CROSS / CROSS catalog / ReMaP
ReMaP
Developers
ETHZ (Remap); ZHAW (Market Designs)
ETHZ (Remap); ZHAW (Market Designs)
Contact
Adamantios Marinakis, ETHZ
Gianfranco Guidati, ESC, ETH Zurich
License
SWEET Project
PATHFNDR - WP 4
ReMaP (Renewable Management and Real-Time Control Platform) is platform for developing and validating new control concepts and components in a seamless process from a pure software environment – the Simulation framework (SFW) – to a hardware environment – the Control framework (CFW). The hardware environment uses two existing research and development platforms: the Energy System Integration (ESI) platform at the Paul Scherrer Institute (PSI), and the ehub platform (including NEST and move) at the Swiss Federal Laboratory for Materials Science and Technology (Empa).
Features
General
- Flexibility demand
- Flexibility offers (volume and price)
- Flexibility market rules (information sharing; market clearing)
- Performance evaluation of bidding algorithms
- Performance evaluation of market clearing algorithms
- Contains a library of different components (including electricity network, battery storage, combined heat and power, electrolyser, fuel cell, heat pump, hydrogen storage, thermal energy storage, methanation reactor, generation and load time series)
- Allows to build an energy system based on these components and run simulations in time
- Connects external components / modules
- Allows to test and validate control algorithms
- Based on the Venios platform
- Allows to interface the simulation framework with real world experiments at Empa and PSI
- Runs hardware-in-the-loop experiments
Facts
Class | Energy System |
Type | Deterministic |
Spatial regions | Distribution Grid area of physical field-study (tbc) |
Spatial resolution | |
Time coverage | |
Time resolution | |
Sectors |
Category | Inputs | Outputs |
---|---|---|
Socioeconomy | ||
Infrastructure | Electricity - distribution network | Electricity - distribution network |
Environment | ||
Energy demand | Space heating Hot water Electricity - appliances Passenger mobility | Space heating Hot water Electricity - appliances Passenger mobility |
Energy supply/production | Space heating Space cooling Hot water Electricity - production Electricity - storage Electricity - installed capacity Passenger mobility | Space heating Space cooling Hot water Electricity - production Electricity - storage Electricity - installed capacity Passenger mobility |
Resource potential | ||
Direct demand of resources | ||
Trade | Electricity imports/exports | |
Technologies Inv: Investment costs Eff: Efficiency OM: Operation and Maintenance costs LCA: Life cycle assessment indicators | ||
Prices | ||
Others |