Abstract
The described project is the first step in the development of a general information system for energy management in cement and related industries. A description of the equipment found in a specific modern dry process manufacturing plant, of a common plant operation and three basic physical entities (process, material, inventory) characterizing cement manufacture, a summary of a general study of utility power generation and modern utility rate structures (where the time-differentiated tariff structure is described in detail) and results from energy consumption analyses at 3 cement manufacturing plants plus 3 major energy-intensive process departments from an electrical energy point of view - are given. Following this four basic approaches to energy management, an overall description of a modular electric energy management information system supporting the generation of daily energy cost optimized production schedules and of the functionality of the production scheduling module prototype seen from the user`s point of view are also presented. (AB) (44 refs.).
Citation Formats
Skov Hansen, F.
Knowledge-based system for supervision and control of the energy consumption of a cement manufacturing plant. Final report.
Denmark: N. p.,
1991.
Web.
Skov Hansen, F.
Knowledge-based system for supervision and control of the energy consumption of a cement manufacturing plant. Final report.
Denmark.
Skov Hansen, F.
1991.
"Knowledge-based system for supervision and control of the energy consumption of a cement manufacturing plant. Final report."
Denmark.
@misc{etde_10144575,
title = {Knowledge-based system for supervision and control of the energy consumption of a cement manufacturing plant. Final report}
author = {Skov Hansen, F}
abstractNote = {The described project is the first step in the development of a general information system for energy management in cement and related industries. A description of the equipment found in a specific modern dry process manufacturing plant, of a common plant operation and three basic physical entities (process, material, inventory) characterizing cement manufacture, a summary of a general study of utility power generation and modern utility rate structures (where the time-differentiated tariff structure is described in detail) and results from energy consumption analyses at 3 cement manufacturing plants plus 3 major energy-intensive process departments from an electrical energy point of view - are given. Following this four basic approaches to energy management, an overall description of a modular electric energy management information system supporting the generation of daily energy cost optimized production schedules and of the functionality of the production scheduling module prototype seen from the user`s point of view are also presented. (AB) (44 refs.).}
place = {Denmark}
year = {1991}
month = {Aug}
}
title = {Knowledge-based system for supervision and control of the energy consumption of a cement manufacturing plant. Final report}
author = {Skov Hansen, F}
abstractNote = {The described project is the first step in the development of a general information system for energy management in cement and related industries. A description of the equipment found in a specific modern dry process manufacturing plant, of a common plant operation and three basic physical entities (process, material, inventory) characterizing cement manufacture, a summary of a general study of utility power generation and modern utility rate structures (where the time-differentiated tariff structure is described in detail) and results from energy consumption analyses at 3 cement manufacturing plants plus 3 major energy-intensive process departments from an electrical energy point of view - are given. Following this four basic approaches to energy management, an overall description of a modular electric energy management information system supporting the generation of daily energy cost optimized production schedules and of the functionality of the production scheduling module prototype seen from the user`s point of view are also presented. (AB) (44 refs.).}
place = {Denmark}
year = {1991}
month = {Aug}
}