Improvements in existing hydroelectric power plants can increase quantity of production, but very often they are also designed to improve its quality, that is, peak generation capacity and availability of reserve energy, which in turn leads to a reduction of emissions in the producer part. An adequate valuation and economic recognition of the energy quality in remuneration seems essential to encourage these improvements. Frequent size discrimination acts against this recognition, because quality of energy is more often present in conventional-sized installations.
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References
1.
IPCC (Intergovernmental Panel for Climate Change): First Assessment Report. October 1990.
2.
Scientific Declaration of the Second World Climate Conference. Geneva, November 1990.
3.
Ministerial Declaration of the Second World Climate Conference. Geneva, November 1990.
4.
IPCC: Climate Change 1992. The Supplementary Report to the IPCC Scientific Assessment.
5.
United Nations Convention on Climate Change. Rio de Janeiro. June1992.
6.
EscuderoJ.. El control del efecto invernadero antropogenico, determinante de la politica energetica mundial. ENERGIA. January-February1991.
7.
Della ValleA.P., Campbell WatkinsG.. The pricing of capital services under regulation. Utilities Policy. January1992.
8.
EscuderoJ.. Desarrollo hidroelectrico en Espana. Contexto actual y perspectivas. Jornadas Hispano-Lusas sobre energia. Lisbon, November 1992. Associacao Portuguesa da Energia. Club Espanol de la Energia.
9.
International Energy Agency. Energv efficiency and environment. OECD Publications, 1991.
10.
CollierH.. Developing Electric Power. Thirty years of World Bank experience. A World Bank publication, 1984. Chapter 2. Utility rates and economic efficiency.