Spanish Projects 2020

Budget: 144 814, 00 euros.

Project title: SISTEMA DE PREDICCIÓN DE MUY ALTA RESOLUCIÓN DE LA PRODUCCIÓN DE ENERGÍA DE PLANTAS FOTOVOLTAICAS CON ALMACENAMIENTO BASADO EN INTELIGENCIA ARTIFICIAL DE BAJO COSTE COMPUTACIONAL. PRUEBA DE CONCEPTO. STORM FASE III 

Consortium: ALITER, ABZU Y UNIVERSITAT DE GIRONA

Objective:  the main purpose of this project is to obtain a system for predicting the energy production of photovoltaic plants with storage, through the prediction of irradiation.  

Expected results: development of innovative software that allows photovoltaic generation and storage’s integration, enabling complete auxiliary services’ provision and the manageability of photovoltaic solar plants. 

Budget: 144 116,00 euros. 

Project title: Autoconsumo 4.0 

Consortium: ISFOC, REGISTROS EN LA RED Y ENDEF

Objective: to apply Big Data and Cloud Computing to develop an intelligent system that, applied to a distributed type photovoltaic installation, carries out an efficient management of renewable generation in order to maximise income from energy sales in the event of surpluses and to minimise the cost of energy to meet residential consumption demands. 

Expected results: the optimisation, in economic and energy terms, of self-consumption facilities, the reduction of manufacturing costs, and a social impact in economic and employability terms.  

Budget: 202,032.00 euros 

Project title: Asistencia Digital para la Operación y Mantenimiento de Instalaciones Fotovoltaicas. 

Consortium: ISFOC, SKYLIFE, AND INFAIMON 

Objective: to analyse the operation and maintenance procedures carried out in the photovoltaic sector, evaluating the technical-economic impact of technologies’ integration from Industry 4.0 to digitalise and transform the operation and maintenance processes in the photovoltaic industry. 

Expected results: there will be a photovoltaic facility where real operation and maintenance conditions can be reproduced for these procedures, and thus be able to evaluate the new methodology developed. 

Budget: EUR 15 849.43€ 

Call for proposals: Iniciatives de reforç a la competitivitat. ACCIÓ. 

Title: Campaña de divulgación de los beneficios del autoconsumo. 

Description: To promote the knowledge and benefits provided by self-consumption. This campaign is intended: 

• To develop informative material on self-consumption 

• Generate leads and attract interest in Solartys partners 
• Creation of an exclusive online space for the promotion of self-consumption 
• Solving citizens’ queries and doubts 

 For more information visit our section on self-consumption: 

Self-consumption 

Budget: EUR 17 934.32 

Call for proposals: Iniciatives de reforç a la competitivitat. ACCIÓ. 

Project title: Curso de especialización de instaladores del sector solar 

Consortium: Sun Solutions PV Energy, EFT Systems and Endef Engineering 

Description: The exponential increase in demand expected for the solar sector requires more qualified personnel capable of strengthening consumer confidence in the use of alternative energies. For this reason, Solartys together with its partners is going to give a training course, composed by different complementary and comprehensive modules of all the necessary skills to carry out in a satisfactory way a project of energy self-consumption, directed to the photovoltaic installers, which will provide them with the hard and soft kills demanded by the demanding solar sector. 

For more information about our course: 

Installers course 

Budget: EUR 21 012.60 

Call for proposals: Iniciatives de reforç a la competitivitat. ACCIÓ. 

Title: Study of technical feasibility, economy and regulation of energy distribution in continuous progress, in the building, industries and facilities. 

Consortium: Aliter Group, TramaTecnoAmbiental, Afeisa and Domotys 

Description: The main purpose of this project is to study the current market situation in order to offer solutions for low voltage DC power distribution. Detecting the strong and weak points, and if there are barriers, both technological, economic and regulatory, to carry out these installations. In addition, an economic evaluation of the investment and savings of a direct current installation compared to an alternating current installation will be carried out. Finally, the need to develop new products, solutions or new regulations will be analysed, as well as the need to disseminate these solutions