6.4 sustainable for all design orienting tools

Implemented by the ACP
Group of States Secretariat
Funded by
the 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-orienting
system 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
ORIENTINGSCENARIO
for 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 N
O R I E N T I N G S C E N A R I O
for 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 PERIOD
X TIME
X USE
HYBRID
X PERIOD
X TIME
X USE
HYBRID
HOW?
SMS
SCRATCH CARD
…
SUSTAINABILITY:
ENVIRONMENTAL
SOCIO ETHICAL
ENERGY

Generation of ideas oriented to Energy for All
STRATEGIC ANALYSIS
COMMUNICATION
SDO ideas
generation
on Energy
for All
SUSTAINABLE DESIGN
ORIENTINGSCENARIO
for 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
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 …
????
????
PROMISING IDEAS

5. Select cluster of
coherent ideas as
system concept base
IDEA 1
IDEA …
IDEA …
PROMISING IDEAS

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 …
PROMISING IDEAS

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 STAINABLE DESIGN
ORIENTINGSCENARI
O
for Sust ainable
Product -Service
Syst em (S.PSS)
applied t o
Dist ribut ed
Renew able Energy
(DRE) in low and
middle income (all)
cont ext s
SDOS
Sustainable
Design
Orienting
Scenario
System concepts development

10. Energy load/need & production potential
FORM
COLLECT 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
‘LCA to go’
for simplified
LCA of PV
system
SDO concept
improvement
on Energy for
All
SU STAINABLE DESIGN
ORIENTINGSCENARI
O
for Sust ainable
Product -Service
Syst em (S.PSS)
applied t o
Dist ribut ed
Renew able Energy
(DRE) in low and
middle income (all)
cont ext s
SDOS
Sustainable
Design
Orienting
Scenario

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.e Coach Bio Energy (biomass energy system design)

10.a EUP power consumption DATABASE
GE DATA VISUALIZATION TO ESTIMATE THE WATT CONSUMPTION
OF DIFFERENT ENERGY USING PRODUCTS (EUP)
http://visualization.geb
logs.com/visualization/
appliances/

1. Enter the website:
http://www.worldenergy.org/data/efficiency-indicators/

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
http://www.worldenergy.org
/data/efficiency-indicators/
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:
http://www.worldenergy.org/data/efficiency-indicators/
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.o
rg/apps/SWERA/
TO ESTIMATE/VISUALIZE LOCAL MAP OF WIND (AND SOLAR)
ENERGY AVAILABILITY AND POTENTIAL

2. Click and
select WIND
MAP
SWERA TO ESTIMATE/VISUALIZE LOCAL MAP OF WIND (AND SOLAR)
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)

10.e Coach Bio Energy (biomass energy
system design)
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
assessment
http://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 databases
DRE calculator
SDO concept
improvement
on Energy for
All
‘LCA to go’
for simplified
LCA of PV
system
development of the system
on an executive level

6.4 sustainable for all design orienting tools

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