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CONCLUSIONS

  • Distributed generation can be profitable for the suppliers and consumers but under a different regulatory framework. Especially, there should be changes for the deep charges which new distributed generators should pay even if they are not the only responsible for these charges.
  • In every different distributed generation project, there is a need to schedule the supply according to the particular needs of local demands.
  • There are significant socio-economic reasons to develop the distributed generation.
  • It is a very environmental friendly way to generate electricity. New CHP and renewable energy distributed generators can be installed.
  • By applying distributed generation with renewable energy is possible to take advantage of the renewable energy potential, without major reinforcements on the existing transmission network, but most of the times only to small extent because there is usually small demand in areas near the renewable energy potential. However, this is a contribution to meet a small proportion of the national targets for the renewable energy.
  • With a small-scale run-of-river hydro plant, if only a small proportion of the resource is required for economic optimum base load generation level, then a fairly constant supply is achievable, and a very high capacity factor (as illustrated in the case study). By running at such a high capacity factor the energy cost over the life of the plant is greatly reduced, and can be competitive with traditional electricity supply, especially when it is considered that transmission costs are greatly reduced.

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