Hitia'a Hydroelectric Power Station Explained

Hitia'a Hydroelectric Power Station
Coordinates:-17.6248°N -149.3057°W
Country:France
Location:Hitia'a, Tahiti, French Polynesia
Status:O
Construction Began:1983
Commissioned:1988
Owner:Electricite de Tahiti SA
Ps Units Operational:1 x 300 kW, 1 x 140 kW, 1 x 100 kW, 1 x 1 MW, 2 x 3 MW Pelton-type
Ps Electrical Capacity:7.54 MW

The Hitia'a Hydroelectric Power Station, also called Faatautia Hydroelectric Power Station, is located near the commune of Hitia'a on the island Tahiti in the overseas country of France, French Polynesia. It has an installed capacity of 7.54 MW and was constructed between 1983 and 1988. The hydroelectric power station is owned by Electricite de Tahiti SA.[1]

It uses water provided by three reservoirs high up in the Faatautia Valley, above the commune. Each reservoir is created by an embankment dam. Hitia'a 2 Dam at, which lies at an elevation of 637m (2,090feet) above sea level, is 19m (62feet) tall. It withholds a reservoir of 110000m2. Next, at an elevation of 530m (1,740feet), Hitia'a 3 Dam at is also 19m (62feet) high but withholds a larger reservoir of 600000m2. Finally, Hitia'a 1 Dam at lies at 511m (1,677feet) above sea level, is 10m (30feet) tall, and withholds a reservoir of 11000m2. Water from the reservoirs is sent to the power station via a 11.5km (07.1miles) long penstock. The power station contains an array of six Pelton turbine-generators which include a 300 kW, 140 kW, 100 kW, 1 MW and two 3 MW units.[2] [3]

See also

Notes and References

  1. Web site: References: Hydroelectricite . Société d'Etudes et de Développement Polynésienne . 21 April 2014 . French.
  2. Web site: Réhabilitation de 15 barrages situés sur l'Île de Tahiti en Polynésie Française . Barrages CFBR . 2007 . 21 April 2014 . Milési, Géraldine . French.
  3. Web site: Le Group EDT . Electricite de Tahiti SA . 21 April 2014 . French . https://web.archive.org/web/20140427010231/http://www.edt.pf/dw.php?fic=user_files%2Fdroite%2Fedt-energies_renouvelables.pdf&nom=edt-energies_renouvelables.pdf . 27 April 2014 . dead .