Allocation of equal harmonic emission rights to MV customers having the same maximum demand is a key concept in the new Australian harmonic standard AS/NZS 61000.3.6 [1]. Some difficulty can arise with the application of the standard when customers are spread out along a feeder with significantly different fault levels. One proposed method of overcoming this problem is to reduce the allocation as the square root of the fault level [2]. This method requires the calculation of an allocation constant that is applied to all customers connected to the same zone substation. This paper gives a methodology for calculating the harmonic allocation constant when there is incomplete data, and discusses some simplifying assumptions that can be made to o...
Ensuring harmonic voltage distortion levels in transmission systems remain below acceptable levels r...
Current standards defining harmonic voltage emission levels and network planning levels are defined ...
© 2020 IEEE. A key component to management of harmonic voltage levels in MV and LV distribution syst...
Allocation of equal harmonic emission rights to MV customers having the same maximum demand is a key...
The harmonic management of power systems in Australia is governed by AS/NZS 61000.3.6. This document...
Distributors need to allocate a maximum allowed level of harmonic current to MV customers to keep vo...
Utilising the standard AS/NZS61000.3.6 to carry out a harmonic allocation to a load in a transmissio...
Utilising the standard AS/NZS61000.3.6 to carry out a harmonic allocation to a load in a transmissio...
A considerable body of literature examines assessment, from measurements, of whether it is the netwo...
A model of the accurate harmonic allocation methods is developed to improve the current emission lim...
IEC 61000-3-6 [1] comprises a number of stages and tests to determine harmonic emission allowances f...
The application of IEC 61000-3-6 to MV systems in Australia IEC 61000-3-6 [1] comprises a number of ...
© 2020 IEEE. Power electronic based frequency converters such as solar, wind and batteries, which pr...
Technical report IEC/TR 61000-3-6 is widely used as a guide to harmonic management in HV and MV netw...
Abstract — Distributors need to allocate a maximum allowed level of harmonic current to MV customers...
Ensuring harmonic voltage distortion levels in transmission systems remain below acceptable levels r...
Current standards defining harmonic voltage emission levels and network planning levels are defined ...
© 2020 IEEE. A key component to management of harmonic voltage levels in MV and LV distribution syst...
Allocation of equal harmonic emission rights to MV customers having the same maximum demand is a key...
The harmonic management of power systems in Australia is governed by AS/NZS 61000.3.6. This document...
Distributors need to allocate a maximum allowed level of harmonic current to MV customers to keep vo...
Utilising the standard AS/NZS61000.3.6 to carry out a harmonic allocation to a load in a transmissio...
Utilising the standard AS/NZS61000.3.6 to carry out a harmonic allocation to a load in a transmissio...
A considerable body of literature examines assessment, from measurements, of whether it is the netwo...
A model of the accurate harmonic allocation methods is developed to improve the current emission lim...
IEC 61000-3-6 [1] comprises a number of stages and tests to determine harmonic emission allowances f...
The application of IEC 61000-3-6 to MV systems in Australia IEC 61000-3-6 [1] comprises a number of ...
© 2020 IEEE. Power electronic based frequency converters such as solar, wind and batteries, which pr...
Technical report IEC/TR 61000-3-6 is widely used as a guide to harmonic management in HV and MV netw...
Abstract — Distributors need to allocate a maximum allowed level of harmonic current to MV customers...
Ensuring harmonic voltage distortion levels in transmission systems remain below acceptable levels r...
Current standards defining harmonic voltage emission levels and network planning levels are defined ...
© 2020 IEEE. A key component to management of harmonic voltage levels in MV and LV distribution syst...