The hybrid plants will be developed as an independent power producer (IPP) projects at 11 off-grid sites
AER will work towards developing battery technologies and the potential timescales for cost parity between electric and combustion engine vehicles
The spot market is expected to introduce competition for the first time in Oman’s electricity generation sector
The report highlighs key developments in the market for EVs that have an impact on the future design of the electricity sector regulatory frameworks
Oman's Public Authority for Electricity and Water (Diam) has extended the bidding deadline for a major transmission pipeline project in the Al Sharqiyah Governorate
The desalination plant will be developed in conjunction with a dedicated solar photovoltaic facility, which will contribute power to the desalination process.
The companies plan the construction of a large solar thermal energy plant, with capacity exceeding 2,000 megawatts, at the Mukhaizna oilfield in Oman
A site maintenance team has been mobilised alongside a specialist from the original equipment manufacturer to assess both gas turbine generators, with the company estimating it will take six weeks to repair
Total electricity production in Oman until the end of August this year stood at 25,673.8GW per hour compared 25,091.6GW per hour in the same period last year
Procurement order for first waste to-power project in Oman expected in early 2019
The commercial utility-scale solar photovoltaic (PV) based schemes are key to accelerating Oman’s transition away from gas-based electricity generation
The state aims to sell stakes in Oman Electricity Transmission and Muscat Electricity Distribution, which have combined assets worth $3.2bn
The second utility scale solar plant in Oman, known as Solar 2022 IPP, will be connected to the main interconnected system in Oman with a capacity between 500MW to 1,000MW
Oman's total electricity production until the end of July 2018 stood at 21,693.8 GW per hour compared to the end of July 2017, which saw a total production of 21,381.7 GW per hour
Based on the Continuous Ionic Filtration (CIF®) process from Multotec’s Australian technology partner CleanTeq Water, DeSALx® uses two stages of CIF® to desalinate brackish water and enables this effluent treatment process to operate at a much higher water recovery than conventionally possible
