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Fuel-efficiency technology trend assessment for LDVs in China: Summary of working paper series

An overview of the efficiency technologies shows that the potential for reducing vehicle fuel consumption by adopting advanced technologies is great. We group the technologies into three categories...
Published 2018.09.17: Publication

Fuel-efficiency technology trend assessment for LDVs in China: Hybrids and electrification

This working paper assesses technology progress and new developments in hybrid and electric vehicles in China. Joint ventures, especially with Japanese automakers, dominate China’s hybrid electric...
Published 2018.09.17: Publication

Fuel-efficiency technology trend assessment for LDVs in China: Thermal management technology

This working paper assesses progress and new developments in thermal management technologies in China. A variety of mature technologies are associated with vehicle thermal efficiency and have on-...
Published 2018.09.17: Publication

Fuel-efficiency technology trend assessment for LDVs in China: Vehicle technology

This working paper assesses technology progress and new developments in vehicle technologies, including lightweighting, active aerodynamics, and low rolling resistance tires in China. In general,...
Published 2018.09.17: Publication

Fuel-efficiency technology trend assessment for LDVs in China: Transmission technology

This working paper assesses technology progress and new developments in transmissions in China. The conventional automatic transmission is the most popular non-manual transmission technology in...
Published 2018.09.17: Publication

Fuel-efficiency technology trend assessment for LDVs in China: Advanced engine technology

This working paper assesses technology progress and new developments in internal combustion engines in China. Among commercialized advanced engine technologies in China, variable valve taming/lift,...
Published 2018.09.17: Publication

Assessing Canada’s 2025 passenger vehicle greenhouse gas standards: Benefits analysis

This paper is part of a series of reports on analysis done by the ICCT on Canada-specific technology pathways, costs, and benefits of Canada’s 2025 passenger vehicle greenhouse gas standards. The...
Published 2018.09.12: Publication

Assessing Canada’s 2025 passenger vehicle greenhouse gas standards: Technology deployment and costs

This paper is part of a series of reports on analysis done by the ICCT on Canada-specific technology pathways, costs, and benefits of Canada’s 2025 passenger vehicle greenhouse gas standards. The...
Published 2018.09.12: Publication

Assessing Canada’s 2025 passenger vehicle greenhouse gas standards: Methodology and OMEGA model description

This paper is part of a series of reports on analysis done by the ICCT on Canada-specific technology pathways, costs, and benefits of Canada’s 2025 passenger vehicle greenhouse gas standards. The...
Published 2018.09.12: Publication

Assessing Canada’s 2025 passenger vehicle greenhouse gas standards: Characteristics of the Canadian fleet

This paper is part of a series of reports on analysis done by the ICCT on Canada-specific technology pathways, costs, and benefits of Canada’s 2025 passenger vehicle greenhouse gas standards. The...
Published 2018.09.12: Publication

Deployment of passenger car technology in Europe and the United States

For both markets, rapid technology diffusion is found in recent years, largely as a response of vehicle manufacturers to increasingly stringent regulatory standards. Yet there are differences in the...
Published 2016.10.27: Publication

Market analysis of heavy-duty vehicles in India

The Government of India has begun the formal process of considering regulation of the fuel efficiency of new trucks and buses. In any regulatory development process, a thorough understanding of the...
Published 2015.08.10: Publication

Measuring in-use fuel economy: Summary of pilot studies

Vehicle fuel economy is determined via a type-approval or certification process, which involves testing vehicles under laboratory conditions. But the information obtained via chassis testing under...
Published 2013.12.06: Publication

In-use Testing for CO2 and Fuel Economy in the United States

  China is considering including an after-production conformity test as part of China’s Phase 3 passenger car fuel consumption standard implementation and enforcement plan and is looking for...
Published 2012.03.09: Publication

Fleet distribution statistics for new LCVs in the EU in 2010

  This paper provides aggregated statistics for the fleet of new light-commercial vehicles in the EU for the year 2010. Light-commercial vehicles are defined as vehicles primarily intended for the...
Published 2011.11.16: Publication

Focus on inertia classes

For historic reasons we make use of inertia classes and upper limits for inertia mass during the vehicle testing procedures today. Historically, the weight of a vehicle was represented by hanging...
Published 2011.10.19: Publication

Inertia classes proposal

Historically the weight of a vehicle was represented by hanging rotating inertia mass on a dynamometer. This approach required the use of discrete inertia classes and an upper limit for inertia mass...
Published 2011.06.17: Publication

Inertia classes in worldwide harmonized light vehicle test procedure (WLTP) development

The definition of vehicle weight used for testing procedures is an important decision when drafting the regulation on determining emission values under the WLTP. Currently, different inertia class...
Published 2011.05.18: Publication

CAFE data collection and verification

The United States has implemented the corporate average fuel economy regulation for light-duty vehicles for more than thirty years, with laudable enforcement. A sound data collection and verification...
Published 2010.12.21: Publication