6.4 sustainable for all design orienting tools

Implemented by the ACPGroup of States Secretariat

Funded bythe EU

The Learning Network on Sustainable energy systems is funded by the European-ACP-EU Edulink II

Sustainable energy for all design orienting tools

ELISA BACCHETTI, CARLO VEZZOLI/ Politecnico di Milano /

Design Department

System Design for Sustainability

LEARNING RESOURCE 6.4

Elisa Bacchetti, Carlo Vezzoli

Politecnico di Milano / Design Department

CONTENTS

2

8. Sustainable energy4all idea tables

9. SDOS on S.PSS&DRE

10. Energy load/need & production potential FORM

10.a EUP POWER CONSUMPTION DATABASE

10.b World energy council database (local energy

consumption estimator)

10.c PVGIS (solar energy availability/system design)

10.d SWERA (wind energy availability)

10.e Coach Bio Energy (biomass energy system design)

11. HOMER Hybrid Optimization of Multiple Energy Resources (DRE design)

12. LIFE CYCLE ASSESSMENT

Energy4all-orientingsystem design tools



TO ORIENTATE SYSTEM IDEA GENERATION DESIGN PROCESS TOWARDS SUSTAINABLE ENERGY FOR ALL S.PSS-BASED SOLUTIONS

source: www.lezione-sdo.polimi.it

8. Sustainable Energy 4 All idea table

1. Open the criterias with high priority;

2. Using the guidelines as support,design new SE4A S.PSS based solutions (use post-it)



Generation of ideas oriented to Energy for All

STRATEGIC ANALYSIS

ANALYSIS OF THE PROJECT PROMOTERS

ANALYSIS OF THE REFERENCE CONTEXT

ANALYSIS OF BEST PRACTICES

ANALYSIS OF THE REFERENCE STRUCTURE

SUSTAINABILITY ANALYSIS PRIORITIES DEFINITION

ANALYSIS OF THE CONTEXT ENERGY ACCESS

EXPLORING OPPORTUNITIES

IDEAS GENERATION ORIENTED TO SUSTAINABILITY

DEVELEPMENT OF THE SUSTAINABILITY DESIGN ORIENTING SCENARIO - VISIONS/CLUSTERS/IDEAS

IDEAS GENERATION ORIENTED TO ENERGY FOR ALL

COMMUNICATION

MULTIMEDIA REPORTING: OVERALL QUALITIES

MULTIMEDIA REPORTING: STAINABILITY QUALITIES

SYSTEM DESIGN (AND ENGIN.)

SYSTEM DEVELOPMENT (EXECUTIVE LEVEL)

ENV, SOCIO-ET. & ECON. CHECK/VISUALISATION

DRE SYSTEM EVALUATION/VISUALISATION

DRE DEVELOPMENT (EXECUTIVE LEVEL)

SYSTEM CONCEPT DESIGN

VISIONS, CLUSTERS AND IDEAS SELECTION

SYSTEM CONCEPT DEVELOPMENT


DRE SYSTEM CONCEPT DESIGN

DRE SYSTEM CONCEPT EVALUATION

Ideas generation oriented to Sustainable Energy 4 All


SDO ideas generation on Energy for All

SUSTAINABLE DESIGN

ORIENTINGSCENARIOfor Sustainable Product-Service System

(S.PSS) applied to Distributed

Renew able Energy (DRE) in low and

middle income (all) contexts

SDOS Sustainable Design Orienting Scenario



S U S T A I N A B L E D E S I G NO R I E N T I N G S C E N A R I Ofor Sustainable Product-Service System (S.PSS)

applied to Distributed Renewable Energy (DRE) in

low and middle income (all) contexts

GENERATE “ENERGY FOR ALL IDEAS”: BE INSPIRED BY A SCENARIO NARRATION

to inspire energy for all ideas generation and help select and cluster ideas for concept generation

9. Sustainable Design Orienting Scenario (SDOS) for S.PSS & DRE



1. Watch the 4 visions with videos (to get first design inputs through stories)

SDOS GENERATE “ENERGY FOR ALL IDEAS”: BE INSPIRED BY A SCENARIO NARRATION



2. Watch the sub-videos

(to get first design inputs through stories):

- OFFER/PAYMENT

- STAKEHOLDERS

- SUSTAINABILITY

SDOS GENERATE “ENERGY FOR ALL IDEAS”: BE INSPIRED BY A SCENARIO NARRATION

OFFER/PAYMENT

WHAT?

WHEN?X PERIODX TIMEX USEHYBRID

X PERIODX TIMEX USEHYBRID

HOW?SMSSCRATCH CARD…

SUSTAINABILITY:

ENVIRONMENTALSOCIO ETHICALENERGY



Generation of ideas oriented to Energy for All

STRATEGIC ANALYSIS











COMMUNICATION














SDO ideas generation on Energy for All

SUSTAINABLE DESIGN

ORIENTINGSCENARIOfor Sustainable Product-Service System

(S.PSS) applied to Distributed

Renew able Energy (DRE) in low and

middle income (all) contexts


Ideas generation oriented to Sustainable Energy 4 All




3. Insert promising ideas designed with the SDO toolkit, within the polarity diagram

IDEA 1

IDEA 2

IDEA 3

IDEA …

IDEA …

IDEA …

IDEA …

IDEA …

IDEA …IDEA …

IDEA …

SDOS GENERATE “ENERGY FOR ALL IDEAS”: INSERT/CLUSTER PROMISING IDEAS



4. generate new ideas spotting the areas that are left

empty: in these areas innovative

concepts can be created

IDEA 1

IDEA 2

IDEA 3

IDEA …

IDEA …

IDEA …

IDEA …

IDEA …

IDEA …IDEA …

IDEA …

????

????




5. Select cluster of

coherent ideas as

system concept base IDEA 1

IDEA …

IDEA …




6. characterize identified cluster of ideas with given ICONS identifying:

- type of provider/s

- type of customer

- type of S.PSS

- products

- services

- ownership

- payment

- DRE configuration

- DRE resource type

IDEA 1

IDEA …

IDEA …




STRATEGIC ANALYSIS











COMMUNICATION














Dimension and Design the DRE system

ENERGY load/need production potential FORM

EUP power consumption DATABASE

Environmental DRE evaluation

‘LCA to go’for simplified LCA of PV system

SDO concept improvement on Energy for All

SU STAI NABLE DESI GN

ORI ENTI NGSCENARI

O

for Sust ainable

Product -Service

Syst em (S.PSS)

applied t o

Dis t ribut ed

Renew able Energy

(DRE) in low and

middle income (all)

cont ext s


System concepts development




10. Energy load/need & production potential FORMCOLLECT DATA FROM CUSTOMER ENERGY NEEDS (EUP ENERGY CONSUMPTION) AND DESIGN THE PRODUCTION POTENTIAL DRE SYSTEM

tool to COLLECT data from customer ENERGY needs (considering the energy consumption of the expected EUP to be included in the DRE system);

and to define the production potential DRE system.

The tool is based on data from online/offline included tools.



1. Identify the customer ENERGY need (according to the EUP included) and calculate total energy production potential.

Data on EUP consumption are available on an offline database.

NEED/LOAD FORM COLLECT DATA FROM CUSTOMER NEEDS AND DESIGN THE PRODUCTION POTENTIAL DRE SYSTEM



2. Select the most available renewable energy resource according to the context;

Using onine tools as PVGIS, SWERA and others.




3. Calculate the DRE system dimention to satisfy the needed production potential.

Using onine tools as PVGIS, SWERA, COACH BIO ENERGY and others.




STRATEGIC ANALYSIS











COMMUNICATION














System concepts development


Dimension and Design the DRE system

ENERGY load/need production potential FORM

EUP power consumption DATABASE




SU STAI NABLE DESI GN

ORI ENTI NGSCENARI

O

for Sust ainable

Product -Service

Syst em (S.PSS)

applied t o

Dis t ribut ed

Renew able Energy

(DRE) in low and

middle income (all)

cont ext s




19

10. Energy load/need

& production potential FORM

10.a EUP POWER CONSUMPTION DATABASE

10.b World energy council database (local energy

consumption estimator)

10.c PVGIS (solar energy availability/system design)





10.a EUP power consumption DATABASEGE DATA VISUALIZATION TO ESTIMATE THE WATT CONSUMPTION OF DIFFERENT ENERGY USING PRODUCTS (EUP)

http://visualization.geblogs.com/visualization/appliances/



1. Enter the website:

http://www.worldenergy.org/data/efficiency-indicators/

GE DATA VISUALIZATION TO ESTIMATE THE WATT CONSUMPTION OF DIFFERENT ENERGY USING PRODUCTS (EUP)



2. Select the indicator to find infomation about the appliances (e.g. WATT request)




3. Go with the mouse on the appliances to see the information (e.g. WATT consumption of LCD screen)




4. Select the appliances you will have in your system and will see

the sum of their energy request (e.g. grill + LCD screen + light)

5. Change indicators to see

more info on your selected

appliances




10.b WORLD ENERGY COUNCIL DATABASE (local energy consumption estimator)ELECTRICITY CONSUMPTION PRO-CAPITE OF HOUSEHOLDS IN THE DESIGN REGION


to estimate/visualize the electricity consumption pro-capite of households in the design region and make a comparison with other region/country



1.Enter the website:


2.click on

Search by indicator

COUNCIL DATABASE ELECTRICITY CONSUMPTION PRO-CAPITE OF HOUSEHOLDS IN THE DESIGN REGION



4.click to select

one cathegory

(e.g. Electricity use per capita)

3.click to select one indicator

(e.g. Households)




5. Click on one country to receive

more info

(e.g. South Africa)




6. The software compares

automatically the selected country info

with worldwide average info




7. To download

the info click on

Excel (to save data on the selected indicator)

Map (to save map on the selected indicator)

8. click on

Ok to accept the

download




http://re.jrc.ec.europa.eu/pvgis/apps4/pvest.php?lang=en&map=africa

10.c PVGIS (solar energy availability/system design)TO ESTIMATE SOLAR ENERGY PRODUCTION POTENTIAL IN THE DESIGN CONTEXT, TO DESIGN/SIZE THE PHOTOVOLTAIC SYSTEM.



2. Under PV estimation write requested info and select optimize azimuth

1. Select one country (e.g. South Africa)

PVGIS TO ESTIMATE SOLAR ENERGY PRODUCTION POTENTIAL IN THE DESIGN CONTEXT, TO DESIGN/SIZE THE PHOTOVOLTAIC SYSTEM.



3. Click on CALCULATE to receive info on radiation potential and position (angle and azimuth); as well as to firstly design/size the PV system needed.

PVGIS TO ESTIMATE SOLAR ENERGY PRODUCTION POTENTIAL IN THE DESIGN CONTEXT, TO DESIGN/SIZE THE PHOTOVOLTAIC SYSTEM.



http://en.openei.org/apps/SWERA/


TO ESTIMATE/VISUALIZE LOCAL MAP OF WIND (AND SOLAR) ENERGY AVAILABILITY AND POTENTIAL



2. Click andselect WIND

MAP

SWERA TO ESTIMATE/VISUALIZE LOCAL MAP OF WIND (AND SOLAR) ENERGY AVAILABILITY AND POTENTIAL

1.Enter the website:

http://en.openei.org/apps/SWERA/



3. Click on one country to receive more info

(e.g. South Africa)

4. Click on one BAR to receive more info

(e.g. in Opencarto)




6. Check the legend

to receive more precise info

5. click to select

a database

(e.g. Wind NASA Low Resolution)





http://www.coach-bioenergy.eu/en/cbe-offers-services/technology-descriptions-and-tools/tools.html

TO ESTIMATE/VISUALIZE THE ENERGY POTENTIAL OF BIOMASS TECHNOLOGY



STRATEGIC ANALYSIS











COMMUNICATION














STRATEGIC ANALISYS

sustainability analysis of existing system and design priorities definition

Analysis of the context energy access

ENERGY ACCESS

RENEWABLE ENERGY AVAILABILITY/POTENTIAL

ANALYSIS OF THE CONTEXT ENERGY ACCES



TO DESIGN AND OPTIMIZE THE DRE SYSTEM

http://www.homerenergy.com

11. HOMER Hybrid Optimization of Multiple Energy Resources (DRE design)



openLCA: free tool to conduct a complete environmental impact assessmenthttp://www.openlca.org

LCA to go: tool to conduct simplified environmental assessment of a PV system http://www.lca2go.eu

12. LIFE CYCLE ASSESSMENT

TO CHECK/EVALUATE THE ENVIRONMENTAL IMPACT OF THE DRE DESIGNED SYSTEM



STRATEGIC ANALYSIS











COMMUNICATION














SYSTEM DESIGN (AND ENGINEERING)

Design the DRE system

Energy using products load layout form

EUP energy load databasesDRE calculator




development of the system on an executive level

6.4 sustainable for all design orienting tools

Documents

sustainable energy systems

renewable energy dre

design inputs

milano design departmentto

carlo vezzolipolitecnico

design new se4a

cluster ideas

concept generation