Design for Awareness

A conceptual investigation into how design can raise awareness among EV users and encourage them to regulate their charging habits.

An EV car user reaching out to a charger

Summary

Overview

The electricity grid in Uppsala and many other cities is old and, as a result, was designed for a different electricity situation than the one we now face. Right now, demand for electricity is increasing faster than the main grid's capacity can expand. Other reasons for the lack of grid capacity in Uppsala, among other places, include continued urbanization and increased electricity use for a fossil-free transportation sector and industry.

The goal of this project is to assist electric vehicle (EV) drivers in understanding the constraints of a city's electric grid, its current stress level, and how they can reduce this stress by changing their behaviors, specifically regarding EV charging but also in general.

Project Duration

January 2022 - March 2022

Status

Completed

Team

  • Daniel Peña López
  • Josef Jönsson
  • Karthik V Meenaakshisundaram
  • Lauren Van Loo
  • Sofia Strömqvist

Roles

  • Visual Design
  • User Research
  • Prototyping
  • User Testing

Tools

  • Adobe Photoshop (Design)
  • Adobe Illustrator (3D Design)
  • Figma (Design & Prototyping)

This report proposes a new system that would be used by EV users in their everyday routines. The system has the aim at raising awareness about the constraints on Uppsala electricity grid, giving people information they need to optimize their charging for a greener Uppsala. The system would be mainly used on the home and working charging environment. It encompasses a color-system to indicate the status of the grid, an illuminating power cord that shows when V2G is activated, as well as two screens providing the users with information about the positive change that is possible when uniting towards a common goal. With the climate debate emphasizing on reducing consumption of resources, the system gives EV owners an active role within the electrical ecosystem, giving them the opportunity to alleviate grid constraints when needed.

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