Abstract
The expansion of electricity-producing plants has, in Denmark until now, taken place in accordance with the demand for electricity. Recently, it has been suggested that the cost of the further development of such systems is greater than the cost of instigating and carrying out energy conservation efforts. The aim of the project was to evaluate the consequences for power producing plants of a reduction of the electricity consumption of end-users. A method for the analysis of the costs involved in the system and operation of power plants contra the costs that are involved in saving electricity is presented. In developing a model of this kind, consideration is given to the interplay of the individual saving project and the existing or future electricity supply. Thus it can be evaluated to what extent it would be advisable to substitute investments in the development of the capacity of the power plants with investments in the reduction of electricity consumption by the end users. This model is described in considerable detail. It will be tested in representative situations and locations throughout the Nordic countries. (AB) 17 refs.
Citation Formats
Schleisner, L, Grohnheit, P E, and Soerensen, H.
Electric power production contra electricity savings. Half-way report; Elproduktion kontra elbesparelser. Midtvejsrapport.
Denmark: N. p.,
1991.
Web.
Schleisner, L, Grohnheit, P E, & Soerensen, H.
Electric power production contra electricity savings. Half-way report; Elproduktion kontra elbesparelser. Midtvejsrapport.
Denmark.
Schleisner, L, Grohnheit, P E, and Soerensen, H.
1991.
"Electric power production contra electricity savings. Half-way report; Elproduktion kontra elbesparelser. Midtvejsrapport."
Denmark.
@misc{etde_10140719,
title = {Electric power production contra electricity savings. Half-way report; Elproduktion kontra elbesparelser. Midtvejsrapport}
author = {Schleisner, L, Grohnheit, P E, and Soerensen, H}
abstractNote = {The expansion of electricity-producing plants has, in Denmark until now, taken place in accordance with the demand for electricity. Recently, it has been suggested that the cost of the further development of such systems is greater than the cost of instigating and carrying out energy conservation efforts. The aim of the project was to evaluate the consequences for power producing plants of a reduction of the electricity consumption of end-users. A method for the analysis of the costs involved in the system and operation of power plants contra the costs that are involved in saving electricity is presented. In developing a model of this kind, consideration is given to the interplay of the individual saving project and the existing or future electricity supply. Thus it can be evaluated to what extent it would be advisable to substitute investments in the development of the capacity of the power plants with investments in the reduction of electricity consumption by the end users. This model is described in considerable detail. It will be tested in representative situations and locations throughout the Nordic countries. (AB) 17 refs.}
place = {Denmark}
year = {1991}
month = {Jan}
}
title = {Electric power production contra electricity savings. Half-way report; Elproduktion kontra elbesparelser. Midtvejsrapport}
author = {Schleisner, L, Grohnheit, P E, and Soerensen, H}
abstractNote = {The expansion of electricity-producing plants has, in Denmark until now, taken place in accordance with the demand for electricity. Recently, it has been suggested that the cost of the further development of such systems is greater than the cost of instigating and carrying out energy conservation efforts. The aim of the project was to evaluate the consequences for power producing plants of a reduction of the electricity consumption of end-users. A method for the analysis of the costs involved in the system and operation of power plants contra the costs that are involved in saving electricity is presented. In developing a model of this kind, consideration is given to the interplay of the individual saving project and the existing or future electricity supply. Thus it can be evaluated to what extent it would be advisable to substitute investments in the development of the capacity of the power plants with investments in the reduction of electricity consumption by the end users. This model is described in considerable detail. It will be tested in representative situations and locations throughout the Nordic countries. (AB) 17 refs.}
place = {Denmark}
year = {1991}
month = {Jan}
}