Title
Optimal Placing of Wind Turbines: Modelling the Uncertainty
Author
Leenman, T.S.
Phillipson, F.
Publication year
2015
Abstract
When looking at the optimal place to locate a wind turbine, trade-offs have to be made between local placement and spreading: transmission loss favours local placements and the correlation between the stochastic productions of wind turbines favours spreading. In this paper steps are described to determine the locations of new wind mills that minimize energy loss on the High Voltage power grid. A vindication of the used power grid model is provided, the simulation procedure for stochastic wind power is described and the required mathematical optimization models are described as well as implemented. Results are shown and their relation to real life problems is discussed. The analysis leads to the observation that in reality the entire Dutch coast is popular to locate wind turbines but the only region where this leads to actual reduction of the losses is the North (Groningen and Friesland). Next to this, at the current share of wind energy in the total network load, a spreading strategy to reduce variance of total wind power production does not seem advisable. At higher penetration (30% or more) spreading will become important.
Subject
Communication & Information
PNS - Performance of Networks & Services
TS - Technical Sciences
Infrastructures
Energy
Information Society
Optimizing energy generation
Wind turbines placement
Transportation losses
Optimization methods
To reference this document use:
http://resolver.tudelft.nl/uuid:065f7109-8b3a-4ce7-8310-8173857834fc
TNO identifier
520475
Source
Journal of Clean Energy Technologies, 3 (2), 91-105
Bibliographical note
Also published in: International Conference on Energy and Environment Research, ICEER 2014
Document type
article