Peugeot E-208 (GT-Line)

In the rapidly evolving automotive industry, staying ahead requires comprehensive analysis of the latest technologies. Our suite of products provides detailed insights to make informed decisions. The Level-1 benchmark provides an interesting overview of the latest vehicles incl. initial energy consumption numbers and charging performance data. During the vehicle performance testing, FEV installs a comprehensive set of sensors in the vehicle and captures original measurement data. Through a series of tests, FEV experts analyze key topics such as energy consumption, control strategy, powertrain efficiency, charging performance and thermal management. Design benchmarking modules provide deep technical insight into system architectures, layouts and design features. Our cost engineers provide transparent cost structures and comparisons as part of their cost benchmarking analysis. Our benchmarking services provide actionable insights to help you define winning product concepts and business strategies.

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Vehicle Overview

Level-1 Benchmark (

Free

) The FEV Level 1 benchmark provides an initial vehicle overview and comparison of key performance indicators within the FEV scatter bands. We take available data from the vehicle's HMI, OBD and our installed Vbox during road and track testing. Key outputs are initial energy consumption data during WLTC, FTP and RDE cycles and charging performance figures for AC and DC charging. We also provide a nice vehicle overview with pictures, documentation of the HMI screens, information on the powertrain architecture and a subjective driving assessment.

Design & Cost Benchmark

Design Benchmark HV Battery (

Free

) FEV benchmarking experts perform detailed teardown studies and assess system architecture, layouts and key design features. The main focus is on the electric powertrain components: HV battery, EDUs and power electronics. Whole vehicle teardowns or deep dives into other components are also completed. Our benchmarking specialists produce professional photo and video documentation of the disassembly and each component. A structured bill of materials shows all parts with available information such as size, weight, material, supplier, etc. Together with our engineering experts, we carry out a detailed design assessment, describing for example system architecture, layouts, cooling circuits and key design features.

Cost Benchmark Electronics (

Free

)

Cost Benchmark HV Battery (

Free

) Based on the disassembled hardware components, FEV cost engineers analyze the cost structure of defined components. Based on a defined set of calculation boundaries, a bottom-up should cost analysis is performed at different levels of detail. Key cost-driving components are calculated in more detail with a rough cost breakdown, while costs for other minor parts are taken from FEV databases or estimated by the experts. In our cost benchmark reports, we provide a full overview of the system cost breakdown and explain the key cost drivers. A costed bill of materials with one cost per line item shows all cost figures for each part.

Design Benchmark EDU (

Free

Cost Benchmark EDU (

Free

Design Benchmark Electronics (

Free

Total option price:

Product Details

Vehicle Type: Passenger cars
OEM: Stellantis
Segment: PC A/B
Propulsion Type: BEV
Fuel Type: Electrified
Peak Power in kW: 100
Model Year: 2020
Battery Capacity in kWh: 49
Benchmarking Modules: Cost Benchmark EDU
Cost Benchmark Electronics
Cost Benchmark HV Battery
Design Benchmark EDU
Design Benchmark Electronics
Design Benchmark HV Battery
Level-1 Benchmark