Our team of experts has extensive hands-on experience in power systems planning, and operational studies, using various software tools, such as PSCAD™, PSS/E (licensed by Siemens), DSA Power Tools, ETAP, CYME, Risk A, etc. We offer a comprehensive solution to help our clients achieve excellence in power system planning and operation. Our experience is deep and spans across multiple industries including the oil and gas, power, manufacturing, property management, national retail, solid waste, and recycling operations. Author Energy LTD can help you plan, implement, and improve the many processes and actions that affect your power systems We work closely with owners and operators of utilities, regulators, and research and academic organizations. We provide engineering services to assist system planners and operators in the following areas: System interconnection studies (HVAC and HVDC), including load flow, stability, and voltage control; Generation (including wind and solar) integration studies; Studies aimed at defining operating guidelines; Black start procedures — studies to support new black start procedures; Tie line transfer limits; Out-of-step relay design; Impact assessment; Fault current limiting and mitigation; Reactive power compensation.
Our team of experts has extensive hands on experience in power systems planning, and operational studies, using various software tools, such as PSCAD™, PSS/E (licensed by Siemens), DSA Power Tools, ETAP, CYME, Risk A, etc. We offer a comprehensive solution to help our clients achieve excellence in power system planning and operation. Our experience is deep and spans across multiple industries including the oil and gas, power, manufacturing, property management, national retail, solid waste and recycling operations. Author Energy LTD can help you plan, implement, and improve the many processes and actions that affect your power systems We work closely with owners and operators of utilities, regulators, and research and academic organizations. We provide engineering services to assist system planners and operators in the following areas: System interconnection studies (HVAC and HVDC), including load flow, stability, and voltage control; Generation (including wind and solar) integration studies; Studies aimed at defining operating guidelines; Black start procedures — studies to support new black start procedures; Tie line transfer limits; Out-of-step relay design; Impact assessment; Fault current limiting and mitigation; Reactive power compensation.
The use of gas turbines for generating electricity is currently assuming a prominent position in the industrial sector of most African countries.
There are a growing number of projects under consideration and construction across most African countries particularly in Nigeria where there is an abundance of Gas reserves. This stems from the fact that gas as a transition fuel is cleaner than crude oil and thus is not a major contributor to global climate change.
It is reported that the global gas turbine market was estimated to be valued at USD 16.97 Billion in 2016 and is projected to reach USD 20.66 Billion by 2022, at a CAGR of 3.36%, from 2017 to 2022.
This increase in the amount of money spent on gas turbines is obviously attributed to rising demand for electricity, power generation, and gas-fired power plants.
Nigeria is more of a gas province with an estimated proven gas reserve of 203.16tcf, and currently over 200 companies had expressed interest in Nigeria’s 96 gas flare points for various commercial purposes. This would increase the government’s revenue and also address environmental challenges. This will spur industrialization, infrastructural development, and urbanization, thus increasing the demand for electricity. Author Energy is well positioned for collaboration and partnership with investors in developing new large gas-fired combined-cycle power generation as demand for gas turbines increases.
Our offerings covers, all categories of gas turbines ranging from, Technology (Open Cycle and Combined Cycle), Rating Capacity (Less than 40 MW, 40-120 MW, 120-300 MW, and Above 300 MW), Design Type (Heavy Duty and Aeroderivative), Application (Power and Oil & Gas), and Region – Global Forecast to 2022
AEL supports projects through the entire life cycle, from planning to in-service.
