We have discussed a cross-linked polyethylene (XLPE) nanocomposite insulating material
that is able to DC voltage applications. Nanocomposites, which are composed in polymer …

Polymeric nanocomposite insulations are receiving the widespread attention of the electrical
cable industry. This paper presents the electrical insulation performance of as‐received …

The resistivity, breakdown strength, and formation of space charges are very important
factors for insulation design of HVDC cable. It is known that a nano-sized metal-oxide …

This paper describes the effects of α-Al2O3 nanosheets on the direct current voltage
breakdown strength and space charge accumulation in crosslinked polyethylene/α-Al2O3 …

In the recent decades, the phenomena of space charge accumulation in the high voltage
direct current (HVDC) insulation have been attracted more attention. In this paper, low …

Nanocomposites have been proven to be an important dielectric material, which provides
advanced dielectric properties of insulation to power equipment. For the use of polyethylene …

Studies have proved that the dielectric strength of high-voltage DC cable used crosslinked
polyethylene (XLPE) can be enhanced by nanoparticle incorporation. However, studies on …

Polyethylene based nanocomposites have been widely researched for being potential
insulating materials in high voltage DC equipment. One of their key properties is the …

Nano-composite dielectric materials are considered as the most promising insulating
materials for HVDC cables. The effects of different concentration of nano-filler and structure …

LDPE/metal oxide nanocomposites are promising materials for future high-voltage DC cable
insulation. This paper presents data on the influence of the structure of the nanoparticle …