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In a new report produced at the request of Senator Chuck Schumer (D-NY) and Senator Sherrod Brown (D-OH), the Center for Transportation and the Environment (CTE) concluded that a the entire US transit fleet could transition to zero-emission vehicles (ZEVs) by 2035 at a cost of between $56.22 billion and $88.91 billion on the high end.
is adding 53 all-electric transport refrigerated trailer units (TRUs) to its fleet located at the company’s Riverside, Calif. Nearly 50 percent of UNFI’s direct greenhouse gas emissions are from our fleet of trucks and trailers. —Jeff Wismans, national director of fleet operations at UNFI. United Natural Foods, Inc.
With 2,473 AGC train cars in operation today, the AGC is the largest regional fleet operated in France. To help France meet its sustainability targets, Bombardier will now convert AGC hybrid trains to full battery power. The effort is part of France’s strategy to eventually phase diesel power out of its national rail fleet.
The new, longer-range Lightning Electric Transit Van is the fourth generation of its battery-electric and fuel cell electric platform, based on the Ford Transit 350HD chassis. This new battery technology and other upgrades give them the range, power and features at the price they need to scale up their electric fleets.
Octillion Power Systems, a global provider of advanced lithium-ion storage systems for electric mobility ( earlier post ), announced a new demonstrator program for battery-leasing that allows batteries to be leased to fleet customers when they purchase vehicles. Access to the program will be on a first-come, first-served basis.
Orders from fleets are being accepted immediately. Featuring a liquid-cooled lithium-ion battery system, the new Lightning Electric Ford F-550 will accommodate a full charge in as little as two-and-a-half hours with DC fast charging. The voucher program can reduce the upfront cost of advanced zero emissions fleet vehicles by 40 to 70%.
The 3-year comparative programme will begin later this year to help decarbonize the UK’s freight industry with initial competitions for battery-electric and hydrogen-fuel-cell technology launching shortly. This will begin with demonstrations of battery electric and hydrogen fuel cell heavy-duty trucks. battery electric HGVs for?use
Battery-swapping technology aims to address the shortcomings of conductive fast-charging. Personal cars and taxi fleets in China are now adopting this technology as well with ambitious targets set by companies for rolling out their own swap station networks. Commercial fleets. Nio Power Swap stations. Two- and three-wheelers.
GlobalData’s analysis suggests that low oil prices will lead to a longer waits for the reduced fuel costs offered by electric vehicles (EVs) to amortize their higher purchase prices. However, the amount of time taken to make up that price differential depends on the cost of fuel. —Mike Vousden, Automotive Analyst at GlobalData.
XL Fleet Corp. announced a battery and power electronics development and supply agreement and an investment in eNow, Inc., a provider of solar and battery power systems that enable fully-electric Transport Refrigeration Units (eTRUs) for Class 8 commercial trailers.
GNA modeled the impact of electrification on those fleets under a series of scenarios including managed charging and deployment of on-site solar and storage. However, despite those long-term savings, charging infrastructure investments required for Class 8 fleets are significant and can vary dramatically.
The six trucks are the first Class 8 battery-electric trucks in the beverage distributor’s fleet of 650 heavy-duty vehicles to service customers throughout the region. Coke Canada Bottling is taking action on fuel efficiencies in their fleet through electrification and the usage of alternative fuel sources.
Proterra launched Proterra Energy fleet solutions , a full suite of options that enable turnkey delivery of a complete energy ecosystem for heavy-duty electric fleets, including design, build, financing, operations, maintenance and energy optimization. —Proterra CEO Ryan Popple.
The Van Hool A12 Battery Electric is the first vehicle in a completely new range of buses in four different lengths (12m, 13m, 18m and 24m) equipped with exclusively zero emission powertrains: battery-electric, fuel cell (hydrogen) and trolley. Our customers are focusing on greening their fleets and are pursuing zero emissions.
Key findings from the report include: Hydrogen fuel cells trucks are just starting to see real-world use and their adoption is being driven by regional or national considerations that are much bigger than what exists for trucking fleets. Fill times are moving targets for both fuel cell and battery electric vehicles.
The overarching aim of the Current Direct project is to develop and demonstrate an innovative interchangeable waterborne transport battery system and Energy-as-a-Service (EaaS) Platform in an operational environment at the Port of Rotterdam at TRL7 that facilitates fast charging of vessels, fleet optimization and novel business models.
A new study published by US Department of Energy’s (DOE) Argonne National Laboratory offers the most complete understanding yet of the costs of owning and operating a vehicle, and how those costs vary by powertrain, from the conventional to the cutting-edge. Overall, hybrid electric vehicles tend to be the lowest-cost powertrain.
UPS plans to deploy 50 plug-in electric delivery trucks that will be comparable in acquisition cost to conventional-fueled trucks without any subsidies—an industry first that would breaki a key barrier to large scale adoption of electric fleets. —Carlton Rose, President, Global Fleet Maintenance and Engineering for UPS.
Our choice of battery-electric vehicles aligns with our mission of improving air quality and reducing our carbon footprint, while lowering costs at the same time. They have 86 kWh of battery capacity with a range of 120 miles. This makes it critical to know each vehicle’s location and state of battery charge at all times.
In its analysis of the potential environmental impacts of the Next Generation Delivery Vehicle program, the Postal Service underestimated the expected greenhouse gas emissions from gasoline-powered vehicles and overestimated the emissions tied to battery-electric vehicles, according to U-M researchers. The work was supported by Ford Motor Co.
Attaining environmental benefits and lower cost of ownership are driving more commercial fleets to electrify, according to a new study by UPS and GreenBiz. In addition to the fuel savings, electric vehicles typically require less maintenance than traditional internal combustion engine vehicles, which means lower maintenance costs.
The heart of GM’s strategy is a modular propulsion system and a highly flexible, third-generation global EV platform powered by proprietary Ultium batteries. GM’s all-new modular platform and battery system, Ultium. GM’s joint venture with LG Chem to develop and mass produce battery cells will drive cell costs below $100 per kWh.
A new generation of solutions will be needed to electrify America’s fleet and achieve a zero-emissions future by 2050. This shift will require understanding and developing innovative financing approaches and non-financial support tools that overcome key hard and soft costs, risks and uncertainties, and market frictions.
Union Pacific Railroad plans to purchase 20 battery-electric locomotives for testing in yard operations. The combined purchases and upgrades to yard infrastructure are expected to exceed $100 million, representing the largest investment in battery-electric technology by a US Class I railroad.
In 2020, battery-electric vehicles will be a cheaper vehicle option than fuel cell electric vehicles for the majority of the light duty fleet (79-97%), according to a new study by a team at the US Department of Energy (DOE) Fuel Cell Technologies Office (FCTO). For FCEVs, after adding the basic components of the powertrain—i.e.,
Greenlots, a member of the Shell Group and a provider of electric vehicle (EV) charging and energy management solutions, has installed charging infrastructure for a fleet of electrified commercial trucks as part of its ongoing partnership with Volvo Trucks. Heavy-duty fleets have unique charging characteristics and needs.
The Long-Term Electric Vehicle Outlook outlines two scenarios for the uptake of electric transport to 2050, and examines impacts on demand for batteries, materials, oil, electricity, infrastructure and emissions. The fleet of EVs on the road hits 77 million by 2025 and 229 million by 2030, based on BNEF’s Economic Transition Scenario.
build the next generation Bustech XDi low floor transit bus using Cummins battery-electric and hydrogen-fuel-cell technologies. The agreement provides for initial units to be developed for both battery-electric and fuel-cell electric, with plans to ramp up production in late 2021 and early 2022, respectively.
DeepGreen is developing a new, scalable source of EV battery metals in the form of polymetallic nodules found unattached on the seafloor in the Pacific Ocean. Rising raw materials prices risk undermining EV manufacturers’ efforts to drive down the cost of EV batteries necessary for mass adoption; and. DeepGreen Metals Inc.,
This collaboration aims to electrify and decarbonize vocational fleets safely, making significant progress towards electrification growth and net-zero emissions goals. It can be adapted to new heavy-duty vocational trucks as well as existing fleets. Effenco’s Hybrid Electric system.
Suited for Alsco’s routes, Motiv’s EPIC F-59 chassis incorporate its fifth-generation electric powertrain technology, AdaptEV software and BMW battery packs. These all-electric step vans will reduce operation and maintenance costs by up to 85%, resulting in a lower total cost of ownership over the life of the vehicle.
Stena Line, one of Europe’s leading ferry companies with 38 vessels and 21 routes in Northern Europe, is introducing battery power to its operations. Stena recently signed with Callenberg Technology Group for 1 MWh of batteries which will be installed on Stena Jutlandica which operates between Gothenburg and Frederikshavn.
The backhoe loader is perfectly suited for electrification as the varied use cycles, from heavy to light work, provide an excellent opportunity to convert wasted diesel engine hours into zero consumption battery time—yet provide the operator with instantaneous torque response when needed. and Moog Inc.,
A fleet of fifteen Zoe vehicles with V2G charging will be introduced in Europe over the course of 2019 to develop future offerings in reversible charging and to lay the groundwork for the future standards. We have chosen onboard technology that also optimizes the cost of recharging stations and thus facilitate a large-scale development.
million in Series A funds to build autonomous battery-electric rail vehicles that move freight. The funds will be used to build a fleet of rail vehicles, execute advanced testing programs and grow the team. Less energy means smaller batteries, less strain on the grid, and lower charging infrastructure costs.
Ideally, fleets could perform all charging at their depots, where it is convenient, inexpensive, and fully controllable. Commercial heavy-duty trucking operations are motivated to reduce operating costs. A 2020 BloombergNEF report shows that fuel costs for trucks make up more than half their total cost of ownership.
Combined with a fully electric drivetrain and a natural gas-powered onboard generator to recharge the battery, the Hypertruck ERX will provide more than 1,000 miles of range. Initial Hypertruck ERX fleet demonstration vehicles have already been allocated to customers for delivery in 2021, with volume shipments scheduled in 2022.
Lightning Systems’ lineup of new chargers includes both AC and DC fast charge options, ranging from affordable 7.2kW AC chargers to high-end 100kW DC fast chargers, which deliver much shorter charging times for high-battery-capacity commercial EVs. —Tim Reeser, Lightning Systems CEO.
This innovative potential partnership leverages state-of-the-art BYD and Nuvve technologies and will provide access to Stonepeak’s financing, which will lower the cost of medium- and heavy-duty battery electric vehicle adoption for fleets of all types including mass transit, municipalities, last mile delivery and school districts.
The cost of electrifying commercial fleets can be a significant barrier. Although many millions of dollars in electric vehicle grants are available each year to help with the cost of going electric, the grant programs are often complex, and the application process is time-consuming and very competitive.
On November 28, 2018, as the first step in the relationship, a subsidiary of Duke Energy purchased 615,000 Panasonic battery cells for $1.3 million from Workhorse.
In addition to providing a superior public charging experience, the Terra 360 can also serve commercial fleet needs where an all-in-one footprint and power-sharing strategies are optimal. For scaling charging infrastructure, space-constrained EV fleet charging depots require high power charging with flexible and footprint-efficient designs.
The study identified hydrogen vehicles as an increasingly viable alternative to BEVs (Battery-Electric Vehicles). Manufacturers will need to make hydrogen vehicles more affordable to become viable for fleets, but increased range and suitability for heavy goods transport will ultimately drive growth and economies of scale.
The city of Moscow, Russia is halting the purchase of diesel buses for its passenger transport fleet. Moscow is already a leader among European capitals in having an eco-friendly surface transport fleet. These operations are the most expensive and account for about 60% of the total cost of producing an electric bus.
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