1. Stakeholders’ Motivation and Sustainability Table
Design tool to visualise (identify) :
the motivations and benefits that actors have in being involved in the system
benefits at sustainable level eg. Environmental and socio-ethical benefits

2. Stakeholders’ Motivation and Sustainability Table
Actors
Place below the icon of the actors and the name of the actor
Motivation
Write the motivation of each stakeholder for being part of the system
Contribution to the partnership
Write the contribution that each actor gives to the offer/system/ platform /partnership
Environmental Benefits
Read the criteria in the next slides to describe the potential environmental benefits (given by each actor)
Socio-ethical Benefits
Read the criteria in the next slides to describe the potential socio-ethical benefits (given by each actor)
Economic Benefits
Write the economic benefit that each actor can get from being part of the system ….
Insert actor
name ….
Insert actor
icon
Insert actor
name ….
Insert actor
icon
Insert actor
name ….
Insert actor
icon
Insert actor
name

3. Environmental sustainability checklists
Read the questions below to verify the environmental benefits for each actor of your system
1. System life optimization
Are infrastructure with short life-span used in the system?
Are disposable packaging or support product used?
Do part of the system tent to be technologically obsolete?
Is the system individually used, when it could be shared in some of its parts?
Do some parts of the system (product, infrastructure, …) tent to be wear out more easily then others?
Does the system lack of maintaining and upgrading services?
2. Transportation distribution reduction
Is there any excessive transportation of goods?
Is there any excessive transportation of products or by product?
Is there any excessive transportation of people?
Are the transportations means in service fully used?
Is there any excessive use of package?
3. Resource reduction
Is the system consuming high quantity of energy?
Is the system consuming high quantity of natural resources? Is the system absorbing high quantity of consumables?
Are packaging, products, highly material intensive?
Waste minimization/valorisation
with forced or child work?
4. Do all waste end up in landfill?
Does the system produces high quantities of waste at the end of system life?
Do the production, packaging and support products produce big quantities of landfill waste?
5. Conservation/biocompatibility
Is all the energy produced from fossil fuels?
Is all the energy produced from exhausting resources?
Does the system use mainly depleting and/or non renewable materials for the production process?
Does the system use mainly depleting and/or non renewable materials for products, packaging and infrastructure?
6. Toxicity reduction
Are the processed resources toxic or potentially toxic for the workers?
Are the processed resources toxic or potentially toxic during distribution?
Are the processed resources toxic or potentially toxic for the user?
Are the product, support-products, packaging or infrastructure toxic or potentially toxic during after service treatments?
Are there any problems with forced or child work?

4. Socio-ethic sustainability checklists
Read the questions below to verify the socio-ethical benefits for each actor of your system
1. Improve employment/working conditions
Are there any problems with health and safety?
Are there any problems of discrimination in the workplace?
Are there any problems with work overload or inadequate wages?
2. Improve equity and justice in relation to stakeholders
Are the stakeholders criticising the supply system?
Is the client/final user criticising the supply system?
Are the unjust relations between the partnership?
Are the unjust relations with suppliers, sub-contractors, sub-suppliers?
3. Enable a responsible and sustainable consumption
Is the client/final user able to acknowledge clearly and easily the social (un)sustainability along the whole value production chain?
Is the client/final user able to understand the responsible/sustainable behaviour by the supply system?
4. Favour/integrate weaker and marginalized strata
Does the supply system create obstacles or limit access to people with weaker social status?
Is the offering system accessible to people with lower income?
Does the offering system favour in any way people marginalization?
5. Improve social cohesion
Is the offering system creating or favouring any form of intra-gender, intra-generational, intra-cultural exclusion?
Is the offering system creating or favouring any form of discrimination?
6. Empower/valorise local resources
Does the current reference system impoverish local cultural values and identities?
Does the current reference system offer only solution/few variations for all religions and cultures?
Does the current reference system has a negative impact on social well-being of local community?
Is the current system impoverishing local economies?
Is the system absorbing local non-renewable resources?

5. Actors icons Providers Customers
Use the icons in the corresponding colors for providers and customers
Providers
private enterprise
Local
cooperative
Local
entrepreneur
Energy component
manufacturer
EUP/EUE Producer
Micro
Finance
Institution
Community
NGO
National Energy supplier
Multinational Energy supplier
Public and
Govern. entities
Research
Centre
Energy consultant
Other
actors
Customers
Business to Customer
Business to Business
Individual
household
community
School
Hospital
Local Entrepreneur
Local
shop
Carpenter
Other actors