Tesla has unveiled a new "Accordion" Supercharger design, a pre-assembled unit capable of deploying 16 charging stalls more rapidly and at a significantly lower cost. This innovative approach, which could make all future Supercharger installations factory-built, is designed to invigorate the company's charging infrastructure growth after a period of slower buildout. The move comes as Tesla pushes to expand access to its widely used charging network.
New York City has chosen Brooklyn-based 'it’s electric' to deploy its permanent curbside electric vehicle charging network across all five boroughs. This initiative will see hundreds of new chargers installed over the next three years, replacing existing pilot infrastructure to support the city's growing EV adoption.
The Ionna electric vehicle charging network, backed by major automakers, has experienced significant growth, expanding its footprint by 50% in just half a year. This rapid buildout underscores the commitment to developing a robust charging infrastructure across North America to support the increasing adoption of EVs.
The EV charging industry is re-evaluating its approach to infrastructure, with a growing focus on deploying more charging stations at slightly lower power levels rather than chasing ultra-fast, high-power installations. This shift aims to optimize network profitability by maximizing charger uptime and increasing user access, addressing the economic realities of operating a robust public charging ecosystem.
Minnesota is significantly expanding its EV charging infrastructure with a proposed $41 million investment to establish 40 new fast-charging sites. This initiative aims to extend charging access beyond major interstate corridors, bringing crucial infrastructure to more communities across the state. The move will help alleviate range anxiety and support broader EV adoption for Minnesota drivers.
As EV charging networks expand, efficient and reliable infrastructure installation becomes paramount. A new webinar explores the practical applications and challenges of cable-in-conduit solutions, offering insights for improving installation performance and long-term durability in EV, utility, and industrial projects.
The strategic importance of energy management is growing as businesses integrate DC fast charging into their operations. Modern Energy Management Systems (EMS) offer real-time control and optimization by connecting charging infrastructure with generation, storage, and building systems. This integrated approach helps companies reduce costs and improve overall energy efficiency.
Increasingly severe climate events, from prolonged heatwaves to destructive wildfires and droughts, are compelling businesses to re-evaluate their infrastructure and operational strategies. This summer's intense conditions highlight the urgent need for significant investment in electric vehicles, charging networks, and resilient energy systems to adapt to a changing environment.
EVgo, a leading public EV charging network, announced plans to significantly expand its fast charging infrastructure by adding over 500 new stalls. These chargers will be strategically located across 90 shopping centers owned and operated by Brixmor Property Group, enhancing accessibility for EV drivers.
New York City is significantly expanding its EV charging infrastructure with the addition of 600 new curbside chargers across all five boroughs. This initiative aims to make electric vehicle ownership more practical for residents, particularly those without private parking or home charging access. The city is also adding numerous Level 2 and fast chargers in municipal parking facilities.
EVgo, one of the largest public charging networks, announced plans to significantly expand its infrastructure across the United States. The company will deploy more than 500 new DC fast charging stalls at major retail locations, making it more convenient for EV drivers to recharge while running errands.
The Biden administration is set to allocate billions of dollars towards bolstering the nation's electric vehicle charging network and increasing domestic battery manufacturing capabilities. This significant investment aims to accelerate EV adoption by addressing key infrastructure and supply chain challenges within the United States.
As EV adoption continues to grow, the United States needs a charging network that reliably scales to meet demand without requiring excessive government subsidies. The next phase will focus on enhanced user experience, greater reliability, and business models that ensure long-term viability for charging providers.
The U.S. power infrastructure is facing unprecedented challenges, with Electrek reporting at least one major power outage every month of 2026 due to extreme weather. This escalating grid instability directly impacts the reliability of EV charging, posing a critical concern for current and prospective electric vehicle owners who depend on a consistent power supply. Addressing grid resilience is essential to support the ongoing transition to electric mobility.
The United States saw a decrease in the number of new public fast-charging stations added during the second quarter. However, this dip does not signal a slowdown in the overall buildout of the nation's EV charging infrastructure. Industry analysts suggest that despite the quarter-over-quarter change, the pace of fast charger deployment is still robust and expected to accelerate.
AEP Texas has secured a major federal loan of up to $3.26 billion to upgrade its electricity grid in the Lone Star State. This significant investment aims to bolster grid reliability and resilience, which is crucial for supporting the increasing demands of electrification, including the growing number of electric vehicles.
The industry's focus on replicating gasoline refueling speeds for EVs, often highlighted by ultra-fast charging and megawatt targets, overlooks the fundamental differences in EV usage. This push risks misallocating resources and setting unrealistic consumer expectations for an 'EV gas station' paradigm that ultimately doesn't align with how most EV owners charge their vehicles.
Hitachi Energy has commenced work on a significant expansion of its Virginia campus, aiming to establish the largest power transformer factory in the United States. This move is critical for modernizing the nation's aging and overburdened electrical grid, which is essential for supporting increased demand from various sectors, including EV charging infrastructure.
As the electric vehicle market expands, robust and efficient charging infrastructure is paramount. Panduit has released a guide detailing its electrical infrastructure solutions designed to support the development and maintenance of scalable EV charging networks. This resource covers everything from critical power connections to cable management and safety systems, ensuring reliable and future-proof installations.
The El Niño climate phenomenon has officially returned, potentially leading to extreme weather events globally, from droughts to floods. These shifts could impact EV charging infrastructure, grid stability, and raw material supply chains, posing new challenges for the industry.
The future of EV charging could see artificial intelligence play a pivotal role, with new technology designed to dynamically adjust charging speeds. This innovation aims to balance infrastructure load, reduce costs for operators, and enhance efficiency for users by optimizing energy flow in real-time.
A persistent claim suggests electric vehicle owners don't contribute adequately to road infrastructure. However, a closer look at road wear, registration fees, and highway funding mechanisms reveals a more nuanced picture than often portrayed. Data indicates that these accusations against EV drivers may not hold up to scrutiny.
A new bipartisan bill introduced in the House of Representatives aims to charge electric vehicle owners an annual fee of $130. This proposed fee is intended to help fund vital road repairs, addressing concerns about declining gas tax revenues as more drivers switch to EVs.
