Pramoninės energijos sistemos

Dalyko anotacija lietuvių kalba

Šio kurso tikslas yra suteikti žinias apie energetikos sistemas naudojamas pramonėje. Kurso metu bus apžvelgtos tiek efektyvaus energijos tiekimo, tiek jos naudojimo problemos. Efektyvus energijos tiekimas ir jos vartojamas yra svarbus veiksnys, leidžiantis sumažinti energijos sąnaudas pramonėje. Kurse taip pat bus kalbama apie antrinės energijos panaudojimą. Studentai įgis žinias apie pramoninių pastatų projektavimą, technologinių įrenginių efektyvaus išdėstymo principus.

Dalyko anotacija užsienio kalba

This course aims to provide knowledge about industrial energy systems which are applied in industry. The course covers the problems of efficient energy supply and consuption. The optimization of industrial energy systems play significant role into reduction of energy loses in the distribution grids, pipes, during the technological processes and logistic. The secondary energy usage is very important too and during the course this issue will be discussed. This course will give the understanding about the design of industrial buildings and layout of the technological machines.

Būtinas pasirengimas dalyko studijoms

Mathematics, General Chemistry, Physics.

Dalyko studijų rezultatai

1. The analysis of power and energy carriage systems
2. Analysis of the possible ways how to implement renewable energy sources into industrial power systems.
3. Optimization of the infrastructure of industrial power systems.
4. Efficient management of industrial power systems, reduction of the emission of toxic materials.

Dalyko turinys

High voltage power grids.
Low voltage power grids.
Transportation of liquids and gases by pipes and trucks.
Branches of industry.
Energy consumption of the different branches of industry.
Possible ways of the combination of renewable and fossil energy sources depend on branch of industry and production capacities
Optimisation of high voltage and low voltage power grids.
Design of the pipe grids for the energy carriers.
Optimisation of the logistic system.
Economic aspects of the implementation of smart power management in the industrial power systems.
Industrial ecology.

Dalyko studijos valandomis

Lectures 30 hours
Seminars 30 hours
Individual students work 100 hours
Total: 160 hours

Studijų rezultatų vertinimas

Mid-term exam – 20 %, Seminars – 30 %, Exam – 50%.

Literatūra

1. 2007 K Blok, Introduction to Energy Analysis,
ISBN-13:978-8594-016-6 Techne Press
2. 2000 K. C. Weston, 2000, Energy Conversion, Ebook version, http://www.personal.utulsa.edu/~kenneth-weston/
3. 2015 Energy Management and Efficiency for the Process Industries 1st Edition (Kindle Edition) by Alan P. Rossiter, Beth P. Jones John Wiley & Sons, Inc. New Jersey
3. 2002 M. M. El-Wakil, , Powerplant Technology, ISBN 0072871024 McGraw-Hill