Literature review of electric vehicle technology

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Literature review of electric vehicle technology

The primary rationale is to reduce air pollution and carbon dioxide CO2 emissions. To effect this change, governments are spending billions of dollars to subsidize electric vehicles.

Hybrid/electric vehicle system cost estimates from literature. All are production cost, unless otherwise stated. 1 To convert to retail price equivalents, multiplication factors of have been used in the literature. This review of consumer EV adoption studies provides theoretical and empirical insights for research, policy and practice. • Drivers for EV adoption include pro-environmental attitudes, symbolic meanings, identity, innovativeness and emotions. The purpose of this Request for Information (RFI) is to solicit feedback from utilities (investor-owned, municipal, and electric cooperative), the solar industry, academia, research laboratories, government agencies, and other stakeholders on issues related to the net valuation of solar photovoltaics (PV) and innovative cost-effective distributed solar PV deployment models.

These subsidies include state and federal tax credits for purchasing ZEVs and programs to subsidize the installation of vehicle-charging infrastructure in businesses, households, and along highways.

Several states also have mandated the sale of ZEVs.

Literature review of electric vehicle technology

Will these subsidies and programs accomplish their objectives? And at what cost? A review of the literature finds few cost-benefit studies on these key questions. A corrected version of this report has been posted. Changes can be found here.

Key Findings Broad-based adoption of ZEVs will increase overall emissions of sulfur dioxide, oxides of nitrogen, and particulates, compared with the same number of new internal combustion engines.

The simple fact is that, because of stringent emissions standards and low-sulfur gasoline, new gasoline-powered cars and trucks today emit very little pollution, and they will emit even less in the future. CO2 emissions through That reduction will have no measurable impact on world climate—and thus the economic value of CO2 emissions reductions associated with ZEVs is effectively zero.

Motor vehicles such as cars, trucks, planes, etc. are the biggest contributors to CO 2 pollution (Scheer, ). However, there is technology available to reduce the carbon footprint generated by these modes of transportation. Electric vehicles are considered to be one of the most eco-friendly methods of transportation in the realm of automobiles. Introduction and Disclaimer. The following is a history of some of the makes, marques and movers in the history of on-road EVs. It is not intended to be as complete as some published works on the subject, and it is the result of my knowledge and researches, and those of . PC mag definition is: A computer-controlled car that drives itself. Also called an "autonomous vehicle" and "driverless car," self-driving cars date back to the New York World's Fair when General Motors predicted the development of self-driving, radio-controlled electric cars.

Subsidies for ZEVs and the required infrastructure to support them benefit the higher-income consumers who can afford to purchase them at the expense of lower-income consumers who cannot.

Lesser, PhDis the president of Continental Economics, an economic litigation and consulting firm. These subsidies include state and federal tax credits for purchasing ZEVs; programs that subsidize the installation of vehicle-charging infrastructure in businesses, households, and along highways; and programs to subsidize the installation of residential and commercial solar photovoltaic systems for charging battery-powered vehicles.

Additionally, state utility regulators have approved programs by local electric utilities to install charging-system infrastructure.

Literature review of electric vehicle technology

Some states have encouraged ZEV purchases by granting these vehicles special access to carpool lanes, even when driven alone. Several states have implemented ZEV mandates as well as subsidies.

That same executive order also mandates hydrogen fueling stations andZEV charging stations by Moreover, policymakers have rarely examined whether these subsidies are equitable, given that it is mostly higher-income individuals who purchase ZEVs Introduction Recently, predictions of the impending demise of internal combustion vehicles have become commonplace.

Norway and the Netherlands have announced that they will ban the sale of internal combustion vehicles ICVs by ; Britain and France have announced that they will do so by Inthe state initiated its first ZEV mandate, which required a minimum percentage of new vehicle sales sold in the state to be ZEVs and established a program of tradable credits that can be used by automakers to meet the mandate.

In other words, subsidizing ZEVs and related infrastructure reduces costs and accelerates ZEV adoption by consumers, thus increasing nonmarket benefits for everyone. By expanding the population that telephones could and the Internet now can access, the value of the entire network increases.

Subsidy skeptics are less sanguine about the value of the claimed pollution reductions and network benefits. Furthermore, they raise concerns about fairness and equity, because most ZEVs have been purchased by affluent consumers. Early in the second quarter, production was temporarily halted as the company made assembly-line adjustments, which it said would permit production of as many as 6, units a week by the end of the second quarter.

Whether such laws make economic and environmental sense is another question. In fact, despite the popularity of ZEVs—and ZEV-related subsidies—among policymakers, there are no studies that have estimated the costs and benefits of those subsidies based on projections of future ZEV sales nationwide.

This report is an attempt to do so. The organization of this report is as follows: Section I examines the current state of the ZEV market. Section II provides a summary of the different subsidies for ZEVs, as well as estimates of their direct and indirect costs.

Section V considers the equity impacts of ZEV subsidies and related infrastructure costs. Currently, ZEVs, as well as the infrastructure needed to support them, primarily benefit upper-income individuals. However, the costs of these subsidies are borne by all taxpayers, businesses, and, especially, lower-income individuals.

Section VI offers conclusions. FCV sales totaled 1, Today, some electric vehicles, such as the Tesla Roadster, offer performance that rivals, if not exceeds, the highest-end sports cars. Despite their rapid growth in sales, ZEVs are projected to remain a small fraction of the overall vehicle stock.

For example, sincethe U.The integration of diesel-engine technology into a hybrid electric vehicle configuration is one of the most promising ways to comply with fuel-economy and emissions legislation.

Introduction and Disclaimer. The following is a history of some of the makes, marques and movers in the history of on-road EVs.

It is not intended to be as complete as some published works on the subject, and it is the result of my knowledge and researches, and those of . Motor vehicles such as cars, trucks, planes, etc. are the biggest contributors to CO 2 pollution (Scheer, ).

However, there is technology available to reduce the carbon footprint generated by these modes of transportation. Electric vehicles are considered to be one of the most eco-friendly methods of transportation in the realm of automobiles.

Overview. As part of the rulemaking establishing the model year (MY) light-duty vehicle greenhouse gas (GHG) standards, EPA made a regulatory commitment to conduct a Midterm Evaluation (MTE) of the standards for MY Hybrid/electric vehicle system cost estimates from literature.

Some EV History / History of Electric Cars and other Vehicles

All are production cost, unless otherwise stated. 1 To convert to retail price equivalents, multiplication factors of have been used in the literature.

This paper aims to inform the debate over how electric vehicle technology could fit into a lower-carbon – new vehicle fleet in Europe by collecting, analyzing, and aggregating the.

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