NEPTUN: Impact of DSM, IRP and distributed generation on power systems

Summary

Brief review of the available technologies for DSM, storage and economical characteristics, experiences of application, strategic programs. It will then focus on how these issues impact on power sytem planning and operation and on IRP applicability, by trying to identify new strategies and business opportunities for the ESI.

Consideration of the possible new market of providing ancillary services (reserve, frequency, and voltage control etc) in connection with DSM and distributed generation applications.

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SESSION 1 - INTEGRATED RESOURCE PLANNING AND ENERGY POLICIES

100-01 Competition and coordination of electricity with other energy sources (to customers) for market shares and capital funds, security of the energy supply in the long term - Environmental considerations - Avantages
and problems of combined heat and power generations
100-02 Dutch lRP cooperation results in cost effective approach
100-03 Integrated resource planning in the energy sector : Polish experience
100-04 IRP in Croatia and its influence on power system
100-05 Planification intégrée des ressources et développement des réseaux
100-06 IRP - Experience of method development, legislation and implementation
100-07 Electricity IRP and its relevance in different business environments
100-08 Coordination requirements for multiple decision-makers in the transmission access environment
100-09 Least cost supply study provides relevant information for the evaluation of demand side activities
100-10 Towards an IRP oriented energy utility ?

SESSION 2 - DEMAND SIDE MANAGEMENT
Subsession 2.1

210-01 Demand side management efficient lighting "case study of an administrative building"
210-02 The promotion of DSM in China
210-03 IRP Benelux study about energy efficient lighting in the tertiary sector
210-04 DSM Thailand
210-05 Contribution from end-users to permit increased utilisation of the transmission system in Norway
210-06 Future DSM serves sustainability

Subsession 2.2

220-01 Optimal dynamic load shedding policy for generation load imbalances including voltage and frequency characteristics of loads
220-02 New demand side technologies and their impacts on power system planning
220-03 Load management in distribution systems
220-04 About special protection as part of the national electrical energetic system
220-05 About load management as part of the national electrical energetic system
220-06 Concilier maîtrise de la demande d'électricité (MDE) et qualité de tension : l'exemple de développement des produits électrodomestiques

SESSION 3 - DISTRIBUTED GENERATION

300-01 Decomposition technique for optimum operating strategies for large distribution networks
300-02 Self-tuning co-ordinated control of frequency and voltage of wind-diesel power generation systems
300-03 Influence of dispersed generation on networks reliability
300-04 Expert system for optimising the production and stockage of hydroelectric power generation
300-05 Ancillary services: how to allocate costs in an optimization-based framework
300-06 Impact of increasing wind generation on the transmission system in the republic of Ireland
300-07 Multi-attribute evaluation of dis tributed generators in deregulated power system
300-08 Protection of distributed generation current practice
300-09 Wind power in the Danish power system
300-10 Stockage d'énergie dans les postes sources: méthodologie et premiers résultats
300-11 Dispersed CHP units in the Danish power system
300-12 Issues, impacts and strategies for distributed generation challenged power systems
300-13 Dynamic security assessment in competitive environment : analysis tools and security criteria
300-14 Consequences of high wind power penetration in large autonomous power systems
300-15 Probabilistic assessment of the impact of dispersed wind generation on power system performance