MAGHRENOV deliverable 3.4: Catalogue of evaluated competence

This project has received funding from the European Union’s Seventh Framework Programme for research, technological
development and demonstration under the grant agreement no. 609453.
DELIVERABLE
Project Acronym: MAGHRENOV
Grant Agreement number: 609453
Project Title: Convergence between EU and MAGHREB MPC innovation systems
in the field of Renewable Energy and Energy Efficiency (RE&EE) –
A test-bed for fostering Euro Mediterranean Innovation Space
(EMIS)
D3.4 CATALOGUE OF EVALUATED
COMPETENCES
Version: 1.0
Authors:
Céline JULLIEN (KIC SE)
Internal Reviewers:
Josep Bordonau (UPC)
Abdelhak Chaibi (R&D Maroc)
Helene Ben Khemis (ANME)
Dissemination Level
P Public X
C Confidential, only for members of the consortium and the Commission Services

D3.4 Catalogue of Evaluated Competences
© MAGHRENOV Consortium Version 1.0 - 19/11/20142
Table of Contents
Table of Contents.............................................................................................................2
List of Tables ..................................................................................................................3
Revision History...............................................................................................................4
1 Introduction ..............................................................................................................5
2 Regional Innovation Competence in Maghrenov’s identified relevant priorities in Renewable Energies
and Energy Efficiency thematic fields.....................................................................................7
2.1 Regional actors identified in Renewable Energies .............................................................7
2.1.1 Identified Innovation Competencies Wind Energy priorities.............................................9
2.1.2 Identified Innovation Competencies in PV priorities.................................................... 11
2.1.3 Identified Innovation Competencies in STE priorities .................................................. 13
2.2 Regional actors identified in Energy Efficiency .............................................................. 16
2.3 Survey results from 14 actors in Renewable and Energy Efficiency....................................... 18
2.3.1 Survey questions.............................................................................................. 18
2.3.2 List of contact for interviews .............................................................................. 20
2.3.3 Synthetic results.............................................................................................. 21
3 Mapping worldwide Innovation competences against Maghrenov’s Roadmap ................................ 22
3.1 Worldwide actors as identified in KIC InnoEnergy Competence Mapping in Renewable Energies .... 22
3.1.1 In Wind Energy................................................................................................ 22
3.1.2 In PV............................................................................................................ 26
3.1.3 In STE........................................................................................................... 29
3.2 Worldwide actors as identified in KIC InnoEnergy Competence Mapping in Energy Efficiency ....... 38
3.2.1 In Local Energy storage...................................................................................... 38
3.2.2 In Energy Efficient Buildings................................................................................ 47
3.2.3 In Urban energy priorities................................................................................... 52
3.2.4 In Energy Efficiency in the industry ....................................................................... 54

List of Tables
Table 1. Maghrenov’s Roadmap Priorities and KIC InnoEnergy ones..................................................5
Table 2. Maghrenov’s KPI to characterize Innovation Competencies.................................................6
Table 3. Distribution of Major Moroccan actors against Maghrenov’s Roadmap priorities ........................7
Table 4. Distribution of Major Tunisian actors against Maghrenov’s Roadmap priorities .........................8
Table 5. Distribution of Major Moroccan actors against Maghrenov’s Energy Efficient Roadmap priorities.. 16
Table 6. Distribution of Major Tunisian actors against Maghrenov’s Energy Efficient Roadmap priorities ... 17
Table 7. Summary of Survey Reponses .................................................................................. 21
Table 8. Maghrenov’s Wind Energy priorities and worldwide Competence Mapping............................. 22
Table 9. Maghrenov’s PV priorities and worldwide Competence Mapping......................................... 26
Table 10. Maghrenov’s Solar Thermal Energy priorities and worldwide Competence Mapping ................ 29
Table 11. Maghrenov’s Local Energy Storage priorities and worldwide Competence Mapping ................. 38
Table 12. Maghrenov’s Energy Efficient Buildings priorities and worldwide Competence Mapping ........... 47
Table 13. Maghrenov’s Urban Energy priorities and worldwide Competence Mapping .......................... 52
Table 14. Maghrenov’s Energy Efficiency priorities and worldwide Competence Mapping ..................... 54

Revision History
Revision Date Author Organization Description
0.1 14/11/2014 Céline Jullien KIC SE Initial draft
0.2 17/11/2014 Nadia
Zeddou/Hélène
Ben Khemis
IRESEN
ANME
Input from
partners
1.0 18/11/2014 Céline Jullien KIC SE Final Version
Statement of originality:
This deliverable contains original unpublished work except where clearly indicated otherwise.
Acknowledgement of previously published material and of the work of others has been made
through appropriate citation, quotation or both.

1 Introduction
A Competence Mapping is a strategic exercise that intends to map against identified priorities the
existing competencies of players in a specific domain. KIC InnoEnergy has developed a
methodology to characterize Innovation competencies of both Industrial and Academic players, to
map these competencies against technological priorities, and to identify TOP 10 worldwide
players and future game changers in those priorities. To date, KIC InnoEnergy has run such an
exercise, characterizing innovation competencies using 9 Key Performance indicators: (1) the
relative number of patents (2) quality of patents (forward citations, geographical coverage), (3)
relative number of industrial and academic collaborations (R&D projects) (4) R&D Project
Partners quality (5) Strategic index (relevance of the priority for the player) (6) Existing Spin-offs,
new branches or subsidiaries, or acquired companies (7) Commercialized products/services,
licensed technologies (8) Relative number of scientific publications, (9) Quality of scientific
publications (citations index), mapping competencies against its current 121 technology
priorities, as contained in its Strategy and Roadmap1
(covering 6 different thematic fields:
Renewable Energies (Photovoltaic, Solar thermal, Ocean, Wind energies), Clean Coal and Gas
Technologies, Intelligent Energy-Efficient Buildings and Cities, Smart Grids & Electric Storage,
Sustainable Nuclear & Renewable Energy Convergence, Energy from Chemical Fuels. Overall it
represents more than 150 000 analyzed Patents, 180,000 analyzed Scientific Publications, 1 890
identified R&D collaborations, 340 identified acquisitions/created start-ups, 1 227 identified
products/services and licenses, 2 000 identified and ranked top 10 industry and academic players.
Such an exercise provides an in depth understanding of a company’s positioning in the worldwide
innovation competition, and supports decision regarding potential new partners to attract to be
stronger and make an impact in specific technological priorities.
In Maghrenov, the intention is to deploy the Competence Mapping methodology in order to
characterize the regional innovation competencies in the fields of Renewable Energy and Energy
Efficiency. Similar to the KIC InnoEnergy methodology, the objective is to characterize these
competencies against Maghrenov’s identified priorities, as contained in Maghrenov’s Strategy and
Roadmap (see deliverable Maghrenov D3.3), and to identify best players and competencies in
these priorities. To date, Maghrenov Roadmaps cover 47 priorities in Renewable Energies, and 78
priorities in Energy Efficiency, for a total scope of 125 priorities overall. Reflecting on
Maghrenov’s specificities and KIC InnoEnergy’s own priorities, almost 50% of Maghrenov’s
Roadmap in Renewable energy is specific to the Mediterranean context, and 70% regarding Energy
Efficiency thematic, as summarized in the following table.
Table 1. Maghrenov’s Roadmap Priorities and KIC InnoEnergy ones
Total number
of Priorities
Number of
priorities Specific
to Maghrenov
Number of priorities
also contained in
KIC InnoEnergy
Strategy and
Roadmaps
Maghrenov Renewable
Energy Roadmap
47 24 23
Maghrenov Energy
Efficiency Roadmap
78 56 22
1
KIC InnoEnergy Strategy and Roadmaps per Thematic Field are available at http://cip2014.kic-
innoenergy.com/.

As regards Key Performance Indicators to characterize innovation competencies, 3 among the 9
KPIs were selected by Maghrenov’s partners, as represented below in table 1.2.
Table 2. Maghrenov’s KPI to characterize Innovation Competencies
Key Performance Indicator Selected by Maghrenov’s
Partners
1) Relative number of patents Yes
(2) Quality of patents (forward citations,
geographical coverage),
No
(3) Relative number of industrial and
academic collaborations (R&D projects)
Yes
(4) R&D Project Partners quality No
(5) Strategic index (relevance of the
priority for the player)
No
(6) Existing Spin-offs, new branches or
subsidiaries, or acquired companies
No
(7) Commercialized products/services,
licensed technologies
No
(8) Relative number of scientific
publications
Yes
(9) Quality of scientific publications
(citations index)
No
In terms of method, data and information regarding the selected KPI were collected by
Maghrenov’s partners to characterize innovation competencies in the Renewable Energies and
Energy efficient technological priorities. Maghrenov’s partners also run a complementary survey,
with industry and academic partners in Tunisia and Morocco (as equally run at the occasion of KIC
InnoEnergy competence mapping). Finally, KIC InnoEnergy filtered its worldwide competence
mapping results to reveal top 10 industrial and academic players in the selected Maghrenov’s
priority.
The present report presents the information gathered over a 6-month period. We present the
results in two chapters, (1) specific to regional Innovation competences in Renewable Energies
and Energy Efficient priorities, and (2) worldwide industrial and academic identified top 10
players in relevant Renewable Energies and Energy Efficient priorities.

2 Regional Innovation Competence in Maghrenov’s
identified relevant priorities in Renewable
Energies and Energy Efficiency thematic fields
Maghrenov’s identifies priorities in Renewable Energies and Energy Efficiency thematic fields are contained
in its Strategy and Roadmap. This chapter lists the competencies of Industrial and Academics in the two
thematic fields, insisting on the 3 Key Performance Indicators in following sub-sections, starting with R&D
projects industrial and academic collaborations and other large projects, Intellectual property rights and
scientific publications.
2.1 Regional actors identified in Renewable Energies
The two tables below are listing the major Tunisian and Moroccan actors in the Renewables energy
priorities. Details on R&D projects, collaborations and scientific activities are then listed below by topics.
Table 3. Distribution of Major Moroccan actors against Maghrenov’s Roadmap priorities
Technology

Topic

Industrials

Academic

Institutions

Wind
Wind
Farm
and
O&M

improvements

Italgen
Maroc
•
Al
Akhawayn
University
(AUI)

•
Université
Abdekmalek

Essaadi
(UAE)

•
Institut
de
Recherche
en

Energie
Solaire
et
Energies

Nouvelles
(IRESEN)

•
Agence
Nationale
pour
le

Développement
des
Energies

Renouvelables
et
de
l'Efficacité

Energétique
(ADEREE)

•
Centre
National
de
la

Recherche
Scientifique
et

Technologique
(CNRST
)

•
Moroccan
Agency
for
Solar

Energy
(MASEN)

•
Société
d'Investissements

Energetiques
(SIE)

•
Le
Centre
National
de

l’Énergie,
des
Sciences
et
des

Techniques
Nucléaires

(CNESTEN)

Design
and
components

adapted
to
local
conditions

Wind
assessment

Manufacturing
and

logistics

Power
transmission
and

grid
integration

Small
&
Mid-‐Scale
Wind

Turbines

Solar

PV
cells
and
modules
Maroc
Renewables
;

EasySolar
;
NRJ

International
;

Temasol

•
Ecole
Mohammedia

d’Ingénieurs
(EMI)

•
MAScIR

•
Université
Cadi
Ayyad
(UCA)

•
Université
Hassan
II

Mohamedia
(UH2M)

•
Université
Hassan
Premier

(UH1)

•
Université
Mohamed
V

(UMV)

Design
and
components

adapted
to
local
conditions

PV
Systems
integration

Autononous
power

systems

BIPV

STE
Higher
plant
efficiency
Maroc
Renewables
;

Energypoles
;
Office

Chérifien
des

Phosphates
(OCP)
;

Ventec
Maroc
;

Water
Sol
Maroc

•
Al
Akhawayn
University
(AUI)

•
Ecole
Mohammedia

d’Ingénieurs
(EMI)

•
Université
Cadi
Ayyad
(UCA)

•
Université
Abdekmalek

Essaadi
(UAE)

•
Université
Euro-‐
Méditerranéenne
de
Fès

(UEMF)

•
Université
Ibn
Zohr
(UIZ)

•
Université
Internationale
de

Rabat
(UIR)

•
Université
Mohamed
V

(UMV)

•
Université
Moulay
Ismail

(UMI)

•
Université
Sidi
Mohammed

Ben
Abdellah
(USMBA)

Lower
investment
and

O&M
costs
and
increased

sustainability

Thermal
storage

Table 4. Distribution of Major Tunisian actors against Maghrenov’s Roadmap priorities
Technology

Topic

Industrials

Academic

Wind
Wind
Farm
and
O&M
improvements
STEG,
ANME

ISSTE
de
Gafsa

ENIT

Design
and
components
adapted
to

local
conditions

SOCOMENIN

CRTEn

ENIS

Wind
assessment
INM
(Institut
Nationale
de
la
Météorologie)

Manufacturing
and
logistics
SOCOMENIN

Power
transmission
and
grid

integration

STEG

ENIT

Small
&
Mid-‐Scale
Wind
Turbines
STEG,
ANME
ENIT;

CRTEn

Solar
PV
cells
and
modules
AURASOL,

NR-‐SOL

IFRI-‐SOL

STEG

ANME

ISSTE
de
Gafsa

CRTEn

ENIM

ENIS

Design
and
components
adapted
to

local
conditions

AURASOL,

NR-‐SOL

IFRI-‐SOL

STEG

ANME

CRTEn

ENIM

ENIS

PV
Systems
integration
AURASOL,

NR-‐SOL

IFRI-‐SOL

STEG

ANME

CRTEn

ENIM

Autononous
power
systems
AURASOL,

NR-‐SOL

IFRI-‐SOL

STEG

ANME

BIPV
AURASOL,

ENIT

ENIM

STE
Higher
plant
efficiency
SOFTEN,
SINES,
SIER,
TECH-‐SOL,
BSI,
SOLTECH,

EDS,
COALA,
SEN,
ATS,
GESE
(fabricants
de
STE)

ISSTE
de
Gafsa

ENIT

Lower
investment
and
O&M
costs

and
increased
sustainability

SOFTEN,
SINES,
SIER,
TECH-‐SOL,
BSI,
SOLTECH

EDS,
COALA,
SEN,
ATS,
GESE

ENIT

ISSTE
de
Borj
Cédria

Thermal
storage

ENIM

2.1.1 Identified Innovation Competencies Wind Energy priorities
Major players ongoing involvement in Wind R&D programs, projects and collaboration in
Morocco
Domaine Projets Partenaires
Industriels
Marocains
WIND Nanolubrication Additives for improved Winds Turbine Energy Efficiency SALUB
WIND Développement d'une éolienne domestique selon le standard IEC 61400 GIMAS

Relevant patents in the Wind field by majors players in Morocco
Title Publication number Publication date Inventor(s) Applicant(s)
WATER-WIND POWER GENERATOR MA34858 (B1) 2014-02-01 HDIDOU MOHAMED
LEBRIHI AHMED
ERRAKHI RAFIK
UNIV MOULAYISMAIL [MA]
WIND GENERATOR WITH TWO
COPLANAR AND COUNTER-
ROTATING ROTORS
WO2014109625 (A1) 2014-07-17 BENEBDELLAH ABDELLATIF [MA]
BOUYA MOHSINE [MA]
ELOUAHABI MOHAMED [MA]
CHERKAOUI MOHAMMED [MA]
DHIMDI SAID [MA]
ABRARI ASMA [MA]
BASSOU RANIA [MA]
BASSOU RANDA [MA]
LAGHMICH TARIK [MA]
UNIV INTERNATIONALE DE
RABAT [MA]
CONVERTIBLE, SELF-ADJUSTING,
VERTICAL-AXIS WIND TURBINE
COMBINING SAVONIUS AND
DARRIEUS CONFIGURATIONS, AND
HAVING A COMPOSITE BLADE
SYSTEM
MA33875 (B1) 2013-01-02 JANAH SAADI
MOHAMED ENNAJI
UNIV HASSAN II AIN CHOCK [MA]
HAVING FOLDING BLADES
MA33874 (B1) 2013-01-02 JANAH SAADI
MOHAMED ENNAJI
HAVING RETRACTABLE BLADES
MA33873 (B1) 2013-01-02 JANAH SAADI
MOHAMED ENNAJI
EOLIENNE DOMESTIQUE MA32864 (B1) 2011-12-01 ABDELLATIF BENABDELLAH
MOHAMED ELOUAHABI
UNIV INTERNATIONALE DE
RABAT [MA]
H & H CONSULTING LAW FIRM
SYSTEME DES PALES SOUS FORME
DES PORTES QUI TRANSFORME
L'ENERGIE MECANIQUE (VENT) EN
ENERGIE ELECTRIQUE
MA32746 (B1) 2011-11-01 LAKHAL HASNA LAKHAL HASNA [MA]
MULTI-DIRECTIONAL FRUSTO-
CONICAL DUAL REFLECTOR
WO2011108912 (A2); WO2011108912 (A3)2011-09-09 BERNOUSSI BENAISSA [MA] BERNOUSSI BENAISSA [MA]
AEROGENERATEUR A PALES
RABATTABLES
MA30439 (B1) 2009-06-01 NOGUERA FERNANDEZ BLAS NOGUERA FERNANDEZ BLAS [ES]
SYSTEME ET METHODE DESTINES A
PILOTER AUTOMATIQUEMENT LE
VOL DE PROFILS D'AILE MOTRICE
MA30362 (B1) 2009-04-01 MASSIMO IPPOLITO KITE GEN RES SRL [IT]
MOTEUR SANS HYDROCARBURE MA25103 (A1) 2000-12-31 BENADDI MOHAMED [MA] BENADDI MOHAMED [MA]
AEROGENERATEUR (15 KW/-400/230-
28Vcc) MENU D'UN DISPOSITIF
ELECTROMAGNETIQUE
MA24253 (A1) 1998-04-01 MESSAOUDI BOUJEMAA [MA]
SYSTEME PERMETTANT DE
TRANSFORMER L'ENERGIE
EOLIENNE EN ENERGIE MECANIQUE
EOLIENNE A POCHES
DEFORMABLES, MUNI D'UN
REGULATEUR DE VITESSE
MA23529 (A1) 1995-12-31 DIBA MOHAMED [MA] DIBA MOHAMED [MA]
FABRICATION DE DEUX MACHINES ,
L'UNE DOMESTIQUE ,L'AUTRE
INDUSTRIELLE , PRODUCTRICES DE
COURANTS ALTERNATIFS .
MA21958 (A1) 1991-04-01 JOSE MARIA GIMENEZ
FERNANDEZ [MA]
JOSE MARIA GIMENEZ
FERNANDEZ [MA]
UN SYSTÈME DE STOCKAGE DE
L'ENERGIE EOLIENNE
MA20892 (A1) 1987-10-01 BELKBIR LARBI [MA] BELKBIR LARBI [MA]

Majors University and Research centres’ activity and publications related to Wind Technology
in Morocco
Research partners
Publication
2.1.2 Identified Innovation Competencies in PV priorities
Major players ongoing involvement in PV R&D programs, projects and collaboration in
Morocco
Relevant patents in the PV field by majors players in Morocco
Scientifiques
Marocains
WIND Nanolubrication Additives for improved Winds Turbine Energy Efficiency Faculté des Sciences et Techniques (FST) Tanger - Université Abdekmalek Essaadi (UAE)
WIND Développement d'une éolienne domestique selon le standard IEC 61400 Al Akhawayn University (AUI)
WIND Nanolubrication
Additives
for
improved
Winds
Turbine
Energy
Efficiency
Comparison
of
synthesis
routes
of
inorganic
fullerene-‐like
nano-‐
additives
devoted
to
wind
turbine
lubrication:
Application
of
Life

Cycle
Assessment
Approach
Industriels
Marocains
PV Réalisation
d’un
onduleur
photovoltaïque
6KVA A2S Industries
PV LOw COst CSP in Morocco AIC Métallurgie (Delta Holding)
PV Monitoring and Prediction of Power Production for Moroccan Solar Farms Jet Alu
PV
Frigo solaire sur Triporteur avec isolation thermique à base du bois de
palmier dattier local
Inter Afrique Climatisation
PV PROductivité Photovoltaïque à l’échelle REgionale dans tout le MAroc Resing
PV
Développement d’un système de transfert et d’optimisation d’énergie
solaire PV
ADETEL
PV
Utilisation d’un commutateur (Smart Switch) de transfert pour la
production d’électricité par panneaux photovoltaïques pour les villages de
pêche connectés au réseau BT
Office National des Pêches (ONP)
CENTRELEC
EASYSOLAR
Publication number Publication date Inventor(s) Applicant(s)
WO2004107396 (A3); WO2004107396 (A2) 2004-12-09 PATON MILLAN FRANCISCO [MA] PATON MILLAN FRANCISCO [MA]
WO2004107395 (A3); WO2004107395 (A2) 2004-12-09 PATON MILLAN FRANCISCO [MA] PATON MILLAN FRANCISCO [MA]
MA25053 (A1) 2000-10-01 ORENGO FRANCIS
BOURRIERES PHILIPPE
MANUF D APP ELECTR DE CAHORS M [FR]
MA23341 (A1) 1995-07-01 HAIMOUD RACHID [MA]
MA23140 (A1) 1994-10-01 AOUFI SAID [MA]
MA22730 (A1) 1993-07-01 NACIRI ABDELLATIF [MA] NACIRI ABDELLATIF [MA]
MA22457 (A1) 1992-10-01 CHARRADE ABDELKRIM [MA]
MA20833 (A1) 1987-07-01 GRAVISSE PHILIPPE [FR]
MA18462 (A1) 1979-12-31 LUCIEN ROURE [MA]

Majors University and Research centres’ activity and publications related to PV Technology in
Morocco
Research partners and projects
Publications
Scientifiques
Marocains
PV Réalisation
d’un
onduleur
photovoltaïque
6KVA Faculté des Sciences et Techniques (FST) Settat - Université Hassan 1er (UH1)
PV LOw COst CSP in Morocco
Université Internationale de Rabat (UIR)
Faculté des Sciences et Techniques (FST) Fès - Université Sidi Mohammed Ben Abdellah (USMBA)
PV Monitoring and Prediction of Power Production for Moroccan Solar Farms
Ecole Nationale des Sciences Appliquées (ENSA) Kénitra - Université Ibn Tofail (UIT)
PV
Frigo solaire sur Triporteur avec isolation thermique à base du bois de
palmier dattier local
Faculté des Science Ben M'Sik - Université Hassan II Mohamedia (UH2M)
Faculté des Sciences et Techniques (FST) Errachidia - Université Moulay Ismail (UMI)
PV PROductivité Photovoltaïque à l’échelle REgionale dans tout le MAroc
Faculté des Sciences Semlalia (FSS) - Université Cadi Ayyad (UCA)
Faculté des Sciences d’Agadir - Université Ibn Zohr (UIZ)
École Nationale des Sciences Appliquées (ENSA) Al Houceima - Université Mohammed 1er (UM1)
Faculté des Sciences et Techniques (FST) Béni Mellal - Université Sultan Moulay Slimane (USMS)
Faculté des Science Ben M'Sik - Université Hassan II Mohammedia (UH2M)
Faculté des Science El Jadida - Université Chouaib Doukkali (UCD)
Faculté des Science Dhar EL Mehraz - Université Sidi Mohamed Ben Abdellah (USMBA)
Al Akhawayn University
Faculté des Science Kénitra - Université Ibn Tofail (UIT)
École Supérieure de Technologie (EST) Meknès - Université Moulay Ismail (UMI)
Faculté des Sciences et Techniques (FST) Mohammedia - Université Hassan II Mohammedia (UH2M)
Faculté Polydisciplinaire Nador - Université Mohammed 1er (UM1)
Faculté Polydisciplinaire Ouarzazate - Université Ibn Zohr (UIZ)
Faculté des Sciences Oujda - Université Mohammed 1er (UM1)
École Normale Supérieure (ENS) Takaddoum - Université Mohamed V Agdal (UMVA)
École Nationale des Sciences Appliquées (ENSA) Safi - Université Cadi Ayyad (UCA)
Faculté des Sciences et Techniques (FST) Settat - Université Hassan 1er (UH1)
École Nationale des Sciences Appliquées (ENSA) Tanger - Université Abdelmalek Essaadi (UAE)
Faculté des Sciences Tétouan - Université Abdelmalek Essaadi (UAE)
PV
Développement d’un système de transfert et d’optimisation d’énergie
solaire PV
MAScIR
PV
Utilisation d’un commutateur (Smart Switch) de transfert pour la
production d’électricité par panneaux photovoltaïques pour les villages de
pêche connectés au réseau BT
Ecole Mohammedia d’Ingénieurs (EMI) - Université Mohammed V Agdal (UMVA)
Domaine Projet Publication
PV
Frigo
solaire
sur
Triporteur
avec
isolation
thermique
à
base
du
bois
de
palmier
dattier

local
Natural
thermal-‐insulation
materials
composed
of
renewable

resources:
characterization
of
local
date
palm
fibers
(LDPF)
PV PROductivité
Photovoltaïque
à
l’échelle
REgionale
dans
tout
le
MAroc

“Propre.Ma”
project:
roadmap
&
preliminary
results
for
grid-‐
connected
PV
yields
maps
in
Morocco.
PV PROductivité
Photovoltaïque
à
l’échelle
REgionale
dans
tout
le
MAroc

Simulation
of
power
production
with
mini-‐PV
plants
using
3-‐types
of

Silicon
Technologies
in
Fes-‐Morocco
case
PV PROductivité
Photovoltaïque
à
l’échelle
REgionale
dans
tout
le
MAroc

“Propre.Ma”
project:
Design,
Startup
and
Testing
of
a
Photovoltaïque

Station
and
simulation
of
its
productivity
PV PROductivité
Photovoltaïque
à
l’échelle
REgionale
dans
tout
le
MAroc

“Propre.Ma”
project:
Metrology
Supervision
and
Data
Transfer
From

a
PV
Station
PV PROductivité
Photovoltaïque
à
l’échelle
REgionale
dans
tout
le
MAroc

Performance
monitoring
of
a
grid-‐connected
high
concentration

photovoltaic
power
plant
PV PROductivité
Photovoltaïque
à
l’échelle
REgionale
dans
tout
le
MAroc

“Propre.Ma”
project:
Modeling
and
simulation
of
Grid
connected

photovoltaic
system
for
Meknes
Climate
PV PROductivité
Photovoltaïque
à
l’échelle
REgionale
dans
tout
le
MAroc

Modeling
and
comparative
study
of
different
PV
modules

technologies
in
Agadir
climate
PV Réalisation
d’un
onduleur
photovoltaïque
6KVA
Comparative
Study
of
Fin
Geometries
for
Heat
Sinks
in
Natural

Convection
PV Réalisation
d’un
onduleur
photovoltaïque
6KVA Thermal
model
of
IGBT
Modules
in
the
arm
converter
PV Les
batteries
lithium-‐ion:
une
solution
de
choix
pour
le
stockage
de
l'énergie
solaire
Energy
Storage
in
Li4Ti5O12/LiCo2/3ni1/6Mn1/6O2
Lithium
ion

Battery
:
electrochimical
performance
and
stability
PV Les
batteries
lithium-‐ion:
une
solution
de
choix
pour
le
stockage
de
l'énergie
solaire
LiFe1-‐yMnyPO4
Phosphates
as
convenient
electrode
materials
for

energy
storage
and
conversion
PV Les
batteries
lithium-‐ion:
une
solution
de
choix
pour
le
stockage
de
l'énergie
solaire
Electrode
materials
for
Sodium
Ion
Batteries
:
a
cheaper
solution
for

the
energy
storage

2.1.3 Identified Innovation Competencies in STE priorities
Major players ongoing involvement in STE R&D programs, projects and collaboration in
Tunisian
Industriels
Marocains
STE
Stockage de l’énergie thermique solaire par fusion des matériaux à
changement de phases au sein d’un système hybride Habitat/Capteur
solaire/MCP
ZAHID
STE
Les
batteries
lithium-‐ion:
une
solution
de
choix
pour
le
stockage
de
l'énergie

solaire
Réminex - Managem
STE
Évaluation
des
performances
des
sites
thermosolaires
-‐
Application
au
site

CSP
Air
Baha
Ciment du Maroc
Airlight Energy
Italgen Ener Maroc
STE
Nanocoating
and
testing,
a
step
towards
the
improvement
of
CSP
reflectors

for
less
intensive
maintenance
both
terms
of
labor
and
water
SPIE
Induver
STE
Développement
d’un
champ
solaire
à
faible
concentration
pour
centrales

solaires
thermodynamiques
InterTridim
STE Couplage
energie
solaire
à
concentration
et
dessalement
de
l'eau
au
Maroc
Centre National de l’Energie des Sciences et Techniques Nucléaires (CNESTEN)
LSA Industries
STE Seawater
desalination
using
solar
energy
Office Chérifien des Phosphates (OCP)
Jet Alu
STE
Lutte contre les vagues de chaleur excessive par la climatisation solaire
dans le secteur avicole
TURDEL
Ventec
STE
COLDSUN : Développement d’une solution de climatisation solaire
réversible et innovante
InterTridim
STE
Amélioration du fonctionnement des séchoirs solaires : Élaboration de
prototypes pour le séchage direct du bois et de prototypes pour le
séchage indirect des aliments
AluMéga
STE
Contribution des MicroCSPs dans la gestion d'un ré seau é lectrique
inté grant les sources d'é nergie renouvelables
Office National de l'Electricité et de l'Eau potable (ONEE)
STE Procédé de Rafraichissement Solaire au Maroc PRSM-SUNNY Energypoles
STE Développement d’un séchage Flash solaire des phosphates Office Chérifien des Phosphates (OCP)
STE
Maintien en chauffe d’un stockage de bitume par des panneaux solaires à
haute énergie
Bituma
STE
Systèmes hybrides solaire/biomasse pour la production de l’eau chaude
sanitaire et le chauffage dans les Hammams traditionnels (HYBRID-
BATH)
Water Sol Maroc
BUILDIT
STE
Etude et conception d'un Séchoir Solaire Hybride autonome par des
systèmes d’informations et de gestion d’énergie
RAMO Industrie
Pépinière Chaymae
CADVALORISATION

Relevant patents in the STE field by majors players in Morocco
Title Publication numberPublication date Inventor(s) Applicant(s)
CAPTEUR-TRANSMETTEUR THERMIQUE A RENDEMENT
ELEVEVE POUR CHAUFFE EAU SOLAIRE
MA34931 (B1) 2014-03-01 BEN ABDELLAH ABDELLATIF
EL OUHABI MOHAMED
IHRINGER ERNEST
DHIMDI SAID
BOUYA MOHSINE
CHERKAOUI MOHAMMED
FAQIR MUSTAPHA
UNIV INTERNATIONALE DE RABAT [MA]
WATER HEATER HAVING AN UNPRESSURISED TANK WITH A
THERMOSYPHON EXCHANGER
MA34564 (B1) 2013-10-02 RAOUI ESSAID RAOUI ESSAID [MA]
TURBINE SOLAIRE A REACTION MA33785 (B1) 2012-12-03 JOSE ANTONIO BARBERO
FERRANDIZ
JOSE ANTONIO BARBERO
FERRANDIZ [ES]
LE PARABOLE SOLAIRE MA33715 (B1) 2012-11-01 CHAMA HOUSSAM EDDINE CHAMA HOUSSAM EDDINE [MA]
CUISEUR SOLAIRE MA33543 (B1) 2012-09-01 ARHAL MOHAMMAD
EL BAROUDI ABDELLATIF
VUILLEMIN GILBERT
UNIV CADI AYYAD [MA]
PARABOLE THERMOSOLAIRE MA32862 (B1) 2011-12-01 DRISS ILALI
MOHAMMED CHERKAOUI
ABDELLATIF BENABDELLAH
MOHAMED ELOUAHABI
UNIV INTERNAT DE RABAT [MA]
H & H CONSULTING LAW FIRM
MULTI-DIRECTIONAL FRUSTO-CONICAL DUAL REFLECTOR MA32846 (B1) 2011-12-01 BERNOUSSI BENAISSA BERNOUSSI BENAISSA [MA]
REALISATION DES CHAUFFES EAU SOLAIRE DE
DIFFERENTS TYPES : PLAT, ROND ET RECTANGLE
MA32524 (B1) 2011-08-01 MAATAOUI SALAH MAATAOUI SALAH [MA]
ENSEMBLE SUPPORT D'HELIOSTAT ET MECANISME
D'ENTRAINEMENT
MA30803 (B1) 2009-10-01 VAN DER WESTHUYZEN DAVID
GLOVER
ESKOM HOLDINGS PTY LTD [ZA]
INSTALLATION GENERATRICE D'ELECTRICITE PAR
CHALEUR SOLAIRE, INSTALLATION D'APPORT DE MILIEU
CHAUFFANT ET DISPOSITIF DE SUPPRESSION DES
VARIATIONS DE TEMPERATURE.
MA30574 (B1) 2009-07-01 OTA HIDEAKI KAWASAKI HEAVY IND LTD [JP]
SYSTÈME DE MIROIR CYLINDRO-PARABOLIQUE DE CHAMP
DE COLLECTEURS SOLAIRES HYPERBOLIQUES
MA30400 (B1) 2009-05-04 CAPAN RAHMI OGUZ CAPAN RAHMI OGUZ [TR]
SYSTEME DE GOUTTIERES SOLAIRES PARABOLIQUES
AVEC MOYENS DE POURSUITE ROTATIFS
MA30338 (B1) 2009-04-01 CAPAN RAHMI OGUZ CAPAN RAHMI OGUZ [TR]
SYSTEME D'AUTOSUFFISANCE D'UN FOYER EN EAU, GAZ,
CLIMATISATION ET ELECTRICITE AU MOYEN DE L'ENERGIE
TRANSFORMEE
MA29826 (B1) 2008-10-03 HOEDT HELMUT K F K F HELMUT HOEDT [MA]
SYSTEM AND METHODS FOR COLLECTING AND
DISTRIBUTING THERMAL SOLAR ENERGY IN COMMUNITIES
WO2009139611
(A3);
WO2009139611
(A2)
2009-11-19 BERRADA MOHAMED YASSER [MA] BERRADA MOHAMED YASSER [MA]
SYSTEME DE CHAUFFAGE SOLAIRE VOLUMETRIQUE D'EAU
PAR TUYAUTERIE NOYEE DANS UNE DALLE DE BETON.
MA25607 (A1) 2002-12-31 PILOTTO JEAN-PIERRE [FR] PILOTTO JEAN-PIERRE [FR]
SYSTEME GUIDE PAR LE RAYONNEMENT SOLAIRE MA24520 (A1) 1998-12-31 ABOUNNAIM ABDENNAIM [MA]
DISPOSITIF DE CONCENTRATION ET DE TRANSFORMATION
DE L'ENERGIE SOLAIRE EN ENERGIE THERMIQUE PAR UN
CONCENTRATEUR PARABOLIQUE CONIQUE ET UN
ECHANGEUR GENERATEUR DECAGONAL POUR LA
PRODUCTION D'EAU CHAUDE, DE LA VAPEUR OU DE L'AIR
CHAUD A HAUTE TEMPERATURE
MA24328 (A1) 1998-04-01 ABDELKABIR SAMNY [MA]
SYSTEME DE CAPTAGE SOLAIRE MA23844 (A1) 1996-12-31 ELDAD DAGAN PIXIE INVEST SA [LU]
APPAREIL DE RECUPERATION D'ENERGIE RADIANTE MA22750 (A1) 1993-07-01 ALAN JAMES YEOMANS [AU]
CUISSEUR SOLAIRE AUTO-COMPLETE PAR COMBUSTIBLE
ASSURANT UNE CUISSON PERMANENTE
MA22282 (A1) 1992-04-01 HABEK ABDELATI [MA]
AMPLIFICATEUR SOLAIRE AUTO-STOCKEUR DE L'EAU
CHAUDE
MA22281 (A1) 1992-04-01 HABEK ABDELATI [MA]
SYSTEME SOLAIRE DE CUISSON D'ALIMENTS MA22172 (A1) 1991-12-31 HABEK ABDELATI [MA] HABEK ABDELATI [MA]
COUVERTURE DE PISCINE AVEC CHAUFFAGE SOLAIRE . MA19159 (A1) 1981-12-31 PRELAZ ROGER [CH] PRELAZ ROGER [CH]

Majors University and Research centres’ activity and publications related to STE Technology
in Morocco
Research Partners
Publication
Scientifiques
Marocains
STE
Stockage de l’énergie thermique solaire par fusion des matériaux à
changement de phases au sein d’un système hybride Habitat/Capteur
solaire/MCP
Faculté des Sciences Ain Chock - Université Hassan II Casablanca (UH2C)
STE
Les
batteries
lithium-‐ion:
une
solution
de
choix
pour
le
stockage
de
l'énergie

solaire
Université Cadi Ayyad (UCA)
STE
Évaluation
des
performances
des
sites
thermosolaires
-‐
Application
au
site

CSP
Air
Baha
Université Ibn Zohr (UIZ)
STE
Nanocoating
and
testing,
a
step
towards
the
improvement
of
CSP
reflectors

for
less
intensive
maintenance
both
terms
of
labor
and
water
Al Akhawayn University (AUI)
Faculté des Sciences et Techniques (FST) Tanger - Université Abdelmalek Essaadi (UAE)
STE
Développement
d’un
champ
solaire
à
faible
concentration
pour
centrales

solaires
thermodynamiques
École Nationale Supérieure d'Arts et Métiers (ENSAM) - Université Moulay Ismail (UMI)
STE Couplage
energie
solaire
à
concentration
et
dessalement
de
l'eau
au
Maroc
Faculté des Sciences Ben M'Sik - Université Hassan II Casablanca (UH2C)
STE Seawater
desalination
using
solar
energy Université Internationale de Rabat (UIR) ; Université Abdelmalek Essaadi (UAE)
STE
Lutte contre les vagues de chaleur excessive par la climatisation solaire
dans le secteur avicole
Faculté des Sciences et Techniques (FST) de Tanger - Université Abdelmalek Essaadi (UAE)
STE
COLDSUN : Développement d’une solution de climatisation solaire
réversible et innovante
École Nationale Supérieure d'Arts et Métiers (ENSAM) de Meknès - Université Moulay Ismail (UMI)
STE
Amélioration du fonctionnement des séchoirs solaires : Élaboration de
prototypes pour le séchage direct du bois et de prototypes pour le
séchage indirect des aliments
Faculté des Sciences de Rabat - Université Mohammed V Agdal (UMVA)
STE
Contribution des MicroCSPs dans la gestion d'un ré seau é lectrique
inté grant les sources d'é nergie renouvelables
École Mohammadia d'Ingénieurs (EMI) - Université Mohammed V Agdal (UMVA)
STE Procédé de Rafraichissement Solaire au Maroc PRSM-SUNNY
École Supérieur de Technologie (EST) de Fès - Université Sidi Mohammed Ben Abdellah (USMBA)
École Nationale Supérieure d'Arts et Métiers (ENSAM) de Meknès - Université Moulay Ismail (UMI)
STE Développement d’un séchage Flash solaire des phosphates Université Euro-Méditerranéenne de Fès (UEMF)
STE
Maintien en chauffe d’un stockage de bitume par des panneaux solaires à
haute énergie
Université Abdelmalek Essaadi (UAE)
STE
Systèmes hybrides solaire/biomasse pour la production de l’eau chaude
sanitaire et le chauffage dans les Hammams traditionnels (HYBRID-
BATH)
Faculté des Sciences Semlalia (FSS) - Université Cadi Ayyad (UCA)
Centre National d’Etudes sur l’Eau et l’Energie (CNEREE)
STE
Etude et conception d'un Séchoir Solaire Hybride autonome par des
systèmes d’informations et de gestion d’énergie
Faculté des Sciences et Techniques (FST) de Marrakech - Université Cadi Ayyad (UCA)
Centre National d’Etudes et de Recherches sur l’Eau et l’Energie (CNEREE)
Laboratoire de Procédés Métrologie et Matériaux pour l'Energie et l’Environnement (LP2M2E)
STE Évaluation
des
performances
des
sites
thermosolaires
-‐
Application
au
site
CSP
Ait
Baha
Thermal
Storage
of
Concentrated
Solar
Energy
Using
Rocks
As

Materials
High
Temperature
Storage
STE Évaluation
des
performances
des
sites
thermosolaires
-‐
Application
au
site
CSP
Ait
Baha
Storage
of
Heat
Energy
in
Packed-‐
Bed
of
Rocks
for
Concentrated

Solar
Power
Plants
STE Évaluation
des
performances
des
sites
thermosolaires
-‐
Application
au
site
CSP
Ait
Baha
Performance
study
of
a
solar
thermal
station
under
transient

conditions
STE
Développement
d’un
champ
solaire
à
faible
concentration
pour
centrales
solaires

thermodynamiques
Verification
&
Validation
of
Simulation
Code
for
Linear
Fresnel

Systems
STE
Développement
d’un
champ
solaire
à
faible
concentration
pour
centrales
solaires

thermodynamiques
Modeling
and
Simulation
of
a
Linear
Fresnel
solar
collector

STE
Développement
d’un
champ
solaire
à
faible
concentration
pour
centrales
solaires

thermodynamiques
Heat
transfer
model
of
a
trough
compound
parabolic
reflector
used

in
a
linear
Fresnel
solar
field
STE
Stockage
de
l’énergie
thermique
solaire
par
fusion
des
matériaux
à
changement
de

phases
au
sein
d’un
système
hybride
Habitat/Capteur
solaire/MCP
Heating
Management
of
Building
Integrated
Phase
Change
Materials
STE
Nanocoating
and
testing,
a
step
towards
the
improvement
of
CSP
reflectors
for
less

intensive
maintenance
both
terms
of
labor
and
water
Transparent
and
Hydrophilic
TiO2
Anatase
as
Top-‐Protective
Layer

for
CSP
Reflectors
STE
Nanocoating
and
testing,
a
step
towards
the
improvement
of
CSP
reflectors
for
less

intensive
maintenance
both
terms
of
labor
and
water
Deposition
of
Transparent
Aluminum
Oxide
(Al2O3)
Films
on

Silvered
CSP
Mirrors
STE
Nanocoating
and
testing,
a
step
towards
the
improvement
of
CSP
reflectors
for
less

intensive
maintenance
both
terms
of
labor
and
water
Optical
Properties
of
Front
and
Second
Surface
Silver-‐Based
and

Molybdenum
Based
Mirrors

2.2 Regional actors identified in Energy Efficiency
The two tables below are listing the major Tunisian and Moroccan actors in the energy Efficiency priorities.
Details on R&D projects, collaborations and scientific activities are then listed below by topics.
Table 5. Distribution of Major Moroccan actors against Maghrenov’s Energy Efficient Roadmap priorities
Technology

Topic

Industrials

Academic

Institutions

Local
Energy

Supply,

Conversion

and
Storage

Thermal
storage
Office
National
de

l'Electricité
et
de

l'Eau
potable
(ONEE)

;
Ventec
Maroc

•
Université
Cadi

Ayyad
(UCA)

•
Université

Internationale
de

Rabat
(UIR)

•
Agence
Nationale

pour
le

Développement
des

Energies

Renouvelables
et
de

l'Efficacité
Energétique

(ADEREE)

•
Société

d'Investissements

Energetiques
(SIE)

Heating
(including
heat

pumps)

Cooling

Energy

Efficient

Buildings

Climate
adaptive

facades

•
Université
Hassan
II

Casablanca
(UH2C)

Energy
efficient

lightening
and
energy

management
systems

Ventilation

Urban
Energy

Network

Thermal
Networks
Office
National
de

l'Electricité
et
de

l'Eau
potable
(ONEE)

•
Université
Ibn

Tofail
(UIT)

•
Université

Mohamed
V
(UMV)

Electricity
networks

Mobility
networks

Gaseous
networks

Energy
in

Cities

Urban
energy
system

transition

EasySolar
;
Office

National
de

l'Electricité
et
de

l'Eau
potable
(ONEE)

;
Resing

•
Al
Akhawayn

University
(AUI)

•
Ecole
Mohammedia

d’Ingénieurs
(EMI)

•
MAScIR

Energy
data

technologies

New
urban
energy

services

Energy

Producing

Hotels

Renewable
Energy

Supply

Short
term
energy

storage

Decentralised

climatisation

Intelligent
Control

Energy

Producing

Hotels

Design

Windows
and
solar

sharing

Insulation

Table 6. Distribution of Major Tunisian actors against Maghrenov’s Energy Efficient Roadmap priorities
Technology

Topic

Industrials

Academic

Local Energy
Supply,
Conversion
and Storage
Thermal storage ENIT
ENIM
Heating (including
heat pumps)
COALA ENIT
ENIM
Cooling COALA ENIT
ENIM
Energy
Efficient
Buildings
Climate adaptive
facades
POLYCOQ, PERLA-Industrie,
SOFRIFAC (fabricants d’isolant)
ISSTE de Gafsa
ISSTE de Borj Cédria
ENAUT (Ecole Nat. D’Architecture et
d’Urbanisme de Tunis)
ENIT
Energy efficient
lightening and
energy
management
systems
GLOBAL LIGHTING,
FAWANIS
ISSTE de Gafsa
ISSTE de Borj Cédria
ENAUT (Ecole Nat. D’Architecture et
ENIT
EPT (Ecole Polythecnique de Tunis)
Ventilation COALA ENAUT (Ecole Nat. D’Architecture et
ENIT
Urban
Energy
Network
Thermal Networks ISSTE de Gafsa
ENIM
ENIT
Electricity
networks
ISSTE de Gafsa
ENIS
EPT
Mobility networks
Gaseous networks

2.3 Survey results from 14 actors in Renewable and
Energy Efficiency
2.3.1 Survey questions

Competence
Mapping
Survey
question
to
Industrials
players

GENERAL
INFORMATION

TECHNOLOGY
MAPPING

VALORIZATION

the
following
questions
will
be
asked
for
each
aggregated
technological
need/field
selected
as
(4),
(5)
or
(6)
strategic
index

RESEARCH
AGREEMENT

the
following
questions
will
be
asked
for
each
aggregated
technological
need/field
selected
as
3,
4,
5
or
6
strategic
index

13 How
much
was
your
company’s
turnover
in
2012
within
KIC
InnoEnergy
topics? <100k€ 100k€<1M€ 1M€<10M€ 10M€<
100M€>
100M€
14 How
many
priority
patents
applications
did
your
company
(and
affiliates)
filed
in
within
KIC
topics: in
2010 in
2011 in
2012
Q
15.
For
each
Technological
need/field,
indicate
how
strategic
it
is
for
your
company,
on
a
scale
from
0
to

6
(0)
No
interest
(1)
Subject
of
technological
watch
but
no
activity
(2)
Stopped
activity
(3)
New

R&D
interest
and
marketing
efforts
(4)
Existing
IP,
R&D
or
products
/services,
but
marginal

activity
(5)
Existing
IP,
R&D
or
products/services,
not
necessarily
within
the
core
business
but

within
the
corporate
strategy
(6)
Pure
Players
Questions
can
be
answered
at
topic
or
subtopic
level

Q16.
How
many
new
products
and
services
covering
this
technological
need/field
has
your
company
(and
affiliates)
already

commercialized
or
planned
to
release
before
the
end
of
2013?
Products
or
services
must
cover
a
need
corresponding
to
this
technological
need/field.
Count
only
products
or
services
created
or

developed,
even
partially,
within
your
company.
Count
only
one
product
for
same
products
but
covering
different
ranges
of
size,

power
0 1 3-‐4 >=5
Q17.
Approximately,
how
much
did
those
products
and
services
represent
within
your

company’s
total
turnover
in
2012?
<5% 5%<20% 20%<50% >50%
Q18.
How
many
new
entities
dealing
with
this
technological
need/field
have
been
created
by
your
company
in
the
last
5
years?
>4 <100k€
100k€-‐1M€1M€-‐10M€ >10M€
Approximate
total
raised
fund
for
the

selected
number
of
spin-‐off/out
Spin-‐off,
spin
out
#
0 1 2 3 <5% 5%<20% 20%<50% >50%
Approximately,
how
much
did
the
added
turnovers
of
the

selected
new
branches
or
subsidiaries
represent
compared

to
your
company’s
turnover
within
KIC
InnoEnergy
topics
in

2012?
New
branches
or
subsidiaries
#
0 1 2 3 >4
100k€-‐1M€ 1M€-‐10M€ >10M€
#
Number
Approximately,
how
much
did
the
added
turnovers
of
the

selected
acquired
companies
represent
compared
to
your

company’s
turnover
within
KIC
InnoEnergy
topics
in

2012?
Q19.
How
many
entities
dealing
with
this
technological
need/field
did
your
company
acquire
in
the

last
5
years?
0 1 2 3 >4 <100k€

>5
All
contracts
where
your
company
has
to
perform
research
or
testing
in
collaboration

with
at
least
another
entity,
either
public
or
private,
wherever
the
funding
comes,
and

with
the
results
shared
by
your
company
Q20.
How
many
different
research
agreements
is
your
company
involved
in
within
this

technological
need/field?
0 1 2 3-‐4

Fig
2.
Competence
Mapping
Survey
Questions
to
Academic
players

GENERAL
INFORMATION

TECHNOLOGY
MAPPING

VALORIZATION

the
following
questions
will
be
asked
for
each
aggregated
technological
need/field
selected
as
(4),
(5)
or
(6)
strategic
index

RESEARCH
AGREEMENT

the
following
questions
will
be
asked
for
each
aggregated
technological
need/field
selected
as
3,
4,
5
or
6
strategic
index

<20k€ 20-‐100k€ 100k€-‐1M€ 1-‐10M€ ≥10M€
Sum,
for
all
the
selected
research
agreements,
of
what
will
be
performed

by
your
company
in
terms
of
human
and
material
resources,
wherever

comes
the
funding
get
by
your
company,
external
or
inter
Q21.
What
is
your
company’s
commitment
within
these
research

agreements?
Q
22.Who
are
your
2
major
project
partners
Name
1 Name
2 Name
1 Name
2
Companies
Research
institutes
and

universities
1 2
Q23.
According
to
you,
which
research

institutes
or
universities
are
the
most

relevant
within
this
technological
need/field?
13 How
much
was
the
annual
research
budget
of
your
institution
in
2012
within
KIC
InnoEnergy
topics? <100k€ 100k€<1M€ 1M€<10M€ 10M€<
100M€>
100M€
14 How
many
researchers/year
in
your
institution
are
working
on
KIC
InnoEnergy
topics? 0<5 5
to
20
20
to
100 >100
15 How
many
priority
patents
applications
did
your
institution
filed
in
within
KIC
topics: 2011
-‐ 2012
-‐
2013
-‐
16 How
many
research
publications
did
your
institution
filed
in
2013
in
within
KIC
topics
?
2013
-‐

Q
17.
For
each
Technological
need/field,
indicate
how
strategic
it
is
for
your
institution,
on
a
scale
from
0

to
6
(0)
No
interest
(1)
Subject
of
technological
watch
but
no
activity
(2)
Stopped
activity
(3)
New

R&D
interest
and
marketing
efforts
(4)
Existing
IP,
R&D
or
products
/services,
but
marginal

activity
(5)
Existing
IP,
R&D
or
products/services,
not
necessarily
within
the
core
business
but

within
the
corporate
strategy
(6)
Pure
Players
Questions
can
be
answered
at
topic
or
subtopic
level

Q18.
How
many
licenses
of
products
and/or
services
covering
this
technological
need/field
have
been
signed
in
the
last
5
years?
Include
all
licenses,
option
and
assignments
of
all
kind
of
IP
(patents,
know-‐how,
copyrights,
trademark…).
Count
licenses
on
the
same
IP
but
to
different

companies
as
only
one
license
if
each
licence
value
is
less
than
1k€.
A
licence
grants
the
right
to
use
IP
in
a
defined
field
of
use
and/or
territory.
An
option
grants
the
potential
licensee
a
time
period
to
evaluate
the
technology
and

negotiate
the
terms
of
a
license.
An
assignment
transfers
all
or
part
of
the
right
to
IP
to
the
licensee.]
>51 2 3

to
4
0
Q19.
Approximately,
how
much
was
your
institution's
income
from
those
licenses
in
the
last
3
years?
Total
income
from
all
types
of
IP
(patents,
know-‐how,
copyrights,
material
transfer
agreements…)
before

disbursement
to
other
parties
or
inventors.
Include
license
issue
fees,
annual
royalties,
annual

maintenance
fees,
sublicensing
incomes,
option
fees,
milestone
and
termination
payments.
>
1
M

euros
0 <
10
K
euros 10-‐100
K
euros
100
K
-‐
1
M
euros
>5
Q20.
How
many
spin-‐offs
dealing
with
this
technological
need/field
were
developed
from
your
institution
in
the

last
5
years?
A
new
company
established
to
develop
or
exploit
IP
created
by
your
institution.

0 1 2 3-‐4
Q21.
How
many
different
research
agreements
including
industrial
entities
is
your
institution

involved
in
within
this
technological
need/field?
0 1 2 3-‐4 >5
All
contracts
where
your
institution
has
to
perform
research
or
testing
in
collaboration
with
at

least
another
industrial
company,
wherever
the
funding
comes,
and
with
the
results
shared

partially
or
totally
with
the
company(ies)
20-‐100K
euros 100K
-‐1
M
euros
1
-‐10
M
euros ≥10M
euros
Sum,
for
all
the
selected
research
agreements,
of
what
will
be
performed
by
your
institution

in
terms
of
human
and
material
resources,
wherever
comes
the
funding
get
by
your

institution,
external
or
internal
<20K
euros
Q22.
What
is
your
institution
commitment
within
these
research
agreements?

2.3.2 List of contact for interviews
Table 7. List of Tunisian contacts for The Competence Mapping Survey
Table 8. List of Moroccan contacts for the Competence Mapping Survey
[….]
Q24.
What
is
your
institution
commitment
within
these
research
agreements?
Sum,
for
all
the
selected
research
agreements,
of
what
will
be
performed
by
your
institution
in
terms
of

human
and
material
resources,
wherever
comes
the
funding
get
by
your
institution,
external
or
internal
<20K
euros 20-‐100K
euros ≥10M
euros100K
-‐
M
euros
1-‐10M
euros 2.
Name

Q26.
According
to
you,
which
companies
are
the

most
relevant
within
this
technological
need/field?
Compagnies

Q25.
Who
are
your
4
major
project
partners?
Compagnies
Research
institutes
and

universities
3.
Name 4.
Name 1.
Name1.
Name
2.
Name
Universities

Family
Name
and
First
Name Institution Website
E-‐mail
Address
El
ALIMI
Souheil ENIM
-‐
Ecole
Nationale
d'Ingénieurs
de
Monastir www.enim.tn souheil.elalimi@gmail.com
M.
Abdelmajid
Jemni

ENIM
-‐
Ecole
Nationale
d'Ingénieurs
de
Monastir www.enim.tn
CHAABOUNI
Refaat ENIT
-‐
Ecole
Nationale
d'Ingénieurs
de
Tunis www.enit.rnu.tn refaat.chaabouni@enit.rnu.tn
SOUSSI
Meriem ENIT
-‐
Ecole
Nationale
d'Ingénieurs
de
Tunis www.enit.rnu.tn soussi_meriem2005@yahoo.fr
ZNOUDA
Essia ENIT
-‐
Ecole
Nationale
d'Ingénieurs
de
Tunis www.enit.rnu.tn znouda_essia@yahoo.fr
BELHADJ
Jamel ENSIT
-‐
Ecole
Nationale
Supérieure
d'Ingénieurs
de
Tunis www.ensit.tn Jamel.Belhadj@esstt.rnu.tn
MEZNI
Taoufik ENSIT
-‐
Ecole
Nationale
Supérieure
d'Ingénieurs
de
Tunis www.ensit.tn mezni.taoufik@planet.tn
M.
Afif
El
Cafsi CRTEn
-‐
Centre
de
Recherches
et
des
Technologies
de
l'Energie
www.crten.rnrt.tn

MAATALLAH
Taher
ISSTEG -‐ Institut Supérieur des Sciences et des Technologies de
l'Energie
de
Gafsa
www.issteg.rnu.tn maatallahtaher@yahoo.fr

R&D
Centers
Senior
Engineer,
MHESR/ICT
-‐
CRTEn
Tunisia zied.kbaier@crten.rnrt.tn
Chief Service -‐ Head of the Technology Transfer Office of CRTEn
(TTO.CRTEn)
kbaier.zied@gmail.com

du
Centre
de
Recherches
et
des
Technologies
de
l'Energie
GUIZANI
AmenAllah CRTEn
-‐
Centre
de
Recherches
et
des
Technologies
de
l'Energie www.crten.rnrt.tn amenallah.guizani@crten.rnrt.tn
CHOUIKH
Ridha CRTEn
-‐
Centre
de
Recherches
et
des
Technologies
de
l'Energie crten.rnrt.tn ridha.chouikh@yahoo.fr
Industrials

M.
Amor

Ben
Tayeb
SOFTEN
(Filiale
du
groupe
GIORDANO
industries,
leaders

Français
de
l’énergie
solaire)
BSI
-‐

Biome
Solar
Industry
Gérant
de
la
société
M.
Mohamed
Trabelsi "Global
Lighting"[1] global.lighting@gnet.tn
BABA
Abdallah AES
-‐
Alternative
Energy
Systems www.aes-‐tunisie.com aes@planet.tn

JELLOULI
Yacine CLIMA-‐CONSEIL www.climaconseil@com y.jallouli@climaconseil.com

TOUMI
Khaled Sagemcom
Software
&
Technologies
Tunisia www.sagemcom.com toumi.khaled@gmail.com
BEN
CHARFEDDINE
Adnene QUALIMEX chad@qualimex.com.tn
M.
Fethi
Khedder "Frigan"
(fabricant
des
réfrigérateurs)[2] frigan@poulina.com.tn
M.
Ahmed
Ernez

www.biomesolar.com ahmed.ernez@biomesolar.com
M.
KBAIER
Zied www.crten.rnrt.tn
BESSAÏS
Brahim CRTEn
-‐
Centre
de
Recherches
et
des
Technologies
de
l'Energie www.crten.rnrt.tn brahim.bessais@crten.rnrt.tn
M.
Fathi
Zagrouba

ISSTEG -‐ Institut Supérieur des Sciences et des Technologies de
l'Energie
de
Gafsa
www.issteg.rnu.tn fethi.zagrouba@isste.rnu.tn

2.3.3 Synthetic results
Total – 14 replies.
Tunisia – 2 industrials, 4 academics.
Morocco – 8 academics
Table 7. Summary of Survey Reponses
Name
of
the
institution

Academic
or

Industrial

Contact

#
of
identified

subtopics
out
of
125
Subtopics
in
RE Subtopic
in
EE
#
of
subtopics
with

interest
level
>
4
#
of
subtopics
with

specific
aswers

Tunisia

AES
(Alternative
Energy
Systems
Sarl) Industrial
Abdallah
BABA 41 26 15 10 0
CLIMA-‐CONSEIL Industrial
Yacine
JELLOULI 16 1 15 5 3
CRTEn Academic
Brahim
/
AmenAllah
/
Zied
BESSAÏS
/
GUIZANI
/
KBAIER37 19 18 1 0
ENIM
Academic
Souheil
/
Abdelmajid
El
Alimi
/
Jemni 24 12 12 15 2
ENSIT
/
LSE-‐ENIT
Academic
Jamel
BELHADJ
16 13 3 7 7
Higher
Institute
of
Science
and

Technology
of

Energy,
Gafsa
Academic
Taher
MAATALLAH
75 38 37 0 0
Morocco

Société
Marocaine
de
Développement
des
Energies
Renouvelables
(SMADER)
Academic
Driss
ZEJLI
36 24 12 0 0
Université
Mohammed
V-‐Agdal
de
Rabat Academic
Rachid
TADILI 29 18 11 1 0
Al
Akhawayn
University,
Ifrane
Academic
Anas
BENTAMY 7 6 1 0 0
University
Mohammed
I Academic
Ahmed
MEZRHAB 121 44 77 44 0
Univesity
Abdelamalek
Essadi Academic
Abdelaziz
MIMET 0 0 0 0 0
Tarik
CHAFIK 7 5 2 0 0
Ibn
Zohr
University Academic
Salma
EL
AIMANI
3 3 0 3 0
Université
Mohammed
I
-‐
Laboratoire
OLMAN-‐RL

(Observatoire
de
la
Lagune
Marchica
de
Nador
et

Région
Limitrophe)
Academic
Abdelkader
Doudou
4 2 2 4 0

3 Mapping worldwide Innovation competences
against Maghrenov’s Roadmap
Some of the regional priorities in Renewables and Energy Efficiency are also addressed by worldwide
players. This chapter presents the Top 10 industrial and Top 10 academic worldwide players per detailed
Maghrenov’s priorities.
3.1 Worldwide actors as identified in KIC InnoEnergy
Competence Mapping in Renewable Energies
3.1.1 In Wind Energy
Table 8. Maghrenov’s Wind Energy priorities and worldwide Competence Mapping
1.1.1 Advanced
Wind
Farm
control
strategy
KIC
IE

priority
W1.1.
Monitoring
systems
W1.2.
Tools
1.1.2 Improvement
in
Operation
and
Maintenance
strategies
KIC
IE

priority
W1.2.
Tools
1.2.1
Development
of
adapted
wind
turbine
designs
and

standards
Maghrenov

priority
1.2.2
Optimisation
of
WTG
components
and
new
products

adapted
to
mediteranean
conditions
Maghrenov

priority
1.3.1 Development
and
update
of
wind
energy
atlases
Maghrenov

priority
1.3.2 Improvement
in
siting
and
micrositing
Maghrenov

priority
1.3.3 Improvement
in
wind
forecasting
and
nowcasting
KIC
IE

priority
W1.1.
Monitoring
systems
W1.2.
Tools
1.4.1 Improvement
in
manufacturing
processes
Maghrenov

priority
1.4.2 Improvement
of
logistic
Maghrenov

priority
1.5.1 Grid
integration
strategies
at
power
system
level
KIC
IE

priority
W1.2.
Tools
W4.1.
Power
transmission

systems:
electrical

infrastructure
and
floating

substations
(offshore)

1.5.2 Energy
Storage
and
smart
grid
management
KIC
IE

priority

(new)
1.5.3 Long
distance
transmission
and
Euromed
interconnection
Maghrenov

priority
1.6.1
Design
and
adapted
standards
for
small
and
mid-‐scale

wind
turbines.
Maghrenov

priority
1.6.2 Development
of
hybrid
system.
Maghrenov

priority
Technology
Topic

nº
TOPIC
name
Subtopic

nº
WIND
1.1
Wind
Farm
and
O&M

improvements
1.2
Wind
assessment1.3
1.5
Power
transmission
and

grid
integration
1.6
Small
&
Mid-‐Scale
Wind

Turbunes
1.4 Manufacturing
and
logistics
Design
and
components

adapted
to
local
conditions
Subtopic
name
/
project
ideas
Relation
to

KIC
IE

priorities

Corresponding
KIC

InnoEnergy
priority

segment
in
existing

Competence
Mapping

W1.1. Monitoring systems

W1.2. Tools

W4.1. Power transmission systems: electrical infrastructure and floating substations
(offshore)

3.1.2 In PV
Table 9. Maghrenov’s PV priorities and worldwide Competence Mapping
Technology
Topic

nº
TOPIC
name
Subtopic

nº
Subtopic
name
/
project
ideas
Relation
to

KIC
IE

priorities

Corresponding
KIC

InnoEnergy
priority

segment
in
existing

Competence
Mapping

2.1.1 Targeted
improvement
in
solar
cell
technology
Maghrenov

priority
2.1.2
Targeted
improvement
in
cell
and
module
design
and

manufacturing/production
Maghrenov

priority
2.1.3 Targeted
improvement
in
Balance
of
Pant
Maghrenov

priority
2.1.4 Development
of
adapted
certification
strategies
Maghrenov

priority
2.2.1
Adaptation
of
existing
technologies
to
typical
technical

specifications
for
Northern
Africa
regions.
Maghrenov

priority
2.2.2
Development
of
product
selection
and
specific

certification
strategies
Maghrenov

priority
2.2.3 Development
of
adapted
cleaning
systems
Maghrenov

priority
2.3.1
Design
of
systems
and
their
components
to
improve
PV

grid
integration
capabilities
KIC
IE

priority
S.3.1.2.
Grid
Integration

2.3.2
Improvement
of
forecasting
and
nowcasting
of
PV

production
based
on
meteological
data
KIC
IE

priority
S.3.1.2.
Grid
Integration

2.3.3
Proof
of
concept
for
Smart
Grid
projects
in
combination

with
smart
PV
systems
Maghrenov

priority
2.4.1
Low
cost
highly
reliable
components
for
autonomous

systems,
including
production
devices
and
storage.
KIC
IE

priority
2.4.2
Monitoring
and
control
of
the
electrochemical
storage

of
solar
energy.

KIC
IE

priority
2.4.3 Monitoring
PV
systems
in
isolated
remote
areas
KIC
IE

priority
2.4.4 Applications
to
water
pumping
and
desalination.
Maghrenov

priority
2.5.1 Building
Integrated
PV
(BIPV)
KIC
IE

priority
2.5.2
Development
of
dedicated
solution/uses
to
enhance

the
use
of
BIPV
systems
KIC
IE

priority
2.4 Autononous
power
systems
2.5 BIPV
PV
2.1 PV
cells
and
modules
2.2
Design
and
components

adapted
to
local
conditions
2.3 PV
Systems
integration
S.3.1.1.
Building
&
Storage

Integration

S3.1.1 Integration in the building

S3.1.2 Integration to the grid

3.1.3 In STE
Table 10. Maghrenov’s Solar Thermal Energy priorities and worldwide Competence Mapping
Technology
Topic

nº
TOPIC
name
Subtopic

nº
Subtopic
name
/
project
ideas
Relation
to

KIC
IE

priorities

Corresponding
KIC

InnoEnergy
priority

segment
in
existing

Competence
Mapping

3.1.1 Alternative
working
fluids
Maghrenov

priority
3.1.2 Alternative
heat
transfer
fluids
KIC
IE

priority
STE1.3.
New
working
fluids

for
higher
temperatures
3.1.3 Innovative
cycles
Maghrenov

priority
3.1.4
Higher-‐temperature
receivers
and
improved
selective

coatings
KIC
IE

priority
STE1.4.
Better
selective

coatings
of
receivers
3.1.5 Software
implementation
-‐
Design
and
operation
KIC
IE

priority

(new)
3.1.6 Optimised
collector
and
collector
field
design
KIC
IE

priority
STE2.2.
Improved
new
solar

concentrators
design
3.2.1 Modular
design
Maghrenov

priority
3.2.2
Reduced
water
consumption
during
mirror
cleaning
and

low-‐soiling
characteristics
KIC
IE

priority
STE1.4.
Better
selective

coatings
of
receivers
3.2.3 Water
free
mirror
cleaning

Maghrenov

priority
3.2.4 Improved
dry-‐cooling
systems
KIC
IE

priority
STE4.2.
More
efficient
dry-‐
cooling
systems
3.2.5 Durability
and
lifetime
assessment
of
key
components
KIC
IE

priority
STE2.3.
Improved
durability

of
key
components
3.2.6 Design
of
piping
and
instrumentation
tools
Maghrenov

priority
3.3.1 Thermochemical
storage
Maghrenov

priority
3.3.2 Improve
attributes
of
the
storage
systems
KIC
IE

priority
STE3.1.
Improved
sensible

heat
storage
concepts
3.3.3
Use
the
grid
as
storage
medium
(smart
grid)
and

include
weather
prediction
KIC
IE

priority
STE3.2.
Optimization
of

storage
configuration
and

operation
&
control
3.3.4 Hybridisation
concepts
KIC
IE

priority

(new)
3.3.5 Hybridisation
concepts
KIC
IE

priority

(new)
STE
3.1 Higher
plant
efficiency
3.2
Lower
investment
and
O&M

costs
and
increased

sustainability
3.3 Thermal
storage

STE1.3. New working fluids for higher temperatures

STE1.4. Better selective coatings of receivers

STE2.2. Improved new solar concentrators design

STE1.4. Better selective coatings of receivers

STE4.2.1. Dry cooling systems for Solar thermal installations

STE2.3. Improved durability of key components

STE3.1. Improved sensible heat storage concepts

STE3.2. Optimization of storage configuration and operation & control

3.2 Worldwide actors as identified in KIC InnoEnergy
Competence Mapping in Energy Efficiency
3.2.1 In Local Energy storage
Table 11. Maghrenov’s Local Energy Storage priorities and worldwide Competence Mapping
5.1.1
Compact
storage
systems
based
on

thermochemical
principles
for
heating.
Solar
driven.

KIC
IE

priority
SBC1.1.1.
Compact
storage
systems

based
on
thermochemical
principles

for
heating.
Solar
driven.
5.1.2
Compact
storage
systems
to
increase
the
cooling

capacity
during
summer,
driven
by
district
heating

KIC
IE

priority
SBC1.1.2.
Compact
storage
system

to
increase
the
cooling
capacity

during
summer,
driven
by
district

heating

5.1.3
ESCo
based
on
innovative
energy
management

algorithm
for
boreholes

KIC
IE

priority
SBC1.1.3.
ESCo
based
on
innovative

energy
management
algorithm
for

boreholes

5.1.4
Demand
side
management
enabled
active
and

passive
storage

KIC
IE

priority
SBC1.1.4.
Demand
side
management

enabled
by
active
or
passive
storage

in
order
to
avoid
grid
problems
5.2.1 Micro
chip
for
small
non-‐residential
buildings

KIC
IE

priority
SBC1.2.1.
Micro
CHP
for
small
non-‐
residential
buildings
5.2.2
Optimal
integrated
design
tool
and
control
alorithm

for
the
combination
of
ground
coupled
heat
pump

systems

Maghren
ov

priority
5.2.3
Heat
pump
based
on
natural
refrigerants
for

existing
buildings
for
heating
and
domestic
water

KIC
IE

priority
SBC1.2.3.
Heat
pump
based
on

natural
refrigerants
for
existing

buildings
for
heating
and
domestic

water.

5.3.1
Solar
assisted
cooling
based
on
absorption

principles,
for
existing
dwellings
KIC
IE

priority
SBC1.3.1.
Solar
assisted
cooling

based
on
absorption
principles
for

existing
dwellings
5.3.2
Fast
local
heating
and
cooling
systems
based
on

occupancy/presence

KIC
IE

priority
SBC1.3.2.
Fast
local
heating
and

cooling
system
based
on

occupancy/presence
5.3.3
Energy
efficient,
fast
reacting,
user-‐centred,

comfort
on
demand
system
for
offices

KIC
IE

priority
SBC1.3.3.
Energy
efficient,
fast

reacting,
user-‐centred,
comfort
on

demand
system
for
offices

Corresponding
KIC
InnoEnergy

priority
segment
in
existing

Cooling

Local

Energy

Supply,

Conversion

and
Storage

5.1 Thermal
storage

5.2
Heating
(including

heat
pumps)
5.3
Technology
Topic

nº
TOPIC
name
Subtopic

nº
Subtopic
name
/
project
ideas
Relation

to
KIC
IE

SBC1.1.1. Compact storage systems based on thermochemical principles for heating. Solar
driven. + SBC1.1.2. Compact storage system to increase the cooling capacity during summer,
driven by district heating

SBC1.1.3. ESCo based on innovative energy management algorithm for boreholes

SBC1.1.4. Demand side management enabled by active or passive storage in order to avoid
grid problems

SBC1.2.1. Micro CHP for small non-residential buildings

SBC1.2.3. Heat pump based on natural refrigerants for existing buildings for heating and
domestic water

SBC1.3.1. Solar assisted cooling based on absorption principles for existing dwellings

SBC1.3.2. Fast local heating and cooling system based on occupancy/presence

SBC1.3.3. Energy efficient, fast reacting, user-centred, comfort on demand system for offices

3.2.2 In Energy Efficient Buildings
Table 12. Maghrenov’s Energy Efficient Buildings priorities and worldwide Competence Mapping

Corresponding
KIC
InnoEnergy

priority
segment
in
existing

Technology
Topic

nº
TOPIC
name
Subtopic

nº
Subtopic
name
/
project
ideas
Relation

to
KIC
IE

6.1.1
Adaptable
facade
systems
(adaptation
of
solar/

light
transmittance,
insulation
quality)
KIC
IE

priority
SBC2.1.1.
Adaptable
facade
systems

(adaptation
of
solar/light

transmittance,
insulation
quality)
SBC2.1.4.
Transparent
PC
sheets

coated
on
windows:
Active
windows
SBC2.1.5.
Time
adjustable
IR
coating

for
windows:
active
windows
6.1.2
Quick
and
cost-‐effective
insulation
method

reducing
cold
bridges

Maghren
ov

priority
6.1.3
PCM
integrated
building
components
and
control

system
to
optimise
the
use
of
thermal
capacity
of
a

building

KIC
IE

priority
SBC2.1.3.
PCM
integrated
building

components
and
control
system
to

optimise
the
use
of
thermal
capacity

of
a
building
6.1.4
Transparent
PV
sheets
coated
on
windows:
Active

windows

KIC
IE

priority
SBC2.1.1.
Adaptable
facade
systems

(adaptation
of
solar/light

transmittance,
insulation
quality)
SBC2.1.4.
Transparent
PC
sheets

coated
on
windows:
Active
windows
SBC2.1.5.
Time
adjustable
IR
coating

for
windows:
active
windows
6.1.5
Time
adjustable
IR
coating
for
windows:
Active

windows

KIC
IE

priority
SBC2.1.1.
Adaptable
facade
systems

(adaptation
of
solar/light

transmittance,
insulation
quality)
SBC2.1.4.
Transparent
PC
sheets

coated
on
windows:
Active
windows
SBC2.1.5.
Time
adjustable
IR
coating

for
windows:
active
windows
6.2.1
Intelligent
controlled
lightening
based
on
human

activity,
presence
and
amount
of
daylight

Maghren
ov

priority
6.2.2
In-‐home
intelligence:
user
feedback
system
with

integrated
analysis
and
advices
function

KIC
IE

priority
SBC2.2.2.
In-‐home
intelligence:
user

feedback
system
with
integrated

analyses
and
active
function
6.3.1
Technologies
to
implement
or
enhance
demand

controlled
ventilation
systems

KIC
IE

priority
6.3.2
Maintenance
free,
energy
efficient
filtration

systems
integrated
in
ventilation
ducts

KIC
IE

priority
6.3.3 Multi-‐zone
demand
controlled
ventilation
systems

KIC
IE

priority
6.3.4
System
to
recover
heat
from
exhaust
ventilation

systems
with
natural
supply
(so
called
C
ventilation)

KIC
IE

priority
6.3.5
New
more-‐cost
effective
sensors
for
demand

controlled
ventilation
systems

KIC
IE

priority
6.3 Ventilation

Energy

Efficient

Buildings

6.1
Climate
adaptive

facades

6.2
Energy
efficient

lightening
and
energy

management
systems

NRE3.2.
HVAC
(Heating,
Ventilation,

and
Air
Conditioning)

SBC2.1.1. Adaptable facade systems (adaptation of solar/light transmittance, insulation
quality) + SBC2.1.4. Transparent PC sheets coated on windows: Active windows +SBC2.1.5.
Time adjustable IR coating for windows: active windows

SBC2.1.3. PCM integrated building components and control system to optimise the use of
thermal capacity of a build

SBC2.2.2. In-home intelligence: user feedback system with integrated analyses and active
function

NRE3.2. HVAC (Heating, Ventilation, and Air Conditioning)

3.2.3 In Urban energy priorities
Table 13. Maghrenov’s Urban Energy priorities and worldwide Competence Mapping

Corresponding
KIC
InnoEnergy

priority
segment
in
existing

Technology
Topic

nº
TOPIC
name
Subtopic

nº
Subtopic
name
/
project
ideas
Relation

to
KIC
IE

8.1.1
Integrated
decision
tool
box
for
urban
energy

scenario
analysis

Maghren
ov

priority
8.1.2
Tools
for
energy
concept
analysis
including
urban

planning

Maghren
ov

priority
8.1.3
Integrated
KPI's
monitoring
system
for
urban

energy
system

Maghren
ov

priority
8.1.4
ESCO
offering
complete
spectrum
energy
transition

to
city
stakeholders

Maghren
ov

priority
8.1.5
Additional
decision
tools
for
interactions
with
other

urban
aspects:
waste,
mobility,
water

Maghren
ov

priority
8.2.1
IT
plateform
for
urban
energy
data
exchange

integrated
in
global
urban
IT
infrastructure

Maghren
ov

priority
8.2.2
Dataprocessing
intelligence
for
intercation
of
urban

energy
data
in
finction
of
new
urban
energy

services

KIC
IE

priority
8.2.3
New
energy
low
cost
monitoring/high
quality

energy
monitoring
equipment
for
cities

Maghren
ov

priority
8.3.1
ESCO
for
energy
building
renovation
with
limited

risks
and
investments
for
end-‐user

Maghren
ov

priority
8.3.2
ESCO
for
energy
flexibility
analysis/management
of

the
urban
energy
system

Maghren
ov

priority
8.3.3 ESCO
urban
energy
system
transitions

Maghren
ov

priority
8.3.4 ESCO
for
districts
heating/cooling

Maghren
ov

priority
Energy
in

cities

8.1
Urban
energy
system

transition

8.2
Energy
data

technologies

8.3
New
urban
energy

services

SG1.3.
ICT
systems
for

enhancements
of
existing

distribution
assets
into
Smart
Grids

and
market
models

SG1.3. ICT systems for enhancements of existing distribution assets into Smart Grids and
market models

3.2.4 In Energy Efficiency in the industry
Table 14. Maghrenov’s Energy Efficiency priorities and worldwide Competence Mapping
NRE3.4. Heat Recovery and Heat Valorisation in industrial processes

Corresponding
KIC
InnoEnergy

priority
segment
in
existing

Technology
Topic

nº
TOPIC
name
Subtopic

nº
Subtopic
name
/
project
ideas
Relation

to
KIC
IE

11.1
Using
the
waste
heat
for
other
goals

KIC
IE

priority
NRE3.4.
Heat
Recovery
and
Heat

Valorization
in
industrial
processes
11.2
Monitoring
energy
consumption
and
benchmarking

KIC
IE

priority
NRE3.3.
Energy
Management

Sensors
and
Solutions
11.3
The
generation
of
own
renewable
energy
by
PV,

Wind,
Solar
thermal
(steam),
storage

Maghren
ov

priority
11.4
Complexe
restructuring
the
industrial
process

Maghren
ov

priority
Energy

Efficiency
in

the
Industry

MAGHRENOV deliverable 3.4: Catalogue of evaluated competence

Recommandé

Recommandé

Contenu connexe

Tendances

Tendances (20)

En vedette

En vedette (16)

Similaire à MAGHRENOV deliverable 3.4: Catalogue of evaluated competence

Similaire à MAGHRENOV deliverable 3.4: Catalogue of evaluated competence (20)

Plus de Maghrenov

Plus de Maghrenov (16)

Dernier

Dernier (20)

MAGHRENOV deliverable 3.4: Catalogue of evaluated competence