Innovative heated pools with reduced thermal losses and integration of SMART energy and water management systems
Heated outdoor pools involve very high energy and water consumption. Finding solutions to minimize energy losses, mitigate water leaks, integrate renewable energy production and storage systems and control energy and water systems in a predictively and intelligently way will make a decisive contribution to its sustainability.
This project aims to design an innovative thermal insulation system for the interior of the pool and the cover of the water surface. It also aims to develop an intelligent and predictive control and monitoring system (SMART), which enables the optimization of multiple variables, and decision-making regarding the systems that make up the pool. It also includes the development of a web application to carry out control operations remotely.
The ECOPOOL+++ project aims to design a sustainable and innovative pool solution containing thermal insulation inside the tank, thermal coverage of the water surface and an intelligent and predictive control and monitoring system capable of providing high energy and water efficiency.
PROJECT ACTIVITIES AND EXPECTED RESULTS
Preliminary studies and concept development
The aim of this industrial research activity, which takes place over the first 13 months of the project, is to acquire knowledge related to the market (national and international), technology (existing products and solutions, new materials) and methods (characterizations and methodologies). Throughout this activity, the performance requirements of the systems and technological solutions that make up the pools will be defined, considering thermal insulation, resources management systems (energy and water) and others. The final cost of the solution over its lifecycle will be a concern.
Development of studies and elaboration of systems
In this activity, the ECOPOOL+++ solution will be designed. It corresponds to the activity with the longest duration (14 months), which will take place in partial overlap with the first activity, and consists in the design, development and study of the systems that make up the final solution. Simultaneously with the consolidation of the knowledge acquired during the first activity, the development process of all products and systems, and of the integrated solution begins. This industrial research activity is extremely important to fulfill the requirements of structural safety, hygiene, health, sustainability, etc., inherent to the challenges proposed in the project. At this stage, all efforts to develop the solution will be focused in the different solution strands, namely mortars and thermal insulation, covering of the water surface, systems for capturing solar gains and heat storage, systems for detecting leaks and reuse of water, monitoring, automation and control systems, and the electrical installation of equipment. The different solutions will be characterized and optimized through numerical simulation and/or in a laboratory environment, with the necessary carrying out of tests, to evaluate and optimize the various components of the solution and, subsequently, the set.
Prototyping and validation
This experimental development activity, lasting 13 months, aims to transpose the study to a real scale, with the construction of a swimming pool prototype. At this stage, the intention is to evaluate and monitor the performance of products and systems under development, in service conditions, introducing improvements, if necessary. This sustainable pool prototype is expected to have a positive effect in promoting the solution, increasing market confidence. At the end of this task, the evaluation of the performance of all systems in terms of optimizing the set should be completed.
Definition of manufacturing, transport and assembly instructions
The prototyping and validation of the developed systems will allow the stabilization of all the information related to the systems implementation rules. Thus, throughout activity 4, the instructions for manufacturing, transport, handling and assembly of all systems will be defined. The characteristics of the materials, production instructions and final properties of all components will be compiled in technical sheets and the transport conditions and delivery scenarios on site and the handling instructions will be defined. Plans will also be produced with all the necessary indications for assembly on site.
Promotion and dissemination of results
The development of the project's visual identity and website is of great importance from an early stage of the project, as it will also facilitate communication. As a result of the planned developments, it is expected to have relevant information to start promoting and disseminating results, especially from the intermediate stages until the conclusion of the project. This disclosure will be carried out at technical and scientific events, at conferences, congresses and technological fairs, and scientific articles and multimedia content will be produced.
Technical project management
The project's technical management activity will take place throughout the entire project, with a total duration of 30 months, simultaneously with the other activities.