Collectopia (EDF)
Collectopia (EDF) - title
Collectopia (EDF) System Configuration
Collectopia (EDF) - overview
System Configuration Overview
Author: Stephan Seidelt and Thuy-An Nguyen (EDF)
Key figures:
- Spatial coverage 5-15 ha
Key words:
- Long-term thermal storage
- 4th generation district heating network
- Greenhouse
Climate conditions:
The North of France features an oceanic climate (Cfb in the Köppen-Geiger climate classification).
Solar irradiation ranges between 800 and 1200 kWh/m²
Geographical characteristics:
District surface: 5-15 ha, northern department of France
Collectopia (EDF) - description
Short Description
In a city of the North of France, the construction of an eco-district aims at promoting the solutions for sustainable and environmental-friendly cities. The system configuration described here is derived from the project proposal. The aim is to implement an autonomous heating system, relying on the diversity of the local heating consumption and production units.
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Collectopia (EDF) - details
System Configurations Details
| Date | 18-05-18 | 30-05-18 | ||
| Version | 1.0. | 1.1. | ||
| Description | SC reference form filled for Collectopia | Integration for deliverable D2.3 | ||
| Author | Stephan Seidelt (EDF) | Thuy-An Nguyen (EDF) | ||
| ID | COL_001 | ||
| Name | Collectopia |
| Context description | In a city of the North of France, the construction of an eco-district aims at promoting the solutions for sustainable and environmental-friendly cities. The system configuration described here is derived from the project proposal. The aim is to implement an autonomous heating system, relying on the diversity of the local heating consumption and production units. | ||
| Key figures |
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| Key words |
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| Climate conditions | The North of France features an oceanic climate (Cfb in the Köppen-Geiger climate classification). |
| Geographical characteristics | District surface: 5-15 ha |
Representation of interfaces between elements of SBDAll available technologies and components of the Collectopia SC can be displayed in a schematic view (Figure 4). It features vertical lines to represent different forms of energy. The boxes represent the different technologies or processes of energy transformation. The arrows going into boxes represent consumed products and the arrows getting out represent products of the transformation.
Commodities are distinguished depending on their natures: energy demands are displayed in light grey, imports in orange, exports in yellow, local production in light blue and renewable energy in green. The boxes cover: storage systems in blue, renewable transformations in green, grid interaction in orange in end-usage in grey.
| ID in SBD | 1.1.1 | ||
| Level in SBD | 3 | ||
| Class Name | Gas CHP | ||
| Description | Gas CHP fed by local biogenic resources or from gas grid | ||
| Parent class | Centralized Heat supply | ||
| Contained in | None | ||
| Functionality Purpose | Production of heat & electricity | ||
| Interfaces | District heating network; Electricity grid | ||
| Physical charact. | efficiency [%] | ||
| Number of elements in SC | 1 in SC | ||
| ID in simulation | - |
Further details can be seen in deliverable D2-3, Appendix C.
| Name | Thermal supply | Electrical supply | Gas supply | Control signal | ||
| ID | Th_sup | El_sup | Gas_sup | Sign_in | ||
| Type of exchange | Thermal energy | Electrical energy | Thermal energy | Control signals | ||
| Comment | Thermal supply | Electrical supply | Gas supply | Control signal | ||