A framework for joint management of regional water-energy ... - Orbit
A framework for joint management of regional water-energy ... - Orbit
A framework for joint management of regional water-energy ... - Orbit
Create successful ePaper yourself
Turn your PDF publications into a flip-book with our unique Google optimized e-Paper software.
3 Case study: The Iberian Peninsula<br />
The IP is a good study case to assess some <strong>of</strong> the components <strong>of</strong> the <strong>water</strong><strong>energy</strong><br />
nexus, because:<br />
There are strong interdependencies between <strong>water</strong> and <strong>energy</strong> systems.<br />
Some <strong>of</strong> these interdependencies may be affected by climate change.<br />
The hydrological and the power systems are shared between the two<br />
countries, with small exchanges with other countries.<br />
Figure 1 shows the major components <strong>of</strong> the hydrological system and the<br />
power system <strong>of</strong> the IP. It is clear that most power generation plants are located<br />
next to <strong>water</strong> bodies: hydropower in mountains and river valleys that<br />
provide sufficient head, and thermal power next to rivers, lakes and the sea<br />
that secure a steady source <strong>of</strong> cooling <strong>water</strong>. Transmission lines tend to follow<br />
the rivers, possibly because power generation and human settlements —<br />
the major centers <strong>of</strong> power consumption— are located next to <strong>water</strong> bodies.<br />
In order to quantify some <strong>of</strong> the linkages between <strong>water</strong> and <strong>energy</strong> systems,<br />
the proposed method is to couple a model <strong>of</strong> the <strong>water</strong> system with a model<br />
Figure 1. Hydrological and power system <strong>of</strong> the IP. Only 400 kV<br />
lines are shown. (MARM, 2012; SNIRH, 2012b; REE, 2013).<br />
9