RM3.4 mln to improve power supply in Kalaka

THREE electricity infrastructure improvement projects costing a total of RM3.24 million have been identified for the Kalaka constituency to improve the reliability of electricity supply in the area.

Deputy Minister of Utility and Telecommunication (Sarawak Energy and PETROS) Datuk Ibrahim Baki said the projects, funded by Sarawak Energy, comprise the construction of a 33/11kV substation at Plassu, transformer upgrades in Kabong, Ulu Krian and Nanga Assam, and improvements to overhead power lines in several locations.

“The construction of the Plassu substation will cost RM1.07 million, while transformer upgrades will involve RM1.04 million.

“Another sum of RM1.13 million has been allocated for overhead line improvements in Nyabor, Sessang, Kabong and Kampung Gerigat,” he said in response to Mohamad Duri (GPS-Kalaka) during question and answer session on Thursday (Oct 15).

Ibrahim added that Sarawak Energy had allocated RM73 million for electricity supply infrastructure improvement projects throughout Betong Division, including Kalaka.

He said the allocation formed part of efforts to strengthen the electricity supply system and improve its reliability in the division.

“Several major electricity infrastructure projects are also expected to be implemented in Betong Division under the 13th Malaysia Plan (RMK-13).

“These include the construction of the Kabong-Roban 33/11kV substation, a 33kV monopole transmission line from Serudit to Saratok, and two 33kV medium voltage covered conductor (MVCC) lines connecting Saratok to Simpang Kabong and Serudit to Pusa,” he said.

Ibrahim said the projects would strengthen the electricity supply system in Betong Division, including Kalaka, while improving supply stability and reliability to meet future demand.

On the upgrading of MVCC distribution lines in Kalaka would be carried out to reduce power disruptions caused by fallen trees, lightning strikes and branches falling onto electricity lines, Ibrahim explained that MVCC lines use insulated conductors, unlike conventional distribution lines that are uninsulated.

“The technology is expected to reduce disruptions caused by adverse weather, lightning strikes, animals and contact with vegetation, thereby improving the reliability of electricity supply in affected areas,” he said.