Distributed Generation - Integration, Interconnection & Standards
By Hans De Keulenaer / Published on Mon, 2007-08-27 12:511 hour / Europe Standard Time (Brussels)
Frederik Groeman, KEMA
Traditionally electricity networks have been built to transport electrical energy generated by large, central placed, power production units. The new, relatively small, distributed generation (DG) units are usually connected to distribution networks, not designed to host power generators. Most studies confirm that 10-15% penetration of DG can easily be absorbed in the electricity network without major structural changes.
DG is emerging as a promising electricity generating technology for a number of reasons. Three independent trends are currently laying the groundwork for the possible widespread adoption of DG:
- Utility industry restructuring
- The political will to increase the use of RES (Renewable Energy Sources)
- And technology advancements
See also
Leonardo ENERGY's 35th application note covers the subject of integrating distributed generation in electricity networks.
Tagged with
Related content
- - Sizing the neutral in harmonic-rich environments
- - Part 09: Basic Program for Housing: Energy Efficiency Standards
- - Neutral Sizing in Harmonic Rich Installations
- - Application Note - Standard EN 50160: Voltage Characteristics in Public Distribution Systems
- - Methods for power quality analysis according to EN 50160
People who read this also read
Popular content
- - Report - Renewables Support Schemes and Grid Integration Policies
- - Huge potential for energy savings: improved regulatory models for efficient investment and loss reduction in electricity network
- - Harmonics Impact Over Protection System of Power Generator
- - RETScreen Wins REEEP Funding for new MTV Tool
- - Energy master plan by OMA: North Sea super ring of wind farms
- - Report - Renewables Support Schemes and Grid Integration Policies
- - Chile – Renewable energy target attracts developers… even though there isn’t a green tariff
- - Research Priorities for Renewable Energy Technology by 2020 and Beyond
- - The cost development of wind energy
- - Are Zero Energy Buildings a Bridge too Far?





