Sakuu taking commercial orders for its dry-process battery manufacturing platform

Sakuu taking commercial orders for its dry-process battery manufacturing platform
Sakuu taking commercial orders for its dry-process battery manufacturing platform

US-based Sakuu, which provides commercial-scale equipment and technologies to the battery manufacturing industry, will make its Kavian dry-process battery technology platform available for commercial orders in January 2025.

The platform can dry-print anodes and various cathodes from lithium iron phosphate (LFP) and nickel manganese cobalt (NMC) electrodes. It also has the flexibility to support new chemistries such as aluminum-ion and sodium-ion.

The Kavian process augments Sakuu’s licensable high-energy, high-power lithium metal battery cell chemistry. The UN38.3-certified battery cell has achieved 1,500 cycles at 100% DoD to 80% State of Health (SOH) at 0.3 C/1 C, up from 1,000 cycles DoD in April 2024.

MORE: (Video) The benefits and challenges of dry electrode coating technology for EV batteries

“Our technological and business development achievements this year offer innovative and practical solutions for the top problems in the battery manufacturing process, while allowing OEMs the flexibility to scale up at a production level to meet the scale, sustainability and efficiency demands of the future,” said Robert Bagheri, CEO at Sakuu.

Source: Sakuu

European logistics firm Contargo adds 20 Mercedes eActros electric semi-trucks to its fleet

European logistics firm Contargo adds 20 Mercedes eActros electric semi-trucks to its fleet
European logistics firm Contargo adds 20 Mercedes eActros electric semi-trucks to its fleet

European logistics firm Contargo has become one of the first customers to take delivery of the new Mercedes eActros 600 electric semi-truck. The company is adding 20 units to its trimodal delivery fleet. Contargo’s battery-electric fleet now numbers 60 trucks, and that number will soon increase to 90.

Contargo’s electric trucks were funded in part by the Federal Ministry for Digital Affairs and Transport as part of a plan to replace some 86 legacy diesel vehicles.

The eActros 600, which officially went into production at the Mercedes’s Wörth plant in Bavaria last month, is equipped with a 600 kWh battery pack, and boasts 300 miles of all-electric range. Daimler had delivered around 50 units as of the end of 2024.

Source: Electrek

Webinar: V2G opportunities and challenges for EV integration with the grid 

Webinar: V2G opportunities and challenges for EV integration with the grid 
Webinar: V2G opportunities and challenges for EV integration with the grid 

The power grid is undergoing a transformative shift, driven by decarbonization, decentralization, and digitalization. Vehicle-to-Grid (V2G) technology is at the heart of this transformation, holding tremendous promise for enhancing grid stability, lowering energy costs, and integrating renewable energy sources. 
 
However, inverter-based Distributed Energy Resources (DERs) introduce new complexities in testing: The interconnection of everything demands the interconnection testing of everything. 
 
Join this deep-dive session with technical experts to explore how Keysight’s end-to-end V2G testing solution empowers industry leaders to address interoperability, conformance, and security issues.

What you will gain from attending:

  • Keep up with the ever-evolving grid code compliance standards
  • Learn how to leverage emulation to ensure seamless grid integration.
  • Accelerate anti-islanding testing for IEEE 1547.1-2020 / UL 1741 SB compliance
  • Identify key opportunities and challenges of V2G business models through real-world cases

Whether you’re focused on V2G-enabled electric vehicles (EV) or exploring grid code compliances, this webinar will equip you with essential knowledge and tools to lead in the next era of energy transformation. 

This webinar will be hosted by CHARGED on Wednesday, January 15th, at 11am US EST.

Register now, it’s free!

 

San Francisco’s curbside EV charging pilot program advances to a new phase

San Francisco’s curbside EV charging pilot program advances to a new phase
San Francisco’s curbside EV charging pilot program advances to a new phase

There’s a growing consensus that curbside charging is the solution to the challenge of drivers who have no option of installing chargers at their homes. San Francisco is evaluating curbside charging solutions from three EV charging providers, and Mayor London Breed recently announced the next phase of the program.

San Francisco’s Curbside EV Charging Pilot Program, a collaborative effort between various city departments, is gathering data from the charging providers to monitor usage, demand and other key metrics. This information will guide the development of a comprehensive citywide policy for curbside EV charging as the city installs a select number of chargers over the next couple of years.

In the next phase of the pilot program, the three prospective EV charging providers—Urban EV, itselectric and Voltpost—will refine their proposals, demonstrating feasibility and effectiveness prior to formally applying for the necessary permits and public hearings.

San Francisco-based Urban EV collaborates with multifamily and commercial property owners to develop “tailored EV infrastructure solutions that enhance amenity profiles while improving operational revenue.” Urban EV’s proposal focuses on integrating user-friendly charging stations with existing urban infrastructure. “As a local company, we are deeply committed to advancing sustainable transportation and addressing the unique challenges of urban electrification,” said founder Alex Grant.   

Brooklyn-born itselectric (see our recent feature article) partners with property owners to use untapped electricity supplies, enabling installation without extensive street work or direct utility connections, while offering property owners a passive income stream. The company’s custom-designed compact chargers work with detachable cables, minimizing street clutter. “Our community-requested charger approach allows us to meet drivers where they are, removing the biggest barrier to EV adoption—access to public charging,” says COO Tiya Gordon.

Voltpost, based in San Francisco and New York, retrofits existing lamp posts with a modular Level 2 charging platform. This approach requires no construction or trenching, and seamlessly integrates into cityscapes. Voltpost is developing prototypes of the lamppost charging platform at Humanmade in the Design District, and plans to commercialize the platform on Howard Street in SoMa. “Our lamppost retrofit technology demonstrates how urban spaces can be transformed to meet the demands of a cleaner transportation future,” said co-founder and COO Luke Mairo.

In this next phase, the pilot will begin the permitting process to advance proposals to deploy charging stations in Duboce Triangle and the Dogpatch. This is expected to expand to other neighborhoods in the coming weeks.

“From our historic cable cars to the autonomous vehicles on our streets, San Francisco’s spirit of innovation is visible all around us,” said Mayor London Breed. “Soon, curbside charging will be yet another example of how we are leading the way. By partnering with cutting-edge charging providers, we are not only providing a new service but also paving the way for scalable solutions that can serve communities across the city.” 

Source: City of San Francisco

Molabo brings 48 V electric drives to off-highway and industrial EVs

Molabo brings 48 V electric drives to off-highway and industrial EVs
Molabo brings 48 V electric drives to off-highway and industrial EVs

German firm Molabo is introducing its new ISCAD (Intelligent Stator Cage Drive) motor technology to the off-highway, industrial and commercial vehicle markets.

According to Molabo, most electrified off-highway vehicles are built on high-voltage automotive platforms. Molabo’s ISCAD motors operate at just 48 V, and can deliver 25-200 kW peak power and up to 150 kW continuous power.

The company’s first off-highway application of this technology is the ONOX, an electric tractor for light farming or homesteading applications that’s equipped with a battery-swapping system. The tractor integrates four 50 kW Aries 50 motors—two main drives and two power take-offs (PTOs), which can power farming implements such as balers, disc harrows, mowers, diggers or grinders. The ONOX tractor is currently in its final approval and testing phases.

“There were several reasons why we chose to partner with Molabo,” said Daniel Hornung, project manager for ONOX. “The motor delivers approximately 40% more power than our previous generation at just 48 volts. The motor is also quite compact in design and has an integrated motor controller for simplicity.”

“After successful entries in the recreational and commercial marine segments, we’re thrilled to offer our low-voltage electric drive systems to the off-highway, industrial, agricultural and commercial segments,” said Adrian Patzak, COO of Molabo. “In the past, low-voltage drives were only available up to 30 kW. Thanks to our patented ISCAD technology, OEMs can now develop powerful emission-free vehicles and equipment that are easy to certify, service, and maintain.”

Source: Molabo

How Tesla Is Making EV Ownership Even More Affordable

If you’re a Tesla owner or thinking about joining the EV community, there’s some electrifying news you’ll want to hear: Tesla has reduced the cost of charging at its Supercharger stations. This move is part of their ongoing mission to make EV ownership more accessible—and your road trips cheaper.

Here’s everything you need to know about this price cut and why it matters for EV enthusiasts like you.

What’s Changing with Tesla Supercharger Prices?

Tesla recently announced a reduction in Supercharger costs across North America. For example, in some locations, the price per kilowatt-hour (kWh) has dropped from $0.50 to $0.42—a savings of around 7%. This may seem small, but for frequent drivers, the savings add up fast, especially on long road trips.

The new pricing varies slightly by region, so you’ll want to check your local Supercharger rates in the Tesla app.

Why Did Tesla Reduce Supercharger Prices?

There are two key reasons behind Tesla’s decision:

  1. Encouraging EV Adoption: By lowering charging costs, Tesla aims to make electric vehicles more appealing to those still debating the switch from gas-powered cars. Affordable charging means lower ownership costs, which is a big win for budget-conscious drivers.

  2. Supporting a Growing EV Network: Tesla’s Supercharger network is expanding rapidly, and usage has hit record highs. On November 30, 2024, Tesla delivered 12 gigawatt-hours of energy in a single day. Lower prices ensure more people use the network, keeping the system sustainable and widely accessible.

What This Means for You

Whether you’re an occasional road-tripper or a daily driver, Tesla’s price reduction makes charging more affordable and convenient. Here’s why it matters:

  • Lower Travel Costs: Planning a cross-country adventure? Reduced charging rates mean you can travel further without worrying about skyrocketing costs.
  • More Savings: If you regularly rely on Superchargers, these reductions could save you hundreds of dollars annually.
  • Improved Accessibility: As Tesla lowers prices, the EV lifestyle becomes more attainable, encouraging more people to make the switch and strengthening the EV community.

The Bigger Picture: Tesla’s Role in the EV Revolution

Tesla’s decision goes beyond just saving you money—it reflects their broader vision of a greener, more sustainable future. By reducing charging costs, they’re breaking down barriers to EV adoption and showing that sustainable living can also be cost-effective.

Ready to Maximize Your EV Experience?

Tesla’s price cuts are just one way they’re supporting the EV community. If you’re looking to further optimize your Tesla ownership experience, consider exploring premium accessories designed to make your ride even more enjoyable. From charging cable organizers to all-weather floor mats, small upgrades can make a big difference in your EV journey.

Tesla’s reduced Supercharger prices are great news for EV enthusiasts everywhere. They prove that sustainable transportation isn’t just the future—it’s more accessible than ever. So, get out there, enjoy the savings, and keep driving electric!

Source: Yahoo News

France: Peugeot e-208 now available for under €30,000

France: Peugeot e-208 now available for under €30,000
France: Peugeot e-208 now available for under €30,000

Peugeot is lowering the entry-level price of the e-208 to €28,000 – but only in France for the time being. In Germany, the electric model is available from €36,325 according to the current price list. However, as competition increases, a price reduction could follow.

Palma de Mallorca to get 100 new electric buses

Palma de Mallorca to get 100 new electric buses
Palma de Mallorca to get 100 new electric buses

The transport company of Mallorca’s island capital Palma has presented an ambitious electrification plan. It wants to purchase 100 electric buses within the next three years. The city government has now released 33 million euros for this purpose.

Tesla brings its V4 Supercharger to China

Tesla brings its V4 Supercharger to China
Tesla brings its V4 Supercharger to China

Tesla first installed the fourth-generation Superchargers in the Netherlands around two years ago. Other countries quickly followed it. In 2025, the carmaker is ready to bring the fast-chargers to China.