Efficient Renewable Energy Integration in the Pacific Islands Region
IRENA conducted workshops on harmonised technical guidelines and grid stability assessment from 8-12 April in the Republic of Palau, to promote efficient renewable energy integration in the Pacific islands
In collaboration with the Sustainable Energy Industry Association of the Pacific Islands (SEIAPI), the Pacific Power Association (PPA), the Secretariat of the Pacific Community (SPC) and the North Pacific, African, Caribbean and Pacific Renewable Energy and Energy Efficiency Project (North-REP), the workshops provided hands-on training and practical knowledge to policy makers, grid operators and utility experts on technical guidelines for solar photovoltaic (PV) installation, and the use of modelling tools to assess and ensure power grid stability with higher shares of renewable energy integration.
Promoting efficient renewable energy integration in the Pacific
First Module: Workshop on Harmonised Technical Guidelines for PV Systems in Pacific Islands
Importance and benefits of adopting harmonised technical guidelines in the region for PV systems
Peter Konings, SEIAPI
PV Technical Guidelines – Introduction on technical guidelines for utilities integrating PV into their grids
Geoff Stapleton, SEIAPI
Training Materials
Grid Connected PV Technical Guidelines
- Design Guidelines: Design of grid connect PV systems, System design guidelines
- Installation Guidelines: SEIAPI PPA install grid connect guidelines, System installation guidelines
Off Grid PV Technical Guidelines
- Design guidelines: Off grid PV system, System design guidelines
- Installation guidelines: SEIAPI PPA install off grid connect guidelines, System install guideline
- Maintenance: Introduction on technical guidelines for utilities integrating PV into their grids, Off grid maintenance
Second Module Two: Workshop on Assessment of the Grid Stability for Renewable Energy Integration in the Pacific
IRENA’s assessment on grid stability in the Pacific region
Mirei Isaka, IRENA
Case study of a grid stability assessment in PNG
Kalak Kanawi, PNG Power