Add to ORKGThe moisture in the insulation has a great impact on the life of the insulation and is not usually a consideration in loss-of-life calculations although it is always present in the insulation system
Examples of electrical insulations for transformer are mineral oil and cellulose based paper. The sa...
Due to the global trend in the industry to work towards sustainability and clean energy, utilities a...
Absorption Index (AI) remains valid for old-aged unsealed transformers as a simple and effective met...
The moisture in the insulation has a great impact on the life of the insulation and is not usually a...
Moisture is one of the most harmful agents for transformer solid insulation. The catalyzing effect o...
The state of the solid insulation determines the life expectance of a transformer. Moisture, oxygen ...
This article attempts to explain not only how moisture affects the quality of the insulating liquid,...
In the operating transformer water is always in transition, either moving within cellulose insulatio...
Deregulation and strong international competition are forcing utilities throughout the world to cut ...
This paper presents a novel method for estimating the degradation of solid insulation in power trans...
Transformers are the most expensive and critical asset in any electrical power network. Their failur...
Electric power equipment has complex construction. Therefore, it is very important to have enough in...
The life of a transformer is inherently linked to the fundamental role of insulating oils to dissipa...
Transformer insulation consists of liquid (mineral oil) and solid (cellulose) parts. The influence of...
In the operating transformer water is always in transition, either moving within cellulose insulatio...
Examples of electrical insulations for transformer are mineral oil and cellulose based paper. The sa...
Due to the global trend in the industry to work towards sustainability and clean energy, utilities a...
Absorption Index (AI) remains valid for old-aged unsealed transformers as a simple and effective met...
The moisture in the insulation has a great impact on the life of the insulation and is not usually a...
Moisture is one of the most harmful agents for transformer solid insulation. The catalyzing effect o...
The state of the solid insulation determines the life expectance of a transformer. Moisture, oxygen ...
This article attempts to explain not only how moisture affects the quality of the insulating liquid,...
In the operating transformer water is always in transition, either moving within cellulose insulatio...
Deregulation and strong international competition are forcing utilities throughout the world to cut ...
This paper presents a novel method for estimating the degradation of solid insulation in power trans...
Transformers are the most expensive and critical asset in any electrical power network. Their failur...
Electric power equipment has complex construction. Therefore, it is very important to have enough in...
The life of a transformer is inherently linked to the fundamental role of insulating oils to dissipa...
Transformer insulation consists of liquid (mineral oil) and solid (cellulose) parts. The influence of...
In the operating transformer water is always in transition, either moving within cellulose insulatio...
Examples of electrical insulations for transformer are mineral oil and cellulose based paper. The sa...
Due to the global trend in the industry to work towards sustainability and clean energy, utilities a...
Absorption Index (AI) remains valid for old-aged unsealed transformers as a simple and effective met...