Evrest-project
Project Context

E V R E S T Project

Why a range-extended electric vehicle matters in the transition to sustainable transport

The Challenge of Transport Emissions

Road transport remains one of the largest sources of greenhouse gas emissions in many regions. Battery electric vehicles offer a clear path to lower operating emissions, yet range anxiety, charging availability and battery size still slow adoption for many households and businesses.

The EVREST project addresses these barriers by developing an electric vehicle that keeps the benefits of electric drive while adding an onboard range extender for longer or less predictable journeys.

Traffic on a city road at dusk

Scope of the Work

The project covers the technical, environmental and practical dimensions of the concept.

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System Architecture

The work defines how the electric motor, traction battery, generator and power electronics interact, including control strategies that decide when the range extender should operate.

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Life-Cycle Assessment

Emissions are assessed across manufacturing, operation and end of life, so the sustainability claims rest on a complete picture rather than tailpipe figures alone.

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User Needs

Driving patterns, charging habits and trip profiles are studied to understand how often the range extender would be needed in real life.

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Technology Validation

Simulations and prototype testing are used to check performance, efficiency and reliability before the concept is considered ready for wider evaluation.

Project Gallery

Visual impressions of the environments and technologies that inform the EVREST concept.

Project in Numbers

The core dimensions that define the scope of the EVREST technology.

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Integrated electric drive system
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Onboard range extender unit
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Mechanical links between generator and wheels

Expected Impact

How the project aims to contribute beyond the laboratory.

Environment

Lower Lifetime Emissions

By keeping most kilometres electric and allowing efficient generation when needed, the concept targets a meaningful reduction in transport emissions over the vehicle lifetime.

Society

Broader Access to Electric Mobility

A vehicle that handles long journeys without frequent charging can make electric mobility viable for people in rural areas and for those without reliable home charging.

Explore the Objectives of EVREST

Review the specific goals that guide the design, testing and evaluation of the concept.

See the Project Goals