Abstract:
The Maldives is one of the most vulnerable countries to the projected impacts of climate change,
due to a combination of the small sizes of the islands and their low height above sea level. Like other
small island developing states, the Maldives depends overwhelmingly on petroleum imports for their
electricity production, which creates serious economic and financial difficulties. The Government of
Maldives is therefore committed to promote sustainable energy and has been actively pursuing
several inter-related initiatives to overcome the existing barriers to the utilization of renewable energy
technologies. To assist this, the quantification and evaluation of the potentials of available solar and
wind resources in the country for electricity applications has been performed. The hybrid system
design tool HOMER has been used to create optimal renewable energy (RE) system designs. In order
to evaluate these different RE alternatives a multi-criteria analysis is performed using a number
of criteria that are likely to be decisive in implementation decisions. The evaluation shows that fully
RE system configurations are not financially viable in the Maldives while the RE-diesel hybrid
systems could bring down the price of electricity with 5–10 $cent/kWh in smaller outer islands.
Assuming that these latter systems with a high probability of adoption are implemented, the results
