Stark power Greenland

How many hydropower plants are in Greenland?

Currently, five hydropower plants are operating on Greenland providing power for the residents in the cities Nuuk, Tasiilaq, Paakitsoq, Qorlortorsuaq, and Sisimiut. The powerplants are run by the national supply company “Nukissiorfiit”. The first hydropower plant was established in 1993.

Why is Greenland a good source of energy?

The energy is stable and environmentally sustainable. Greenland’s enormous untapped hydropower resources exceed our domestic demands many times over, and Greenland has the potential to become a net energy exporter. Due to global warming the ice sheet increases meltwater, which results in larger reservoir capacities.

Is Greenland a net energy exporter?

Greenland has huge and abundant unexploited hydropower potentials. The energy is stable and environmentally sustainable. Greenland’s enormous untapped hydropower resources exceed our domestic demands many times over, and Greenland has the potential to become a net energy exporter.

What is the largest hydroelectric power plant in Greenland?

The Buksefjord hydroelectric power plant is the first and largest hydroelectric power plant in Greenland. It was built by Nuuk-Kraft and it is operated by Nukissiorfiit, Greenland's national energy company. [ 1] In 1984–85, Greenland's energy authority prepared a Greenland's hydroelectricity development program.

Where will a new hydropower plant be built in Greenland?

In addition, a new 21 MW hydropower plant will be built at the fjord Kangersuneq to supply the towns of Qasigiannguit and Aasiaat in the Qeqertalik municipality on the southern shore of Disko Bay in western Greenland. The project is designed to be equipped with three 7 MW turbines to generate up to 100 GW/year.

What are the advantages of large-scale hydropower in Greenland?

One of the significant advantages of large-scale hydropower in Greenland is the presence of natural lakes acting as reservoirs for the hydropower plants. These reservoirs act as batteries with capacity measured in Terawatt hours (TWh), larger by two orders of magnitude than current technologies like lithium batteries.