2024 Strategic Analysis of Dead Miles in Electric Trucks Using Connected Solutions across Key US States – Texas, California, Florida, New York and Ohio – ResearchAndMarkets.com

Business Wire Trucking News
14 Jun by Vitaliy Dadalyan

2024 Strategic Analysis of Dead Miles in Electric Trucks Using Connected Solutions across Key US States – Texas, California, Florida, New York and Ohio – ResearchAndMarkets.com

DUBLIN–(BUSINESS WIRE)–The “Strategic Analysis of Dead Miles in Electric Trucks Using Connected Solutions across Key US States” report has been added to ResearchAndMarkets.com’s offering.


This analysis provides insights into the readiness of US states across connector types, the distance traveled by eLCVs to access charger stations across selected states and cities, and the impact of connected solutions across key segments.

Fleet electrification is crucial to reaching sustainability goals. It involves the transition of fleets from internal combustion engines to electric engines. The charging requirements of the fleet are evaluated to identify potential charging opportunities either en route at public charging stations or at depots through installed chargers.

Access to public charging is paramount for fleets in their electrification decision because of its many benefits, including zero upfront capital expenditure. The availability and accessibility of suitable public charger stations vary greatly by state and by city of operation. The distance traveled to access a suitable connector in a public charger station always depends on several factors, such as the electric vehicle’s connector type and its preferred connector power, considering the segment of operation, the battery capacity, and the opportunity time available for the truck to charge.

Connected solutions that include navigation services to access available public charging stations with suitable connector types and preferred power capacity can reduce the dead miles traveled for charging.

Growth Opportunity Universe

  • Expansion into Newer Segments and Diverse Fleet Profiles to Gain Market Share from Early Adoption
  • Collaboration to Expand the Availability and Accessibility of Public Charging Stations
  • Tiered Packaging of Connected Solutions to Expand Revenue Opportunities across Segments

Key Topics Covered:

Strategic Imperatives

  • Why is it Increasingly Difficult to Grow?
  • The Strategic Imperative
  • The Impact of the Top 3 Strategic Imperatives on Connected Solutions in Public Electric Vehicle Charging
  • Growth Opportunities Fuel the Growth Pipeline Engine

Growth Environment

  • Connected Solutions in Public Charging Navigation for eLCV Operation in the United States
  • Key Growth Opportunities by Industry
  • eLCV Connector Types in the United States
  • Growth Drivers
  • Growth Restraints
  • An Overview of the Fleet Electrification Journey
  • Public and Depot Charging
  • Public Charging Stations Segments of Operation
  • Factor Impact in Public Charging Station Access by Segment

Research Scope, Definitions, and Methodology

  • Research Scope
  • Definitions
  • An 8 Step Assessment Framework for EV Fleet Public Charging

State Readiness Score for eLCVs

  • Readiness Score Parameters for Fleets Operating eLCVs
  • Readiness Score Parameters for CPOs Catering to eLCVs
  • State Readiness Score for eLCVs Featuring SAE J1772 Connectors
  • State Readiness Score for eLCVs with NACS Connectors
  • State Readiness Score for eLCVs with CCS Connectors

State Charger-distance Scores for eLCVs with SAE J1772 Connectors

  • Charger-distance Scores for eLCVs with SAE J1772 Connectors – Texas
  • Charger-distance Scores for eLCVs with SAE J1772 Connectors – California
  • Charger-distance Scores for eLCVs with SAE J1772 Connectors – Florida
  • Charger-distance Scores for eLCVs with SAE J1772 Connectors – New York
  • Charger-distance Scores for eLCVs with SAE J1772 Connectors – Ohio

State Charger-distance Scores for eLCVs with NACS Connectors

  • Charger-distance Scores for eLCVs with NACS Connectors – Texas
  • Charger-distance Scores for eLCVs with NACS Connectors – California
  • Charger-distance Scores for eLCVs with NACS Connectors – Florida
  • Charger-distance Scores for eLCVs with NACS Connectors – New York
  • Charger-distance Scores for eLCVs with NACS Connectors – Ohio

State Charger-distance Scores for eLCVs with CCS Connectors

  • Charger-distance Scores for eLCVs with CCS Connectors – Texas
  • Charger-distance Scores for eLCVs with CCS Connectors – California
  • Charger-distance Scores for eLCVs with CCS Connectors – Florida
  • Charger-distance Scores for eLCVs with CCS Connectors – New York
  • Charger-distance Scores for eLCVs with CCS Connectors – Ohio

Cost Impact of Dead Miles across Segments

  • Dead Mile Costs for eLCV Operation in the Construction and Jobsite Segment
  • Dead Mile Costs for eLCV Operation in the Passenger Segment
  • Dead Mile Costs for eLCV Operation in the Delivery Segment

Growth Opportunity Analysis

  • Growth Opportunities for eLCVs with SAE J1772 Connectors per State
  • Growth Opportunities for eLCVs with NACS Connectors per State
  • Growth Opportunities for eLCVs with CCS Connectors per State
  • Growth Opportunities for eLCVs with SAE J1772 Connectors per City
  • Growth Opportunities for eLCVs with NACS Connectors per City
  • Growth Opportunities for eLCVs with CCS Connectors per City

For more information about this report visit https://www.researchandmarkets.com/r/h2yicf

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ByVitaliy Dadalyan