Activity-Oriented Sustainability Method

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Activity-Oriented Sustainability Method by Mind Map: Activity-Oriented Sustainability Method

1. Projects' core activities (method steps 3-5)

1.1. Research project 1

1.1.1. Core activities Collection of used EVBs EVB testing (condition/performance) Economic Social Ecological Handle scenario request Economic Social Ecological Decision-making: Assign EVB to second life Economic Social Ecological Decision-making: Assign second life to EVBs Economic Social Ecological Transportation to disposition Mine raw materials Produce EVBs Use EVB Collect used EVBs Decision-making Reconfigure EVB Transportation to disposition Reuse EVB Recycle EVB Reconfigure EVB Economic Social Ecological Reprocessing of (defective) EVBs Engineering of product service system Economic Social Ecological

1.2. Research project 2

1.2.1. Core activities Data import from search portals Data export to search portals Charging station selection process User registration Register charging station Economic Social Ecological Supply Chain Activities User authentication Charging procedure Data transmission to CS Partner registration Special partner-related processes User profile management Provider profile management Biling procedure Social Economic Ecologic

2. Dimensions

2.1. Economic

2.1.1. Economic (domain-specific) Competitiveness against combustion engine vehicles TCO (of EV vs gas-operated vehicle) Scarcity of Ressources Lithium Nickel Cobalt Crude Oil Sun Wind Water

2.1.2. Economic (general) Profitability Competitevness Scarcity of resources

2.2. Social

2.2.1. Social (domain-specific) Qualification Bachelor Master PhD Industrial safety "Hochvoltschein"

2.2.2. Social (general) Workload Time Qualification Industrial safety Impact on Other

2.3. Ecological

2.3.1. Ecological (domain-specific) Production of Raw Materials Lithium Cobalt Nickel Titante Copper Aluminium Steel Energy Consumption Energy Production Plastics Toxic Waste Emissions Noise Dust Fine Dust Carbon emission/footprint

2.3.2. Ecological (general) Emissions Toxic Waste Plastics Energy Production Energy Consumption Production of Raw Materials

3. Domain's main activities (method steps 1-2)

3.1. Core activities

3.1.1. Maintain vehicles Social Ecologic Economic Profitability

3.1.2. Recycle / Repurpose vehicles Social Qualification Industrial Safety Ecologic Reuse of materials Economic Scarcity of Ressources Profitability

3.1.3. Use vehicles Social promotion of sustainable mobility Ecologic CO2 emissions fine dust emissions noise Economic mobiity purchae price

3.1.4. Charge vehicles Social personal interaction societal dependency Ecologic Resource use energy consumption Economic Competitiveness of prices

3.1.5. Distribute vehicles Social marketing ethics deception Ecologic transportation storage Economic

3.1.6. Produce energy Social labor / jobs need to move out disturbance Ecologic energy sources Economic profitability scarcity of resources

3.1.7. Manufacture vehicle Social Ecologic Economic Profitability

4. Design choices (method step 6)

4.1. Research project 1

4.1.1. Transportation of EVB (i) Digital step-by-step operating plans (ii) Required resource assignment (iii) Holistic route planning component

4.2. Research project 2

4.2.1. Register charging station (i) Specification of the conditions with the energy provider’s contract (ii) Algorithms for price recommendation and price control