|
Title:
|
|
Prospects for energy technology in the Netherlands: vol. 2: technology characterizations and technology results [ECN-C--95-039]
|
|
|
|
Author(s):
|
|
|
|
|
|
Published by:
|
Publication date:
|
|
ECN
Policy Studies
|
1995
|
|
|
|
ECN report number:
|
Document type:
|
|
ECN-C--95-039
|
ECN publication
|
|
|
|
Number of pages:
|
Full text:
|
|
308
|
Download PDF
|
Abstract:
The SYRENE programme (SYstems integration of Renewable and End-use energytechnologies in the NEtherlands) aims to provide a contribution to the
programming of the Netherlands Agency for Energy and the Environment (NOVEM).
In this study the technology characterizations of eight other studies,
carried out within the SYRENE programme, are integrated. In selecting energy
technologies to be financially supported, the possible future role of energy
technologies needs to be anticipated. The assessment of the prospects of
energy technologies to play a role in the Dutch energy system is primarily
done by the construction of integrated energy scenarios with a
cost-minimizing computer model of the Dutch energy system (MARKAL), and by
analysing the role of energy technologies in these energy system
configurations. A description of the methodology followed, main calculation
results, short-lists of energy technologies with different levels of
propectiveness and study conclusions are presented in Volume 1. This report
(Volume 2) consists of two parts. In the first part the expected development
of more than 200 energy technologies considered are covered. The list of
energy technologies includes both energy demand technologies and energy
conversion technologies at the supply side of the energy system. The expected
development of energy technologies has been reported using a common format.
The technology characterization has focused on the year 2030. It is noted
that this list is not covering all individual technologies. Many of the
technologies mentioned represent groups of technologies. This is the case
with e.g. alternative fuels for transport, process changes for industry, more
efficient appliances, and integrated concepts for electricity generation. The
second part of the present report contains calculated results in a condensed
form. For each technology it is calculated in which of the cases the
technology plays a role. The role of the energy technologies has been
analysed for each of the 60 cases considered. The energy technology results
are compressed in so-called cost-effectiveness accounting tables. 3 fig., 470
tabs., 103 ref.
Back to List