Resources

This deliverable describes the development of the HSB Living Lab digital twin using the TEASER and AixLib in Modelon Impact. The digital twin is used to assess the thermal comfort and energy consumption in the building at different levels (rooms, floors, and the whole building).

An academic paper is being written based on the research from this deliverable. As such, only the Abstract is made available publicly until the paper itself is published.

This document is the full text of the paper “Flexibility provision from battery storage and PV inverters using IoT platform: Real-life demonstrations at Chalmers campus” presented and published by GENTE research partner Chalmers University of Technology at the 2024 IEEE PES Innovative Smart Grid Technologies Europe (ISGT EUROPE) conference. The paper is published on IEEE Xplore (here).

This document is the full text of the paper “Scalable and Lightweight Machine Learning Based Load Forecast: Netload versus Disaggregrated Forecast” presented and published by GENTE research partner Chalmers University of Technology at the 2024 IEEE PES Innovative Smart Grid Technologies Europe (ISGT EUROPE) conference. The paper is published on IEEE Xplore (here). Further info and paper also available on the Chalmers research portal (here).

This deliverable explores the use of blockchain technology in achieving the Sustainable Development Goals (SDGs) and highlights its potential risks if misapplied. While blockchain is valuable for decentralization, excessive reliance on it can lead to technocratic solutions that overlook the real needs of the SDGs. Self-Sovereign Identity (SSI), privacy control, and human-readable languages are proposed as mechanisms to emphasize the technology’s limitations.

With the EUDI Digital Wallet, the main perspectives of the regulatory framework are set to improve digital inclusivity, security, and seamless integration among member states. The integration of Zero-Knowledge Proof (ZKP) technology into digital wallets significantly enhances user control and privacy while maintaining compliance with regulatory frameworks such as eIDAS and GDPR. This deliverable details the technical and operational aspects of the EuDI Wallets, including how they can leverage ZKP technology to enhance user control, privacy, and maintain compliance with EU regulations.

This deliverable describes the business models and the scalability & replicability potential of the key exploitable results identified in the GENTE project, including market viability and stakeholder engagement potential. An evaluation framework was developed to identify and enhance the replicability and scalability of GENTE’s solutions.

This deliverable presents a technical overview and API documentation of GENTE partner SmartHelio’s adapted sub-metering device for PV module data measurement, collection, and analytics on module performance & optimization.

This deliverable presents the development process of an advanced Energy Management System (EMS) aiming to minimize both energy and peak power costs within a residential building, while concurrently maximizing revenue by meeting flexibility requirements set forth by Distribution System Operators (DSOs).

This deliverable, based on research conducted as part of Work Package 3 (WP3) of the GENTE project, investigates the dynamics of energy communities, encompassing their definitions, historical trends, regional variations, and future prospects.

An academic paper is being written based on the research from this deliverable. As such, only the Abstract is made available publicly until the paper itself is published.

This deliverable describes the processes in specifying stakeholders’ needs in local energy systems with high renewables.

This factsheet gives information about the GENTE demo site Am Aawasser and which GENTE use cases are being explored there.

This factsheet gives information about the GENTE demo site HSB Living Lab and which GENTE use cases are being explored there.

This deliverable focuses on the system architecture and data models developed within GENTE for effective operation of a Local Energy Community (LEC).

This deliverable presents a thorough description of GENTE use cases and their relationship with other aspects of the project, including need owner mapping; linking use cases to key exploitable results; relating use cases to archetypes of energy communities; and showing how use cases contribute towards future scenarios for energy community development.

This deliverable introduces an edge intelligence application aimed at forecasting the future production of solar panel installations by leveraging available data sources, including historical solar panel output and meteorological predictions. The objective of the AI-based model is to estimate the future power production of a PV array within a relatively short time frame (1 day) by utilizing past meteorological data and forecasts.

This document summarises the progress made on the GENTE project in 2023. It comprises the official submission to the Swiss funding agency, the Swiss Federal Office of Energy.

This document describes processes in achieving task deliverable in WP 6.1. This task deliverable focuses on developing forecast algorithms for both the Electricity Load, PV generation and Heat demand to be used as inputs for the optimization of the local energy communities (LECs) building energy management systems (BEMSs).

This document is the full text of the paper “A novel energy management system for optimal energy and flexibility scheduling of residential buildings: a case study in HSB Living Lab” published by GENTE research partner Chalmers University of Technology in the 2023 IEEE Asia Meeting on Environment and Electrical Engineering (EEE-AM). Further info and paper also available on the Chalmers research portal (here).

This document develops a detailed description of the test cases in the GENTE pilot projects and presents the assessment framework and key performance indicators for the validation of the GENTE tools.

The GENTE project is researching, developing and testing free and open source software as the building block for distributed, privacy aware and trusted technology architectures. This document explores the necessary smart rules and ontology.

This document summarises the progress made on the GENTE project to November 2022. It comprises the official submission to the Swiss funding agency, the Swiss Federal Office of Energy.

This document describes processes for quality control, risk management, data management and the communications strategy in the GENTE project.

This is the GENTE project factsheet, created in line with the standard ERA-NET template.