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Integration of renewable energies in Central America

GIZ: Argentina and Columbia

energy & meteo systems starts a second Public Private Partnership in Latin America

energy & meteo systems has continued its successful engagement in Latin America with a further Public Private Partnership (develoPPP), together with the German Corporation for International Cooperation GmbH (GIZ). After the successful conclusion of the first developPPP on the topic of power predictions in Mexico and Central America, the focus now turns to the transfer of Virtual Power Plant expertise to South America.

Dynamic expansion of renewable energies

Argentina has especially ambitious goals for the Energy Transition. By 2025, the current share of renewable energies is to climb from 2% to 20%. The RenovAr call for tender series, initiated for this purpose, has lead to the closing of power purchase agreements for large-scale wind and solar farms, to be built successively and connected to the public electricity grid. Columbia is also advancing in its expansion of solar and wind energy, where the installed capacity is to increase to 1.500 MW by 2022.

The rapid increase of renewable energies has created challenges for systems management concepts traditionally used by grid operators. Precise information on the current and expected input amounts, on their occurrence at various grid node points as well as on the remote controlling of wind and solar power plants are becoming increasingly important.

energy & meteo systems advises on the Energy Transition

This is where the next develoPPP, a project co-financed and set to run for two and a half years (2019 – mid 2021) by the Federal Ministry for Economic Cooperation and Development (BMZ) begins. In workshops, energy & meteo sytems will convey fundamental knowledge on the Virtual Power Plant and wind and solar power predictions to the key players in the South American energy sector. A practical, real-world example of this technology is intended for the grid operators in Argentina (CAMMESA) and Columbia (XM). In making the Virtual Power Plant available, the project partners are given the power to digitally link a large number of wind and solar farms, to control their aggregated power input and to remotely operate them when necessary. Moreover, energy & meteo system will also generate wind and solar power predictions and integrate these in the Virtual Power Plant. CAMMESA and XM can then adapt their dispatch planning on the basis of the predicted green power input and also anticipate possible bottlenecks at grid nodes.

First application of the Virtual Power Plant by energy & meteo systems in Latin America

For energy & meteo systems, the special innovation character of the developPPP is that it is the first application of its Virtual Power Plant as a control center for grid operators in Latin America, underscoring once again the diverse application possibilities of this key technology for grid and market integration of renewable energies.

Information to: develoPPP 1