Nigeria: NDPHC begins construction of injection sub-station

first_img UNDP China, CCIEE launch report to facilitate low-carbon development Featured image: Stock Low carbon, solar future could increase jobs in the future – SAPVIA Previous articleDrought affects hydroelectricity generation in KenyaNext articleEskom: PIC bailout could be beyond its remit Babalwa BunganeBabalwa Bungane is the content producer for ESI Africa – Clarion Events Africa. Babalwa has been writing for the publication for over five years. She also contributes to sister publications; Smart Energy International and Power Engineering International. Babalwa is a social media enthusiast. Generation RELATED ARTICLESMORE FROM AUTHORcenter_img Finance and Policy BRICS AFD and Eskom commit to a competitive electricity sector The Niger Delta Power Holding Company (NDPHC) has commenced the construction of 2x 150, 330/132kV and 2x 60MVA, 132/33kV injection sub-station power transformer projects in Akruba, Lafia, Nassarawa state.The Leadership newspaper cited the managing director at NDPHC, Joseph Chiedu Ugbo, stating that the source of power currently in use at the Lafia environs is 33KV, obtained from Akwanga which is 93km away from the state capital.Ugbo said this is however, unable to meet with the increasing demand of the Lafia population. Read more…This project is estimated to cost $18 million, funded by both the Federal, State and Local government and would serve to supply both Lafia and its envisions.NDPHC injection sub-stationThe substation is a 330KV power station and would serve to add up as a back-feed supply of power in the FCT in addition to the power sources from Gerogu and Shiroro plants.The two 7.5 MVA (330/132) power transformers at the station would inject 13MW of electricity to the existing supply to Lafia and surroundings, it will supply 15 units of 50KV distribution transformers.Ugbo the project is being handled by a German company AK – AY Elektrik and gave assurance that the project will be completed before 31 December, 2018.last_img read more