Projects in energy optimization and renewable energies

Within the framework of the Singulars #Descarbagro project, these past weeks we have visited the Agricultural Cooperatives of Santa Barbara and La Granadella, specialized in olive oil production, to advance in their decarbonization processes.

A significant milestone in Ispaster's sustainability journey is the development of an Energy Community for its residents within the LocalRES project. This innovative initiative involves the installation of photovoltaic panels on citizens' roofs, with the generated electricity accessible to any member of the Energy Community.

Aiguasol has proposed a study with the aim of finding solutions applicable to all schools built in Barcelona, through the development of a methodology to analyze the thermal needs of school classrooms in the city within the "New School Climate Plan" promoted by the Barcelona City Council and the Education Consortium.

The project CER.COOP - New Horizons aims at developing 8 Rural Renewable Energy Communities (REC) led by agricultural cooperatives. Aiguasol and SEBA have led the legal analysis, the sizing of the RECs and their optimal business models.

A team of technical consultants lead by AIGUASOL has conducted an integrated assessment of the power system in Grenada to improve the resilience of the network and increase the penetration of intermittent least-cost renewable generation resource of the Country. Members of the team: Aiguasol, eRoots Analytics, Azimut360 and Renew Caribe.

Aiguasol has lead the development of a tool to analyze the viability of climate positive communities (energy communities) on Menorca

Aiguasol has contributed to the development of the strategic plan of "Santander, Hábitat Futuro" through our expertise in energy efficiency. Based on a regenerative urbanism approach, with "Hábitat Futuro" Santander will become a circular, resilient, vertebrate, prosperous, vital and inclusive city in 2055.

​​Aiguasol has participated in the creation of the guide "Recommendations to implement a Local Energy Community", aimed at all those municipalities interested in promoting the creation and development of energy communities.

Aiguasol is leading the technical assistance for rural energy access and the creation of an Agriculture Research site in North East Guadalcanal (Solomon Islands, Oceania).

Aiguasol is leading the technical assistance to provide the conceptual design of the biomass supply for the installation of a 12MWel power generation plant of installed capacity in the areas surrounding the sawmill "Combate de las Tenerías" belonging to the Agroforestry Company Macurijes.

The objective is to select and assess public buildings for Net-Metering Solar PV (NMPV) under the Scaling-up Renewable Energy Program (SREP) to reduce the costs of energy consumption in public facilities and contribute to the achievement of 100% renewable energy target policy objective in Ghana.

The project aims to develop a modular, containerized, and locally manufactured solar PV solution with built-in intelligence and self-learning capabilities that is easy to transport, install, setup and use.

The overall objective of the project is to improve the efficiency of the electrical grid in Grenada and increase the power generation coming from sustainable energy sources.

The specific objective of AIGUASOL services is to analyse and eventually review all the documentation that is part of the procurement for the installation works of a reverse osmosis unit for the production of desalinated water and a photovoltaic energy system on the island of Brava in Cabo Verde, as to award the contract to the most economically advantageous offer.

Platform for the self-management of bottom-up energy communities.

AIGUASOL has produced this Guide for local “entities” commissioned by the Leader Ripollès Ges Bisaura Association, where ideas and formulas for the creation of local energy communities in rural areas are presented.

AIGUASOL has prepared this document commissioned by the Instituto para la diversificación y el ahorro de la energía (IDAE), which details the tools needed to carry out the promotion of energy communities in the field of the local administration and based on experiences of previous projects developed by AIGUASOL.

Development of a cost competitive innovative system that will allow for energy management, storage and dispatchable supply of many different renewable energy sources (RES) through the combination of electricity and heat sector.

LÍQUENS is an innovative project developed by AIGUASOL, which was the winner of the “Call for Solutions” competition at the 2015 edition of the Smart City Expo World Congress in Barcelona

Design of experimental educational workshops on air quality

Basic monitoring of indoor environmental quality in different schools across Catalonia

Workshops on strategies to improve indoor environmental quality in secondary schools

Guide that outlines energy-saving strategies by setting standards of comfort and health inside buildings.

AIGUASOL staff collaborated with UPC Technical University of Catalonia in developing a prototype of fixed bed gasification technology for biomass/waste/RDF for cogeneration and trigeneration at micro and small scale (below 50kWe).

AIGUASOL staff collaborated with UPC in conducting field studies, preparing academic papers, delivering training sessions and dissemination events to analyse and discuss the prospects of small-scale biomass systems, related energy services and inclusive business models addressed at rural markets in Sub Saharan Africa.

Promoting the market uptake of bioenergy in six European model regions, by supporting SME R&D capacities, ad-hoc feasibility analysis tools and business plans development.

AIGUASOL and IREC have collaborated in a study for the KIC-Innoenergy, which analyzes the best business-management models that allow large-scale rehabilitation of buildings

NanoSen-AQM faces the challenge of monitoring ambient air pollution and informing the public of air quality in real time in a sustainable manner. The objective of the project is to develop an electronic system based on low cost and low consumption sensors, validating the system in different locations of Spain and Portugal.

HOUSEFUL proposes an innovative paradigm shift towards a circular economy for the housing sector. The main goal is to develop and demonstrate an integrated systemic service (HOUSEFUL Service) composed of 11 circular solutions co-created by stakeholders in current housing value chain.

The main goal is to design, develop, demonstrate and exploit a new modular, plug-n-play concept/product for ADBE(Adaptable/Dynamic Building Envelopes) able to provide high energy use reductions and high energy harvesting from RES (Renewable Energy Sources) both at the single-building and the district scale while requiring medium-to-low installation costs and almost-zero operational costs.