Current standards defining harmonic voltage emission levels and network planning levels are defined within the AS61000 series standards. AS61000.3.6 defines methods for electrical utility suppliers to allocate harmonic voltage distortion limits to customers connecting to the network. This is aimed at limiting the voltage distortion to below the network planning levels. However AS61000.3.6 does not investigate low fault level networks or SWERS (Single Line Earth Return). This paper investigates harmonic voltage simulation methods along with an investigation into current harmonic voltage allocation methods
The Electrical power industry is one of the fastest growing industries in the world today. Nowadays ...
A considerable body of literature examines assessment, from measurements, of whether it is the netwo...
Harmonics are the by - products of modern electronic devices i.e. nonlinear loads,this harmonics by ...
A customer expects to receive a voltage supply at his installation that meets the requirements of st...
A model of the accurate harmonic allocation methods is developed to improve the current emission lim...
© 2020 IEEE. Power electronic based frequency converters such as solar, wind and batteries, which pr...
Modern household customers use many power electronic based devices for their daily usage. Those devi...
Characteristics of the current emission for new developed devices are changing resulting in lower lo...
The paper presents a new simulation based method for harmonic distortion level evaluation at the poi...
Distributors need to allocate a maximum allowed level of harmonic current to MV customers to keep vo...
Abstract — Distributors need to allocate a maximum allowed level of harmonic current to MV customers...
Improvement of power electronic technologies can also introduce various new types of distortions in ...
“Voltage Droop” is a new concept that has been developed primarily for use in the harmonic current a...
Improvement of power electronic technologies can also introduce various new types of distortions in ...
The increased uses of power electronics and switching devices in the electricity network have change...
The Electrical power industry is one of the fastest growing industries in the world today. Nowadays ...
A considerable body of literature examines assessment, from measurements, of whether it is the netwo...
Harmonics are the by - products of modern electronic devices i.e. nonlinear loads,this harmonics by ...
A customer expects to receive a voltage supply at his installation that meets the requirements of st...
A model of the accurate harmonic allocation methods is developed to improve the current emission lim...
© 2020 IEEE. Power electronic based frequency converters such as solar, wind and batteries, which pr...
Modern household customers use many power electronic based devices for their daily usage. Those devi...
Characteristics of the current emission for new developed devices are changing resulting in lower lo...
The paper presents a new simulation based method for harmonic distortion level evaluation at the poi...
Distributors need to allocate a maximum allowed level of harmonic current to MV customers to keep vo...
Abstract — Distributors need to allocate a maximum allowed level of harmonic current to MV customers...
Improvement of power electronic technologies can also introduce various new types of distortions in ...
“Voltage Droop” is a new concept that has been developed primarily for use in the harmonic current a...
Improvement of power electronic technologies can also introduce various new types of distortions in ...
The increased uses of power electronics and switching devices in the electricity network have change...
The Electrical power industry is one of the fastest growing industries in the world today. Nowadays ...
A considerable body of literature examines assessment, from measurements, of whether it is the netwo...
Harmonics are the by - products of modern electronic devices i.e. nonlinear loads,this harmonics by ...