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A Finite-Element Approach for Calculating Electrical Parameters of Umbilical Cables
This paper presents a systematic approach for calculating electrical per-unit-length parameters of signal cables by the finite-element method. The associated software (UFIELD) has been specificallyExpand
Direct Electrical Heating of Subsea Pipelines—Technology Development and Operating Experience
The formation of hydrates in the subsea production of oil and gas is a well-known problem. As the unprocessed well stream cools down, hydrates start to form around 25 degC, depending on the water cutExpand
Subsea high-voltage power distribution
Subsea process units are going all electric and require substantial amounts of electrical power. Such installations do not require offshore platforms and thus all power will come from shore via longExpand
Taking Power Distribution Under the Sea: Design, Manufacture, and Assembly of a Subsea Electrical Distribution System
Recently, the offshore industry has seen a clear trend for production facilities to be installed on the seabed. The total electrical load will be up to the 100-MW range, and thus, high-voltage (HV)Expand
A Finite-Element Approach for Calculating Electrical Parameters of Umbilical Cables
This paper presents a systematic approach for calculating electrical per-unit-length parameters of signal cables by the finite-element method. The associated software (UFIELD) has been specificallyExpand
Impact of electromagnetic fields on current ratings and cable systems
The work presented in this paper is a summary of the technical brochure being prepared by CIGRE Working Group B1.23 that focuses on single conductor, high voltage, ac, land cable systems, excludingExpand
Frequency dependency of single-core cable parameters
This paper illustrates the great detail of information that can be obtained through application of finite element analysis (FEA) to obtain the series parameters of singlecore power cables. FEA is aExpand