| Title | Area of Application | Description | Scope | Reference | Links |
| AMI Network (AMI Head-End to/from Smart) | Distribution, Operations, End consumers | Advanced Metering Infrastructure (AMI) is a two-way communication system for all devices in the distribution space, offering flexible, general-purpose communication. It provides advanced energy monitoring, data collection for tariff programs, and load management controls. AMI enables consumers to better manage energy usage and allows for more efficient grid operation. These capabilities improve both cost efficiency and energy delivery. | This Use Case manages data transfers from the AMI Head-End to the Smart Meter. It serves as an intermediary, reusable by many other Use Cases. It supports various communication paths, including meter to meter, relay to meter, and relay to relay to meter. The Use Case simplifies the process by hiding the complexity of direct and relay-based message delivery to Smart Meters. | EPRI Smart Grid Use Case Repository, EU
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| Plug-In Electric Vehicle (PEV) Charging at Premise | Transmission system, Distribution, Operations, End consumers | Plug-In Electric Vehicle (PEV) Charging at Premise" refers to charging an electric vehicle at home or a designated charging station using installed equipment. It involves connecting the vehicle to a power source to recharge its battery. This setup ensures convenient recharging and may include considerations for electrical capacity and charging speed. | This use case details the steps to charge the electric vehicle from the point of plugging the vehicle in at the Customer Premise to unplugging the electric vehicle from the charging station. This use case focuses mainly on the processes involved with the premise mounted Electric Vehicle Supply Equipment (EVSE) interaction with the PEV. | EPRI Smart Grid Use Case Repository, EU
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| Coordination of distributed flexibility resources in a marketplace | Distribution Management, Energy Markets, Transmission System, Distribution System, Users, Operational planning | Coordination of distributed flexibility resources in a marketplace" refers to managing various decentralized energy resources, such as renewable energy sources, storage systems, and demand response units, within an energy market. | This use case defines information exchanges between TSO, DSO, Flexibility Operators and Market Operator necessary for procurement of flexibility provided by distributed energy resources. | Smart Grid Use cases: BRIDGE, EU
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| Aggregate energy data | Market for flexibilities, Operational planning and forecasting, Services related to end customers | Data Exchange Platforms can support data aggregation by transporting aggregated data from a data source to an application. Aggregation itself takes place at data source. Aggregated data may be useful for different applications (services) – e.g. related to bench marking, national statistics, imbalance reporting. Also, aggregated data would not require consent (permission rights) for personal data or commercially sensitive data.
| This use case details how the aggregation of different types of data can be made available through data exchange platform. One of the objectives is to make private data available to other parties without authorization (permission) requirement.
| Smart Grid Use cases: BRIDGE, EU
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| Managing flexibility delivered by DER to provide balancing services to TSO | Market operations, Market for flexibilities, Transmission system, Distribution system, DER | Managing flexibility delivered by DER to provide balancing services to TSO" refers to coordinating the variable energy outputs from Distributed Energy Resources (DER), such as solar panels and wind turbines, to help Transmission System Operators (TSO) maintain grid stability. This involves adjusting the supply and demand of electricity to balance the grid, ensuring a reliable and efficient energy supply. The goal is to utilize DER flexibility to support the TSO in managing real-time grid fluctuations and maintaining overall system balance. | This use cases looks at how to bring the flexibility provided by resources connected to the distribution network (Low and Medium voltage, LV/MV) in the form of active power and/or active energy to the polish TSO balancing market. One of the objectives is to ensuring that the energy system is balanced and frequency is kept within the permitted range. | One net
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