To unlock the flexibility potential of SPENs.
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Optimizes neighborhood performance across its lifecycle, enhancing RES use and preventing grid congestion with predictive control.
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To provide input to regulatory bodies on how to design future taxes, tariffs, and markets to help promote SPENs.
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Cooperative planning engages stakeholders early for inclusive design.
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Agent-based modeling guides energy community design by simulating actor behaviors to optimize size, pricing, and composition.
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This tool visualizes energy flows, tracking household consumption and energy center production.
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The energy manager optimizes production and consumption with forecasting, storage, and management strategies.
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The Urban Simulation Tool analyzes and optimizes energy flows in buildings and their interaction with the electrical grid.
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The innovation provides a framework to evaluate the performance of positive energy buildings and neighborhoods, guiding future syn.ikia projects.
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The MBx Tool highlights non-energy benefits of plus energy houses and neighborhoods, enhancing understanding and value of SPENs.
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The aim is to develop business models for SPENs, focusing on long-term viability and revenue from surplus energy production.
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This innovation engages tenants through the “FeedMe” app, promoting energy efficiency and gathering feedback on indoor environments.
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