Sentence examples for systems electricity distribution from inspiring English sources

Example application domains include: public transportation systems, electricity distribution grids, urban water distribution systems, and maintenance of pavement and bridge systems.

Imperial is planning to recruit about ten faculty, six postdoctoral researchers, and seven Ph.D. students to work on the project, with skills in process engineering, civil engineering systems, electricity distribution modelling, and resource flow analysis.And it is likely that similar research may be funded.

British engineer and physicist who invented the three-wire system for electricity distribution and improved the design and efficiency of electric generators.

Because they help more to reduce peak load, and put less strain on electricity distribution systems, west-facing PV systems may have more value to the grid than do south-facing systems, despite producing less total energy over the course of a year.

The growing integration of distributed electric power generators means the reliability of electricity distribution systems will increasingly depend on the reliability of primary energy resources such as natural gas supply for natural gas-fired distributed power generation.

Proceedings of the Seminar and Study Tour on Electricity Distribution Systems in Urban Areas and Their Integration with Transmission Systems / Economic and Social Commission for Asia and the Pacific.

Direct current (DC) electricity distribution systems have been proposed as an alternative to traditional, alternating current (AC) distribution systems for commercial buildings.

Reliant still has interests in three electricity distribution systems in Colombia that it plans to sell.

But the government has come much closer to its energy goals because it owns all of the electricity distribution systems.

Variability is, however, also an important factor to consider in manufacturing power studies, since an understanding of electrical demand uncertainty can support the estimation of peak power demand, which impacts energy costs and electricity distribution systems.

This article develops (i) a mixed-integer, nonlinear, nonconvex mathematical programming problem to determine maximally energy efficient designs for mixed AC DC electricity distribution systems in commercial buildings, and (ii) describes a tailored global optimization algorithm based on Nonconvex Generalized Benders Decomposition.