The expansion of renewable energies is an important and much-discussed building block for achieving our climate protection targets. The achievement of these goals is significantly promoted by the efficient and grid-friendly integration of renewable energies in the electricity, heating and transport sectors. QUARREE100 investigates how wind, solar and biomass must be converted into other forms of energy, stored and distributed in order to enable a competitive, reliable and sustainable energy supply in urban districts. The QUARREE100 partners want to research, model and implement this core element of the energy transition in the Rüsdorfer Kamp district of Heide.
The aim of the partners is to work with and for the people and businesses in the district to develop an energy system that supplies them with electricity, heat and mobility from 100% renewable energy sources. Hydrogen from renewable sources serves the project as a central storage and flexible form of energy. The wind energy-rich region on the west coast of Schleswig-Holstein and the urban district involved offer the best conditions for this.
Demonstration of the energy transition in the electricity, heating and transport sectors at the Rüsdorfer Kamp district in the town of Heide (Holst)
Existing quarter
WP 1: Data collection and energy concept development
- WP 1.1: Inventory & measurements
- WP 1.2: Development of monitoring concept
- WP 1.3: Simulations and modeling (electricity, heat, transport, ...)
- WP 1.4: Network planning, automation, digital networking
- WP 1.5: Creation of an integral concept for energy supply
- WP 1.6: Implementation scenarios WP 2: Participation, acceptance and transfer
WP 2.0: Coordination
- WP 2.1: Development of a suitable participation concept
- WP 2.2: Implementation of a participation process with the residents of the neighborhood
- WP 2.3: Scientific investigation of the participation process
- WP 2.4: Generalization of the results and transfer WP 3: Infrastructures and systems
WP 3.0: WP coordination
- WP 3.1: System analysis and model development
- WP 3.2: Resilient system design
- WP 3.3: Flexible renewable heat supply
- WP 3.4: Development of cross-sectoral control and regulation concepts
- WP 3.5: Hydrogen logistics for neighborhoods
WP 4: Storage and conversion technologies for neighborhoods
- WP 4.1: Hydrogen pyrolysis
- WP 4.2: Thermochemical storage for neighborhoods
- WP 4.3: Neighborhood-specific flexibility options for electrolysers
- WP 4.4 - Work plan
- WP 4.5: Renewable fuel - Fischer Tropsch
WP 5: Economic and legal analysis, development of business models
- WP 5.0: WP coordination
- WP 5.1: Legal and regulatory issues in the networked system
- WP 5.2: Regional economic effects
- WP 5.3: Development of business and operator models
WP 6: Implementation in the district
- WP 6.1: Project development and integration into municipal processes
- WP 6.2: Energy generation and storage
- WP 6.3: Transport networks (heat and electricity)
- WP 6.4: ICT, control, business models and coupling of sectors incl. mobility
WP 7: Project coordination & public relations
- WP 7.1: Project organization & management
- WP 7.2: Cross-linking of project results
- WP 7.3: Public relations
- WP 7.4: Promotion of young talent & further training