Sentence examples for interconnection capacity from inspiring English sources

Also the small cells may not be part of the same LAN, or their interconnection capacity may be low (e.g., if it is based on WiFi-LAN).

A detailed operational model of a hybrid system in Chile's Atacama Desert was produced, using localized data on weather and interconnection capacity, to illustrate this capability.

The proposed modeling framework identifies the implementation (or not) of the interconnection of the Crete Island with the mainland electric system, as well as the optimum interconnection capacity.

These results highlight the need for more cross-border interconnection capacity, for greater coordination of European renewable support policies, and for renewable support mechanisms and electricity market designs providing locational incentives.

Open image in new window Fig. 4 Denmark interconnection capacities as planned for 2020.

Figure1 shows the interconnection capacities of the Danish power system with its neighbouring powers planned for the year 2020 [10].

The interconnection capacities of Danish power system with its neighbouring powers as planned for the year 2020 are shown in Fig. 4 [16], where AC interconnections are presented as dotted line and DC interconnections as solid lines.

We use simulation to analyze different scenarios of interconnection and capacity payments in two case studies: Colombia Ecuador and Great Britain FranceanColombia Ecuador and Great Britain France

Following the latest directives, the European Union promoted the integration of local/national electricity markets into one multi-area market, thus allowing the optimal exploitation of the scarce interconnection transmission capacity.

At EU level, the improvement of energy security is often taken to mean reduced reliance on natural gas imports (eg from Russia), and integrating the EU through increasing gas and electricity interconnection and increasing storage capacity of gas.

We give sufficient conditions for the existence of a time-varying state-dependent routing strategy which ensures that the closed-loop system satisfies basic network properties of positivity, conservation and interconnection while ensuring that capacity constraints are satisfied, when possible, or adjusted if a solution cannot be found.