Volume 5 - Energy Resources Inventory of the Fiji Islands. Inventory on:
- Solar energy source
- Hydro energy source
- Wind energy source
- Biomass energy source
Volume 5 Energy Resources Inventory
Report on Feasibility of Resources and Sites for Waste-to-Energy Power Generation in Fiji.
keywords: resource, waste, biomass, Fiji
Waste to Energy Resource Assessment in Fiji. Report on quantification and assessment on the amount and types of resources for waste to energy power generation in Fiji.
Analysis of the Nauru College PV Systems. Report provided in word document as a final draft.
Pre-feasibility study report on replacing half of Nauru's diesel generation with solar.
The following summary report captures a survey and techno economical feasibility study for building one or two industrial biogas plats in animal farms in Vanuatu. The report is part of the collarborative assistance provided by the government of China to the Government of Vanuatu following a signed contract in February 2004.
Report on the wind energy capacity building mission and workshop undertaken in Fiji, Samoa and American Samoa. Workshop undertaken from 12 - 21 November 2005.
Wind Resource Assessment Handbook
Wind energy in the Pacific Islands. Presentation by RE Consultant - GL Garrad Hassan. Contains wind speed map of Upolu and Savaii, wind energy resource atlas of the Pacific and locations of various wind monitoring masts in the Pacific
This publication contains guidelines that were developed by the Quantum Leap in Wind Power Development in Asia and the Pacifi c Technical Assistance team as an encapsulation of the best practices with regard to bankable wind resource assessments (WRAs) in new and emerging wind energy markets.
Cook Islands KEMA Grid Study Final Report
Pacific Guideline for INDCs, developed by SPREP.
keyword: INDC
Installation and commissioning report of wind mast at Jaluit.
keywords: Jaluit, wind, resource monitoring, RMI
This report presents the wind data evaluation after 12 months measurement at the proposed wind park site Anabar at Nauru Island. The data were obtained from July 2009 to June 2010, from a measuring campaign executed within the framework of the Pacific Regional Environment Programme under SPREP.
The measurement period features an average wind speed of 4.22 m/s in 30 m above ground and shows, therefore, only a marginal to moderate wind regime.
keywords: wind, resource monitoring, Nauru, Anabar, feasibility study, PREP
Cook Islands (Atiu) wind mast installation report.Installed in May 2010. This wind resource monitoring was supported by SPREP, UNDP, GEF under the PIGGAREP Project.
UNDP supported wind resource monitoring and an assessment in Rarotonga. In May 2007 a wind measurement station was installed in the Northeast of Rarotonga, Cook Islands. Wind data for evaluation were available from May 2007 until May 2008. The wind data have been checked and found plausible and complete. They are regarded to be suitable for the energy prediction of a grid-connected wind park and for an investment decision.
The Government of Australia, SPC and Government of France under the PREFACE Project supported wind resource monitoring and assessment on Mangaia Island. Wind monitoring mast was installed in April 2001 by SPC and the Ministry of Works, Energy and Physical Planning. Data collection started on 18th April 2001 until 10th July 2002. Data retrieval has been made each month, 19 data files transmitted to VERGNET covering a period from 18/04/01 to 10/07/02 meaning more than a year of available data.
Wind mapping report for Aitutaki, Cook Islands to determine wind potential and location of windy sites. Report captures:
- Aitutaki Wind Atlas Cook Islands
- Monitoring months report at Maungapu Site in Aitutaki.
Wind tower was erected on the 14th July 2005, but recorded data started on the 17th August 2005 until 1st May 2006. Data was recovered every month.
GHD was commissioned by UNDP to undertake a wind resources assessment for Upulo, Samoa. Based on the Afulilo on-site data and the NCAR reference data, the long-term average wind speed (LTAWS) for the 30 m level at the Afulilo site was estimated as 4.01 m/s.
DNV KEMA was asked to evaluate the maximum amount of photovoltaic (PV) and wind generation that could be add to the Electric Power Corporation (EPC) electrical network located on the island Savaii. The analysis was based on the network model that was provided by EPC and was used for the previous study completed by DNV-KEMA.
keywords: Savaii, Samoa, renewable energy, grid stability, KEMA, load curve, load profile, solar, wind, resource monitoring, simulation