Comparative Benchmarking of Total Cost of Ownership (TCO) of ICE and Electrified Powertrains

Comparative Benchmarking of Total Cost of Ownership (TCO) of ICE and Electrified Powertrains

Post 2025, a BEV with 300 Mile Range will Cost Lower than a Regular ICE to Own and Operate

RELEASE DATE
12-Sep-2017
REGION
North America
Deliverable Type
Market Research
Research Code: K179-01-00-00-00
SKU: AU01535-NA-MR_20706
AvailableYesPDF Download
$4,950.00
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SKU
AU01535-NA-MR_20706
$4,950.00
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Description

With dynamic automotive landscape and various powertrains in the mix, it is necessary for customers and other business in the ecosystem to align their strategy with the cost of ownership of the vehicle. The study is a dynamic model which can calculate TCO (Total cost of ownership) of a vehicle over the time frame of 2016 to 2040. Data for 5 countries (US, UK, Norway, Netherlands, France and Germany) has been analyzed and forecasted including cost of the powertrains, cost the car, insurance & taxes, battery cost per KWh, operational cost (maintenance and fuel expenses), depreciation on the car, incentives and rebates for different vehicle segments till 2040 has been calculated and included in the model. Users can manual set the parameters to calculate the ROI on various powertrains within a given time frame. This tool can be utilized to understand the various costs involved in owing an ICE vs. HEV vs. PHEV vs. BEV vs. FCEV of two different fuel type Gasoline/Diesel for either an individual use or to be used in fleets.

The model was developed with a simple user interface with varying parameters covering a wide spectrum of possibilities to understand the cost involved in owning and running a car. Kindly refer to the assumptions and usage guide before accessing the tool.

Table of Contents

Objective

Scope

Product Segmentation

Vehicle Segmentation

Definitions & Abbreviations

Model Assumptions and Input Data Description

Guideline to Use the Model

ICE

HEV

PHEV

BEV

FCEV

Year of Purchase

Fuel Type

Country

Segment

Include Rebates in Calculation

Charger Type

Vehicle Electric Range

Down Payment (as percent of car cost)

Interest Rate

Free public parking for EVs

Ownership horizon (years)

Loan Term (months)

Annual mileage (miles)

Acquisition Costs

Annual Fixed costs

Depreciation

Operational Cost

TCO Comparison (over analyzed period)

TCO Break-up Over the Analysed Time Period

TCO Percentage Break-up Over 3 Years

TCO Comparison 2016vs2016

With dynamic automotive landscape and various powertrains in the mix, it is necessary for customers and other business in the ecosystem to align their strategy with the cost of ownership of the vehicle. The study is a dynamic model which can calculate TCO (Total cost of ownership) of a vehicle over the time frame of 2016 to 2040. Data for 5 countries (US, UK, Norway, Netherlands, France and Germany) has been analyzed and forecasted including cost of the powertrains, cost the car, insurance & taxes, battery cost per KWh, operational cost (maintenance and fuel expenses), depreciation on the car, incentives and rebates for different vehicle segments till 2040 has been calculated and included in the model. Users can manual set the parameters to calculate the ROI on various powertrains within a given time frame. This tool can be utilized to understand the various costs involved in owing an ICE vs. HEV vs. PHEV vs. BEV vs. FCEV of two different fuel type Gasoline/Diesel for either an individual use or to be used in fleets. The model was developed with a simple user interface with varying parameters covering a wide spectrum of possibilities to understand the cost involved in owning and running a car. Kindly refer to the assumptions and usage guide before accessing the tool.
More Information
Deliverable Type Market Research
No Index No
Podcast No
Table of Contents | Research Objective & Scope~ || Objective~ || Scope~ || Product Segmentation~ || Vehicle Segmentation~ | Guidelines and Assumption~ || Definitions & Abbreviations~ || Model Assumptions and Input Data Description~ || Guideline to Use the Model~ | Model~ || ICE~ || HEV~ || PHEV~ || BEV~ || FCEV~ || Year of Purchase~ || Fuel Type~ || Country~ || Segment~ || Include Rebates in Calculation~ || Charger Type~ || Vehicle Electric Range~ || Down Payment (as percent of car cost)~ || Interest Rate~ || Free public parking for EVs~ || Ownership horizon (years)~ || Loan Term (months)~ || Annual mileage (miles)~ || Acquisition Costs~ ||| Vehicle Acquisition Cost~ ||| Charging Station Purchase Cost~ ||| Charging Station Installation Cost~ ||| Total Acquisition Costs~ || Annual Fixed costs~ || Depreciation~ || Operational Cost~ ||| Fuel and Maintenance Cost~ ||| Battery Replacement Cost~ ||| Total Operational Cost~ || TCO Comparison (over analyzed period)~ | Graphic Info~ || TCO Break-up Over the Analysed Time Period~ || TCO Percentage Break-up Over 3 Years~ || TCO Comparison 2016vs2016~ | Key Analysis~ | Growth Opportunity~ | Legal Disclaimer~
Author Pooja Bethi
Industries Automotive
WIP Number K179-01-00-00-00
Is Prebook No
GPS Codes 9800-A6,9807-A6,9813-A6,9882-A6,9AF6-A6