the purchase of a Level 2 charger. Source: PG&E.

Commercial programs offer even more substantial support. Certain EV charging stations receiving electric service from Atlantic City Electric, PSE&G, Rockland Electric, or JCP&L may be eligible for additional incentives directly from the utility, with projects potentially eligible for up to 90 percent of combined charger purchase and installation costs. New Jersey's Regional Greenhouse Gas Initiative Medium- and Heavy-Duty EV Charging Program application period opened on January 1, 2026, offering awards of up to $225,000 per DC fast charger. The program closes on May 31, 2026, creating a clear application window for eligible fleet and commercial charging projects. Source: NJ Clean Energy.

State programs continue evolving in 2026. Maryland's EVSE Rebate Program had a budget update on January 5, 2026, and after April 1, 2026, initial funding allocation limits between residential and commercial applications will be removed, providing greater flexibility for applicants. New Jersey's Charge Up Residential Charger Program offers a $250 rebate for the purchase of an eligible charger. The Colorado EV tax credit decreased starting January 1, 2026, reflecting the dynamic nature of state incentive programs that adjust based on budget availability and policy priorities. Source: Maryland Energy.

For Los Angeles property owners served by Los Angeles Department of Water and Power and Southern California Edison, utility programs provide significant incentive opportunities that stack with federal tax credits. As we covered in our analysis of workplace charging utilization surging 57 percent, commercial properties can capture multiple incentive programs simultaneously, dramatically reducing net project costs while implementing infrastructure that enhances property competitiveness and generates ongoing value through increased tenant satisfaction and property valuations.

Federal Tax Credit Expires June 30, 2026, Creating Installation Urgency

The federal 30C alternative fuel vehicle refueling property credit provides 30 percent of costs up to $1,000 for residential charging equipment, but is available only for property placed in service by June 30, 2026. The credit applies to the combined cost of installation, charging equipment, and related materials, making it a valuable incentive for homeowners installing charging infrastructure. However, the approaching expiration creates urgency for property owners to complete installations within the next six months to capture this federal benefit. Source: Alternative Fuels Data Center.

Commercial and multifamily properties benefit from substantially higher credit limits, with eligible projects potentially receiving credits reaching tens of thousands of dollars depending on the scale of charging infrastructure deployment. The 30 percent credit rate applies consistently across residential and commercial installations, but the maximum credit amounts vary significantly by property type. Combined with utility rebate programs that can cover substantial portions of equipment and installation costs, properties can achieve net project costs far below baseline estimates through strategic stacking of available incentives. Source: Resound Energy.

Installation timelines require careful planning to ensure projects are completed before the June 30, 2026, deadline. The process typically includes initial site assessment to determine electrical capacity and charging equipment requirements, electrical load study if needed to confirm available capacity or specify required upgrades, equipment selection and procurement which can take several weeks for specialized charging hardware, permit applications and approvals with timelines varying by jurisdiction, installation scheduling and execution, and final inspection and commissioning to confirm code compliance. Properties should initiate projects immediately to allow sufficient time for all phases while maintaining schedule margin for potential delays. Source: Qmerit.

For Los Angeles properties across residential, commercial, and multifamily sectors, the June 30, 2026, deadline represents the final opportunity to capture federal tax credits for charging infrastructure. Shaffer Construction provides expedited project timelines through established permitting relationships, streamlined installation processes, and comprehensive project management ensuring installations are completed before the deadline while maximizing combined federal and utility incentives. Our experience with California building code requirements ensures installations comply with the state's 2026 EV-ready mandates while capturing all available financial benefits.

What These Developments Mean for Los Angeles Property Owners

The NACS connector reaching 48.2 percent market share with 37,500 stalls demonstrates the charging standard transition is well underway, with new vehicle models from major manufacturers featuring native NACS ports. Properties installing charging infrastructure should consider NACS compatibility to serve the growing population of vehicles equipped with this connector standard. Fleet charging advances with Megawatt Charging System technology enabling 3.75 megawatt charging rates for heavy-duty vehicles, creating opportunities for properties serving commercial fleets or considering fleet charging as a revenue-generating amenity.

Residential installation costs ranging $1,000 to $3,500 for typical Level 2 charging remain accessible for most homeowners, particularly when combined with utility rebates covering up to 100 percent of equipment costs and federal tax credits providing 30 percent cost offset. The variety of available incentive programs enables properties to dramatically reduce net project costs through strategic stacking of federal, utility, and state benefits. However, the June 30, 2026, federal tax credit deadline creates clear urgency requiring immediate project initiation to ensure completion before this significant incentive expires.

For Los Angeles properties, the convergence of NACS standardization, advancing fleet charging technology, accessible installation costs, substantial utility rebates, and the approaching federal deadline creates optimal conditions for charging infrastructure implementation. Properties that act now can capture maximum available incentives while establishing charging capabilities that serve evolving vehicle populations, enhance property competitiveness, and generate long-term value through increased tenant satisfaction and property valuations. Shaffer Construction provides comprehensive support from initial assessment through final commissioning, ensuring projects meet all technical requirements, maximize available incentives, and deliver superior functionality and reliability.

Conclusion

The NACS connector reached 48.2 percent market share as of January 2026 with almost 37,500 DC fast-charging stalls installed nationwide while CCS1 holds 40.4 percent with over 31,350 connectors. Major automakers transitioned to NACS for 2025 and 2026 model year vehicles following J3400 standard finalization in September 2024. Fleet charging advances with Megawatt Charging System technology enabling 3.75 megawatt charging rates for heavy-duty electric vehicles to recharge during mandated breaks. Residential Level 2 charging installations typically cost $1,000 to $3,500 including equipment, labor, and permits, with panel upgrades adding $1,000 to $5,000 when required. Utility rebate programs provide substantial support with some covering up to 100 percent of equipment costs and others offering combined rebates reaching 90 percent of total project costs. The federal 30C tax credit providing 30 percent cost offset up to $1,000 for residential installations expires June 30, 2026, creating urgency for property owners to complete projects before this deadline. For Los Angeles properties, the combination of connector standardization, advancing technology, accessible costs, substantial rebates, and expiring federal incentives creates compelling reasons to implement charging infrastructure immediately.

Ready to explore EV charging options for your Los Angeles property before the June 30, 2026, federal tax credit deadline? Contact Shaffer Construction, Inc. for a complimentary site assessment and expert guidance on maximizing available incentives while implementing charging infrastructure that serves current and future vehicle populations.

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