SmartDorf
SmartDorf - title
SmartDorf System Configuration
SmartDorf - overview
System Configuration Overview
Author: Benedikt Pesendorfer (AIT)
Key figures:
- Total annual electricity demand: ~ 500 [MWh/a]
- Total annual heat demand: ~ 1200 [MWh/a]
- Area: ~ 30000 [m²]
Key words:
- High PV generation
- Electric boilers
- Coupled heat and electric networks
Climate conditions:
Climate is typical for Central Europe with its moderately warm summers and cold winters. Solar irradiation ranges between 800 and 1200 kWh/m².
Geographical characteristics:
District surface: ~3 ha
SmartDorf - description
Short Description
SmartDorf is a fictional village or part of a small town with a structure typical for the rural area of Austria. It is hosting a small number of residential homes, offices and workshops. A high share of the building stock is connected to a district heating network that is supplied by a central gas-fired boiler. Generation from rooftop photovoltaic power plants covers a significant part of the annual electric energy demand. Electric boilers are installed in the district heating network with the aim to further increase the self-consumption of photovoltaic generation at a network scale.
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SmartDorf - details
System Configurations Details
| Date | 22-05-18 | ||
| Version | 1.0. | ||
| Description | First version of SC in new description form | ||
| Author | Benedikt Pesendorfer (AIT) |
| ID | SMD_001 | ||
| Name | SmartDorf |
| Context description | SmartDorf is a fictional village or part of a small town with a structure typical for the rural area of Austria. It is hosting a small number of residential homes, offices and workshops. A high share of the building stock is connected to a district heating network that is supplied by a central gas-fired boiler. Generation from rooftop photovoltaic power plants covers a significant part of the annual electric energy demand. Electric boilers are installed in the district heating network with the aim to further increase the self-consumption of photovoltaic generation at a network scale. A schematic of the system configuration is presented in Figure 1. | ||
| Key figures |
| ||
| Key words | SmartDorf |
| Climate conditions | Climate is typical for Central Europe with its moderately warm summers and cold winters. Solar irradiation ranges between 800 and 1200 kWh/m². |
| Geographical characteristics | District surface: ~3 ha |
| ID in SBD | 1 | ||
| Level in SBD | 1 | ||
| Class Name | Electric network | ||
| Description | This element represents an interconnection of electrical components. | ||
| Parent class | - | ||
| Contained in | - | ||
| Functionality Purpose | An electric network can contain numerus different components that are interconnected with the purpose of delivering electricity from producers to consumers. | ||
| Interfaces | - | ||
| Physical charact. | Nominal frequency [Hz] | ||
| Number of elements in SC | 1 | ||
| ID in simulation | Grid |
Further details can be seen in deliverable D2-3, Appendix C.
| Name | Fluid port | Heat port | Electric power port | ||
| ID | FluidPort | HeatPort | ElPort | ||
| Type of exchange | - | Temperature and heat flow rate | Potential and current | ||
| Comment | Interface for fluid flow | Interface for heat flow | Interface for electric power flow | ||