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eNeuron
The eNeuron project intends to develop innovative instruments for the best design and performance of LECs, integrating distributed energy resources and multiple energy carriers at different levels. By promoting the Energy Hub concept as a conceptual model to control and manage multi-carrier and integrated energy systems, the project will propose instruments that promote tangible sustainability and energy security benefits for all stakeholders in LECs. 
CREATORS
CREATORS aims to accelerate the integration of energy communities across Europe by supporting local actors throughout the entire life cycle of a CES and bringing “CES-as-a-service” models to a commercial readiness level. The project will develop and prepare a set of applications and service packages that will help in the initiation, planning, implementation and operation of Community Energy Systems. Additionally, will be designed and built viable business models upon verifiable data on technical and financial performance.
BD4NRG
BD4NRG envisions to confront big data management challenges for the energy sector, giving a competitive edge to the European stakeholders to improve decision making and at the same time to open new market opportunities. A cross-stakeholder energy-centered value chain open and interoperable framework for big data-driven AI-based analytics energy services
Case study #1_Unleash the potential and value of power system flexibilities.pdf

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Launched by the European Commission (CINEA and DG ENER) in 2016, BRIDGE is a collaborative initiative involving various stakeholders dedicated to addressing four key areas: Smart Grid, Energy Storage, Islands, and Digitalisation Projects.

Bright
A participatory process to bring individual consumers center stage to deliver community-centered DR, combining social-science-driven user experience design with innovative technologies. BRIGHT - Boosting DR through increased communIty-level consumer engaGement by combining Data-driven and blockcHain technology Tools with social science approaches and multivalue service design.
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To maximise the cost-efficient grid integration of variable renewable energy sources, ACCEPT aims to unlock the demand flexibility potential of energy communities by actively engaging them and their members in project activities. To achieve this, the project will develop and deliver a digital toolbox for energy communities and prosumers. This toolbox will support objectives such as creating innovative digital services for community members and customers, and accessing revenue streams that ensure the community's sustainability and efficient operation.
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