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Convocatoria conjunta de la ERANet LAC 2015-2016: Búsqueda de centros de I+D y empresas con experiencia en energía solar térmica y tecnologías de almacenamiento de energía

Resumen

Tipo:
Búsqueda de socios
Referencia:
RDES20160202001
Publicado:
16/02/2016
Caducidad:
10/02/2017
Resumen:
Una universidad española está preparando una propuesta para la convocatoria conjunta de la ERANet LAC 2015-2016, tema 6 "Energía solar térmica - tecnologías de almacenamiento de energía". El objetivo es demostrar el ahorro de costes y ventajas medioambientales del almacenamiento de energía térmica mediante el uso de materiales de cambio de fase integrados en sistemas de calefacción radiante que utilizan agua calentada con energía solar. Se buscan centros de I+D y empresas en Finlandia, Chile y Perú con experiencia en este campo para completar el consorcio. La fecha límite de la convocatoria es el 10 de marzo de 2016 y el plazo para presentar expresiones de interés finaliza el 20 de febrero.

Details

Tittle:
ERANet LAC Joint Call 2015-2016: R-Y-D institutions and companies experienced in solar thermal energy -Y- energy storage technologies
Summary:
A Spanish university is preparing a proposal to ERANet LAC Joint Call 2015-2016 - Topic #06: "Solar thermal energy - Energy storage technologies". The project aims at demonstrating in place the cost savings and environmental benefits resulting from thermal energy storage using Phase Change Materials integrated in underfloor heating systems using solar-heated water. R-Y-D institutions and companies from EU and Latin American countries experienced in this field are sought to complete the consortium.
Description:
Project Summary:
The aim of the project is the demonstration in place of the cost savings and environmental benefits resulting from thermal energy storage using Phase Change Materials (PCM) integrated in underfloor heating systems using solar-heated water. The proposed technology combines sensible heat storage (in floor materials with high thermal inertia) and latent heat (in PCM). The project specific objectives include: (i) search of the best way to integrate PCM with the heat pipes and the floor materials; (ii) design and manufacturing of the new modules of underfloor heating with PCM; (iii) modelling and characterization of the thermal behaviour of the new system; (iv) testing of two full-scale prototypes (in two CELAC - Community of Latin American and Caribbean States- countries); and (v) studies of the potential for replication of the new system, the economic benefit and the commercialization strategy, in both CELAC countries.

Competences offered:
The Spanish partner (SPA) would carry out the following tasks:
1. Coordination of the project
2. Definition of the system concept and setup
3. Specifications of system, equipment and ICT
4. Thermal model of the new system
5. Mechanical engineering of the floor modules
6. Characterization of prototypes of case studies #1 -Y- #2
7. Technical evaluation of performance -Y- energy savings
8. IPR Handling and Innovation Management

Competences looked for:
The proposer (P#1) seeks partners that can add value to the proposal. The ideal partners are companies not too small or R-Y-D institutions, but the proposer is open to any suggestion (it is very important that each potential partner check the financing conditions of its country, since some countries only fund R-Y-D institutions and not private companies; please consult your case in this link: http://eranet-lac.eu/Joint_Calls.php#Announcements).
The project coordinator role would be played by the Spanish University (P#1). The consortium is expected to be integrated by 4 partners in total. We are looking for one partner from another EU country different from Spain (P#2), one partner from one CELAC country (P#3) and one partner from another CELAC different country (P#4), to carry out the following respective tasks:

P#2 (a SME is preferred, but not compulsory):
1. Definition of setup and tests for case studies #1 -Y- #2
2. Control system development
3. Design of the overall system of case studies #1 -Y- #2
4. Manufacturing of prototypes for case studies #1 -Y- #2
5. Data collection, preparation, analysis and reconciliation
6. Conclusions on economic impact and marketability
7. Plan for exploitation of the projects results

P#3 (a University, Research Centre or SME):
1. On-site installation of the prototype of case study #1
2. Tests of the prototype of case study #1
3. Study of potential replication -Y- take-up in that CELAC country
4. Coordination of the Communication -Y- Dissemination activities

P#4 (a University, Research Centre or SME):
1. On-site installation of the prototype of case study #2
2. Tests of the prototype of case study #2
3. Study of potential replication -Y- take-up in that other CELAC country

Some help from P#2 to P#3 and P#4 would be necessary for solving the potential problems that may arise during the tests.
Technical support for architectural issues is planned to be subcontracted by the two CELAC countries (P#3 and P#4) to an architectural firm, with a cost allocation of 15% of the respective budgets of those two partners.

Topic: Solar thermal energy - Energy storage technologies
Funding rate: 100%
Call deadline: 10th March 2016.
Deadline for expressions of interest: 20th February 2016.
Project duration: 36 months.
Estimated budget: 500.000 -Y-euro; (maximum).
Advantages and Innovations:
The expected impacts of the project, for both regions (Europe and Latin America), are:
- Counting on new technologies for storing solar energy
- Generating potential for a wider use of them.
- Lowering its costs.
- Increasing the use of solar energy in all sectors.
- Contributing to transform the global energy system.
Stage of Development:
Proposal under development
Technical Specification or Expertise Sought:
We are looking for one partner from another EU country different from Spain (P#2), one partner from one CELAC country (P#3) and one partner from another CELAC different country (P#4), to carry out the following respective tasks:

P#2 (a SME is preferred, but not compulsory):
1. Definition of setup and tests for case studies #1 -Y- #2
2. Control system development
3. Design of the overall system of case studies #1 -Y- #2
4. Manufacturing of prototypes for case studies #1 -Y- #2
5. Data collection, preparation, analysis and reconciliation
6. Conclusions on economic impact and marketability
7. Plan for exploitation of the projects results

P#3 (a University, Research Centre or SME):
1. On-site installation of the prototype of case study #1
2. Tests of the prototype of case study #1
3. Study of potential replication -Y- take-up in that CELAC country
4. Coordination of the Communication -Y- Dissemination activities

P#4 (a University, Research Centre or SME):
1. On-site installation of the prototype of case study #2
2. Tests of the prototype of case study #2
3. Study of potential replication -Y- take-up in that other CELAC country

Some help from P#2 to P#3 and P#4 would be necessary for solving the potential problems that may arise during the tests.
Technical support for architectural issues is planned to be subcontracted by the two CELAC countries (P#3 and P#4) to an architectural firm, with a cost allocation of 15% of the respective budgets of those two partners.
IPR Status:
Secret Know-how,Design Rights
Comments Regarding IPR Status:
All participants of the consortium will sign a Consortium Agreement (CA), to clarify the potential Intellectual Property Rights (IPR) matters (such as licensing in, licensing out, patents and exploitation strategy). The CA will be sent to the call secretariat before 31st January 2017. The CA will be based on the official templates (http://www.desca-2020.eu/) and modified according to the specific needs of the consortium.

Partner sought

Partner Sought:
The proposer (Spanish University) seeks partners that can add value to the proposal. The ideal partners are companies not too small or R-Y-D institutions, but the proposer is open to any suggestion (it is very important that each potential partner check the financing conditions of its country, since some countries only fund R-Y-D institutions and not private companies; please consult your case in this link: http://eranet-lac.eu/Joint_Calls.php#Announcements). The project coordinator role would be played by the Spanish University. The consortium is expected to be integrated by 4 partners in total. The following partners are being sought to complete the consortium: + R-Y-D institution or SME (from another EU country different from Spain): To design the control system and manufacture the system prototypes. This company should be also able to market the resulting system. + R-Y-D institution or SME (from one CELAC country): To study the potential replication and take-up in Chile and to test the prototype of the system in a pilot facility in Chile. + R-Y-D institution or SME (from another CELAC different country): To study the potential replication and take-up in Chile and to test the prototype of the system in a pilot facility in Peru.
Type of Partnership Considered:
RDR

Client

Type and Size of Client:
University
Already Engaged in Trans-National Cooperation:
Si
Languages Spoken:
English
French
Spanish

Dissemination

Restrict dissemination to specific countries:
Argentina
Brazil
Chile
Finland
Latvia
Mexico
Peru
Poland
Portugal
Romania

Programme-call

Evaluation Scheme:
Single step
Anticipated Project Budget:
839000 -Y-euro; maximum
Coordinator Required:
No
Deadline for Call:
10/03/2016
Project Duration:
144
Project title and Acronym:
Full scale demonstration of solar energy storage in heating floors (FLOORHEAT)