Introduction
The CRISP project is characterized by a multidisciplinary approach, involving
power engineering and network distribution operations for DG (concentrated in
WP I), ICT computer and information science technical expertise and related
software and tool development (concentrated in WP II), and industrial
experiments and laboratory as well as field tests (concentrated in WP III).
This project design philosophy ensures that a comprehensive RTD approach is
achieved:
- I.
- definition, analytical study and simulation of novel ICT-enabled
operating strategies for power networks with high degrees of distributed
generation;
- II.
- associated intelligent distributed IT developments and tools to
realize these strategies;
- III.
- implementation and test of these strategies in practical
experiments in lab and field sites in different countries.
This comprehensive approach is directly visible in the project breakdown, as it
immediately maps onto Work packages I, II and III. In addition, there are
separate work packages for the CRISP dissemination and exploitation activities
(WP IV), and for its overall project management (WP V).
The results of WP I and WP II feed in into the experimental WP III. In the
second year of the project especially, the parallelism offers the opportunity
(necessary in our opinion) to create a direct interaction and feedback loop
between the theoretical, tool, and experimental parts of the project.
The Work packages consist of the following subtasks:
|
WP I: | ICT-enabled scenarios and strategies for high-DG
power networks |
| WP1. |
Functional specification of the grid with high degrees of DG |
| WP1.2 |
Cost-efficient distribution through market-oriented online demand-supply
matching |
| WP1.3 |
Distributed Generation as a means to increase system robustness |
| WP1.4 |
Fault detection, analysis and diagnostics in high-DG distributed systems |
| WP1.5 |
Intelligent load shedding |
| WP1.6 |
Network security models and their economics |
| WP1.7 |
Highly distributed network architectures and simulation |
|
WP II: | Intelligent distributed ICT development and tools
for power applications |
| WP2.1 |
Business, application and ICT technology requirements for tools |
| WP2.2 |
Multi-agent based simulation tool for market-oriented distributed demand-supply
matching |
| WP2.3 |
Simulation tool for fault detection and diagnostics in high-DG power networks |
| WP2.4 |
Decision support tool for network security models and their economics |
|
WP III: | Implementation, Experiments and Tests |
| WP3.1 |
Experiments and tests set-up specification and preparation |
| WP3.2 |
Conducting experiments and tests |
| WP3.3 |
Evaluation and integration of experiment and test results, recommendations for
strategic use of intelligent ICTs in power networks |
|
WP IV: | Dissemination and Exploitation |
|
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