Sentence examples for the interconnection problems from inspiring English sources

Third is to solve the interconnection problems of DC grids at different voltage levels.

In order to overcome some of these interconnection problems, the open systems interconnection (OSI) was approved in 1983 as an international standard for communications architecture by the International Organization for Standardization (ISO) and the International Telegraph and Telephone Consultative Committee (CCITT).

Optical I/O over the entire chip area is pursued as a solution to these interconnection problems in the European community funded ESPRIT project OIIC ("Optically Interconnected Integrated Circuits").

Due to the growing local electricity production, the increasing interconnection problems with the grid, and steadily increasing regulatory requirements, it could not any longer fulfill its role and the fastest and easiest way out was to sell back.

The optimization variable of the electrical interconnection problem ((y_{i})) is the index of the next connected node to ith WT.

Identifying the technical requirements for grid interconnection and solving the interconnect problems such as islanding detection, harmonic distortion requirements and electromagnetic interference are therefore very important issues for widespread application of PV systems.

But they are also designed to maximise the return from "net metering" rules that allow residential customers to sell excess energy to utilities.Tesla's residential batteries have been plagued by interconnection problems with utilities and are not being adopted as swiftly as Mr Straubel had hoped.

Hence, before running the optimization algorithm, the reduction sub-algorithm identifies the discrete decision set ((B_{i} )) of the interconnection configuration problem for each individual WT (ith).

(3)where (x) is the choice index of the decision set; (beta_{x}) is a binary variable [0, 1] that is assigned 1, if xth choice of the decision set is chosen randomly, otherwise 0. In order to represent an iterative output solution for the interconnection configuration problem an N-length vector (Y) has been defined as (4) for all WTs.

The final page provides a summary of the problems that the participant has endorsed and guides the participant to generate a 'map' of the interconnections between problems.

Interconnection problem would undoubtedly be the bottleneck against the rapid development of renewable resources unless we can find a way to harmonize interconnection, transmission, and power consumption.