A Digital Support Platform for Community Energy: One-Stop-Shop Architecture, Development and Evaluation

Abstract

In the European energy market, the community energy sector is earmarked to make a significant contribution to the transition from fossil fuels to sustainable sources. Based on the diffusion of innovation model, large-scale development of community energy requires that the concept and the success of existing energy communities be widely communicated to potential participants and that user confidence be developed over time. In this paper, we present the architecture, design, prototyping, and testing of a digital support platform, co-designed with EU-wide energy communities, to support this process. The platform has been designed to engage early-stage or ongoing groups to progress projects and to connect and share experiences with other communities. This “community of communities” creates the necessary communication channel defined in the Diffusion of Innovation model. A transactional architecture for such a platform is outlined with clear links to all community energy actors. Based on this architecture, a prototype one-stop-shop (OSS) implementation is presented. Feedback gathered and lessons learned from beta testing with a representative group of end-users are outlined. The OSS architecture shows potential as a communications channel to expand the community energy concept and as a monitoring tool to track the progress of the energy community sector.

Digitalization Processes in Distribution Grids: A Comprehensive Review of Strategies and Challenges

“…Additionally, Ref. [175] presents a digital platform with a one-stop-shop (OSS) architecture aimed at enhancing community energy projects by simplifying stakeholder interactions and project management, further advancing the energy transition agenda.…”

Enabling Technologies for Energy Communities: Some Experimental Use Cases

“…In [9,10], a platform for energy communities is implemented, and the structure is presented. It is useful to collect and analyze the data inside the Energy Communities with the purpose to encourage the users to have aware behavior.…”

Digital Architecture for Monitoring and Operational Analytics of Multi-Vector Microgrids Utilizing Cloud Computing, Advanced Virtualization Techniques, and Data Analytics Methods

“…The underlying designs found in [25] consider IoT infrastructure at the epicenter of microgrid architectures, serving vital roles in control, monitoring, protection, and analytics, aligning with the proposed architecture of the work presented in this paper. The architecture found in [26] presents a high-level depiction of a digital architecture for the realization of energy communities; however, the paper does not delve into the low-level technical particularities of microgrid monitoring and analytics. An architecture that shares elements with the structure proposed in this paper can be found in [27].…”