Browsing School of Engineering and Technology (CP) by Author "Ngoo, L. M."
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Analysis of a fuzzy logic power system stabilizer for stability enhancement
Muriithi, Christopher M.; Kibet, A.; Kraus, D.; Ngoo, L. M.; Nyakoe, G.N. (2010)Modern power systems consist of several generators working synchronously to meet the Power demand. For reliability of these systems, stability must be ensured in case of faults within the system. Faults within a system ... -
Design optimization of a renewable hybrid energy system
Obasi, J. O.; Ngoo, L. M.; Muriithi, Christopher M. (2013)This paper proposes the optimal design of a renewable hybrid energy system consisting of solar, wind energy with battery storage suitable for application in remote areas. The study investigates the possibility of reducing ... -
Optimal Battery Location for Minimizing the Total Cost of Generation in a Power System
Karanja, J. M.; Hinga, P. K.; Ngoo, L. M.; Muriithi, Christopher M. (2020)Wind is one of the major and fast growing source of green energy in the world. However, it’s naturally variable and this reduces its percentage penetration in a power system because of costs associated with balancing ... -
Performance review of the VSC-HVDC based controllers
Muriuki, J. K.; Muriithi, Christopher M.; Ngoo, L. M.; Nyakoe, G.N. (2016)The Voltage Source Converters, High Voltage Direct Current (VSC-HVDC) system is the most preferred alternative technology for transmission and distribution of electrical power due to its intrinsic distinctiveness in ... -
A review of multi-objective methods for optimal location and capacity of distributed generations in modern power systems
Karanja, J. M.; Ngoo, L. M.; Muriithi, Christopher M. (2017)Penetration of distributed generation (DG) units in distribution system has increased rapidly stimulated by reduced network power loss, improved bus voltage profile and better power quality. Appropriate location and capacity ...