30 stories tagged energy-storage on EV Digest.
Blink Charging has announced a corporate rebrand to Blink Energy, signaling a strategic shift beyond EV supply equipment. The company plans to integrate battery energy storage and smart energy management solutions alongside its core charging network. This transition aims to help site hosts and fleet operators better manage peak electrical demand and optimize grid integration.
The U.S. Department of Energy has introduced the "BattMan" battery innovation accelerator, a research initiative spearheaded by experts at the Pacific Northwest National Laboratory. The program focuses on advancing next-generation battery chemistries and strengthening domestic supply chains for electric transportation. The federal push demonstrates ongoing support for core battery development despite shifting political headwinds around electrification.
General Motors' venture capital arm has made a strategic investment in Peak Energy to advance the deployment of sodium-ion battery cells. Rather than powering future passenger electric vehicles, these lithium-free cells are designated for utility-scale stationary energy storage systems. The initiative is intended to support more resilient and affordable domestic grid infrastructure.
Tesla's latest financial earnings call provided key updates across its vehicle, autonomy, and energy divisions. Management shared revised timelines for the Cybercab and autonomous robotaxi rollouts alongside manufacturing capacity expansions. The automaker also highlighted strong commercial momentum for its energy storage business as Megapack reservations remain nearly full.
Rivian is enhancing its battery sustainability efforts by establishing comprehensive programs for recycling manufacturing scrap and repurposing end-of-life EV batteries. The company aims to divert materials from landfills, utilize recycled content in new packs, and explore second-life applications for energy storage, moving towards a circular economy for its battery components.
A significant 450-megawatt solar farm, paired with a massive battery storage system, is currently being built in Arizona. Tesla has already committed to purchasing approximately 90% of the anticipated electricity generated by this clean energy facility.
LG Energy Solution, a key battery supplier to numerous EV manufacturers including Tesla, reported its highest-ever quarterly sales. This strong performance was fueled by robust demand for its electric vehicle batteries in Europe and a significant increase in energy storage system deployments within the United States.
Otovo, an energy service provider, is partnering with InCharge Energy, an EV charging specialist, to offer a comprehensive suite of sustainable energy solutions to commercial clients. This collaboration streamlines the deployment of solar power, battery storage, and EV charging infrastructure under a single service agreement, simplifying fleet electrification and energy management for businesses.
Groundbreaking CATL LFP battery cells, originally deployed in the world's first large-scale battery energy storage system, have demonstrated remarkable durability. After 14 years of continuous operation, these prismatic cells remain robust, performing at levels that suggest they could last for another decade without replacement. This real-world validation highlights the long-term potential of LFP chemistry for grid-scale applications and its implications for electric vehicle battery life.
A recent fire involving a lithium-ion battery storage facility in Los Angeles has reignited public debate and safety concerns across California. This incident highlights the challenges of safely deploying large-scale battery storage solutions, particularly in densely populated areas, and prompts a closer look at current regulations and community preparedness.
Jackery, known for portable power solutions, recently showcased its EnergyGuard Max home energy storage system at IFA Berlin. This new system features a substantial 100 kWh battery module designed to provide whole-home backup power. The move signals Jackery's ambition to compete in the growing market for large-capacity residential battery solutions.
Translucent Energy has significantly expanded its clean energy footprint with the addition of a 1.3-gigawatt solar manufacturing facility in South Carolina. This move signals a growing commitment to domestic solar production and hints at future advancements in renewable energy infrastructure. Such developments, while not directly focused on EVs, contribute to the broader ecosystem of clean energy, which includes EV charging and grid stability.
U.S. Interior Secretary Doug Burgum recently marked the opening of a new battery manufacturing facility, highlighting the growing recognition of energy storage's critical role in the nation's energy transition. This development underscores the administration's commitment to boosting domestic production of advanced battery technology, vital for both electric vehicles and grid stability.
California's electric vehicle fleet holds immense potential to bolster grid stability, with just a fraction of current EVs capable of returning significant power to the system. This massive virtual power plant, however, remains largely untapped due to complexities in utility integration and incentives for EV owners to participate in vehicle-to-grid (V2G) programs.
As homeowners increasingly seek energy independence amid extreme weather and rising electricity demands, solar-plus-battery systems are gaining traction. While Tesla's Powerwall remains a popular choice, a growing market of competitive home energy storage solutions offers compelling alternatives for those looking to secure their power supply.
While not directly powering electric vehicles, advancements in long-duration energy storage systems like organic flow batteries are crucial for supporting the broader EV ecosystem by stabilizing renewable energy grids. These innovative battery technologies are seeing renewed interest in the U.S., driving forward solutions for integrating more clean energy into the national infrastructure. Such developments are essential for a reliable, green power supply that can ultimately charge millions of EVs.
The world's largest EV battery manufacturer, CATL, is diversifying its business model beyond electric vehicles. The Chinese giant plans to leverage its battery technology for artificial intelligence infrastructure, large-scale energy storage for electrical grids, and electric propulsion systems for ships, signaling a broader strategic shift in its market focus.
The increasing adoption of electric vehicles is placing new demands on the grid, highlighting the need for advanced energy solutions. Virtual power plants, alongside utility-scale battery storage and distributed energy resources, can enhance grid stability and reliability. These technologies can help manage the fluctuating energy demands from EV charging, reducing reliance on traditional fossil fuel power plants.
Chinese battery giant CATL significantly boosted its first-half profits, with a 42% increase driven by robust demand in both the energy storage sector and the electric vehicle battery market. The company, a major supplier to global automakers, continues to capitalize on the expanding electrification trend worldwide.
Sodium-ion battery technology is emerging as a compelling alternative to traditional lithium-ion, and UNIGRID is at the forefront with its new Na+Casa residential battery. Following successful installations in European homes, the company is now preparing for a strategic entry into the U.S. market. This development signals a potential shift in the home energy storage landscape with a more abundant and cost-effective battery chemistry.
As extreme weather events like hurricanes and heat waves intensify, home battery systems are proving to be crucial for maintaining grid stability. Utilities are increasingly investing in distributed batteries and virtual power plants (VPPs) to manage energy demands and prevent outages.
Tesla reported strong performance for the second quarter of 2026, surpassing delivery estimates with 480,126 vehicles and deploying 13.5 GWh in energy storage solutions. This achievement signals a significant resurgence in year-over-year growth for the electric vehicle and energy company.
Moment Energy has swiftly launched a new facility dedicated to repurposing electric vehicle batteries, claiming it to be the largest of its kind globally. This rapid deployment of manufacturing capacity for second-life EV batteries underscores a growing focus on sustainable energy storage solutions. The company aims to extend the lifecycle of EV batteries by adapting them for various energy storage applications.
CATL has unveiled the TENER Sodium Energy Storage System, marking the first commercially validated sodium-ion battery solution globally. This system reaches full maturity across its technology, production capabilities, and supply chain, positioning sodium-ion batteries for broader adoption. While the story does not specify an in-vehicle application for this particular BESS, the advancement in sodium-ion technology could have future implications for EV battery development.
Europe is making a significant investment in long-duration energy storage with a new deal for iron-air battery technology. This agreement represents Continental Europe's largest deployment of batteries capable of storing energy for up to four days, aiming to enhance grid stability and renewable integration.
Caterpillar, a leading equipment manufacturer, is developing a new data center in Eudora, Kansas, that will be powered by Tesla Megapacks. This collaboration highlights a growing trend of integrating renewable energy and advanced battery storage to support energy-intensive operations.
Retired battery packs from Waymo's self-driving vehicles are being repurposed to provide crucial energy storage for power grids in California and Texas. This innovative reuse aims to enhance grid stability and extend the economic and environmental value of these high-capacity batteries.
ABB has launched its expanded Proteus series, offering high-efficiency power conversion solutions tailored for large-scale solar and battery energy storage systems. These innovations aim to maximize energy yield and enhance grid integration as global demand for renewable electricity grows.
Electrify America has launched its largest charging station to date in Santa Barbara, California, featuring twenty 350 kW fast chargers. What truly sets this site apart is its massive 1.9 MW battery energy storage system, the biggest deployed by Electrify America yet, designed to optimize grid reliability and reduce demand charges.
GM Energy is enhancing its offerings with new vehicle-to-grid (V2G) support, allowing compatible GM EVs to send power back to the home or grid. Alongside this, the company announced advancements in energy storage battery chemistry, aiming for more efficient and sustainable power solutions.
