Power transformers reliability, amongst other things, depends on its insulation system. High voltage leads are a part of the insulation system and should be properly insulated. This includes positioning an insulation barrier between the leads and a tank on a certain distance. This distance affects the safety factors (breakdown probability) for such system. The paper presents optimization process with which both the breakdown probability and leads vs. tank distance could be minimized. It also proposes a method with which this optimization process could be confirmed
Due to the time cost replacement of a failed large power transformer, reliability and good performan...
Designing inductive voltage transformers for the highest voltage levels (550 kV and above) is a true...
The failure rate of pole mounted distribution transformers due to lightning is relativel...
Power transformers reliability, amongst other things, depends on its insulation system. High voltage...
Power transformers reliability, amongst other things, depends on its insulation system. High voltage...
This paper explains design considerations for lead and lead-exit insulations of HVDC converter trans...
Kappeler research performed more than 50 years ago is widely used for HV transformers insulation des...
Kappeler research performed more than 50 years ago is widely used for HV transformers insulation des...
Summary This paper presents a new optimization problem for the design of distribution transformers u...
The aim of this research article is to determine the way to install surge arresters close to a power...
Power transformers are key equipment for transfer and distribution of the electric power. Considerin...
Since the electrical machine design is a complex task it can be divided into sub-problems, e.g. prel...
Recent catastrophic blackouts have exposed major vulnerabilities in the existing generation, transmi...
Designing inductive voltage transformers for the highest voltage levels (550 kV and above) is a true...
The relationship between impulse breakdown stress and stressed oil volume has been extensively inves...
Due to the time cost replacement of a failed large power transformer, reliability and good performan...
Designing inductive voltage transformers for the highest voltage levels (550 kV and above) is a true...
The failure rate of pole mounted distribution transformers due to lightning is relativel...
Power transformers reliability, amongst other things, depends on its insulation system. High voltage...
Power transformers reliability, amongst other things, depends on its insulation system. High voltage...
This paper explains design considerations for lead and lead-exit insulations of HVDC converter trans...
Kappeler research performed more than 50 years ago is widely used for HV transformers insulation des...
Kappeler research performed more than 50 years ago is widely used for HV transformers insulation des...
Summary This paper presents a new optimization problem for the design of distribution transformers u...
The aim of this research article is to determine the way to install surge arresters close to a power...
Power transformers are key equipment for transfer and distribution of the electric power. Considerin...
Since the electrical machine design is a complex task it can be divided into sub-problems, e.g. prel...
Recent catastrophic blackouts have exposed major vulnerabilities in the existing generation, transmi...
Designing inductive voltage transformers for the highest voltage levels (550 kV and above) is a true...
The relationship between impulse breakdown stress and stressed oil volume has been extensively inves...
Due to the time cost replacement of a failed large power transformer, reliability and good performan...
Designing inductive voltage transformers for the highest voltage levels (550 kV and above) is a true...
The failure rate of pole mounted distribution transformers due to lightning is relativel...