 |
 |
 |
 |
 |
 |
| Calculate and offset your CO2 emissions simply and efficiently! Click on one of the icons above! | ||
 |
||
Wind power in Antsiranana, Madagascar
 |
| Project Type |
| ||
|---|---|---|---|
| Project Name | Mad'Eole 1.2 MW Wind Energy Plant in Northern Madagascar | ||
| Project Location | Madagascar, region of Antsiranana, Ramena | ||
| Project Standard | Gold Standard VER | ||
| Emission Reductions | 13,440 t CO2e (over 7 years) | ||
| Situation without project | Regional fuel mix | ||
| Project Status | Planning | ||
| Project Validation | Pending | ||
| Project Start | 2012 | ||
| Documentations |  MadEole Madagaskar Stakeholder Consultation (106 kb) |
In the north of Madagascar, a wind farm is being planned. This will contribute to stabilizing the local energy supply, creating new employment possibilities, and improving the water and air quality on the island.
The energy supply in the city and the surrounding area of Antsiranana, in northern Madagascar, is very unstable. The high oil and electricity prices have strongly increased the demand for firewood and charcoal, which puts the local forest stands in danger. In Madagascar, electricity has until now been produced above all through the combustion of diesel or petroleum, which, in addition to CO2 emissions, also leads to strong local air pollution.
That is why the local organization Mad'Eole plans to construct Madagascar's first wind farm with a capacity of 1.2 MW, which will be connected to the local power supply system. Through the project, it is possible on the one hand to counter the scarcity in the energy supply, and on the other hand, to produce climate-neutral and renewable power through the building of the wind farm in Ramena (ca. 25 km from Antisarana). The wind farm will include six turbines with a capacity of 200 kW each.
The wind farm is a first step in a larger program: The goal is to provide the entire island, which is located in the Indian Ocean, with power from wind turbines of the highest quality, and that the production of these turbines will take place largely in the region. This makes the project in Ramena the starting signal for a technology transfer.
Each turbine will reduce CO2 emissions by approximately 300 tons of CO2 per year, which leads to a total reduction of 12,530 tons of CO2 in the first seven years. However due to the difficult political situation in Madagascar, the implementation of the project is not easy. Therefore, the start of the project is being delayed.
Print
