“Grid Integration of Wind Power: Best Practices for Emerging Wind Markets” by Pramod Jain and Dr Priyantha Wijayatunga has been published under the ADB Sustainable Development Wor
INNOVATIVE WIND ENERGY, INC.
IWE conducted one day Wind Power Generation Training for PLN Engineers as part of Indonesia Clean Energy Development II program of USAID.
The Government of Guyana's Public Infrastructure Minister Mr David Patterson reported to the national assembly on renewable energy projects.
IWE conducted a grid integration study for Sumba. It was a collaboration with NREL and Winrock.
The following publication has been released by NREL.
Presented Overview of Regional and Global Wind Energy Policy at the second Indonesia Wind Energy Forum in Jakarta, Indonesia. It is organized by WhypGEN and GEF.
IWE presented the Sumba wind resource assessment and preliminary financial assessment at the 9th Plenary meeting in Surabaya, Indonesia from November 4 to 6, 2015.
Wind Energy Engineering
Author: Pramod Jain, President, Innovative Wind Energy, Inc.
Publisher: McGraw-Hill, New York, September 2010
Link to book:
Chinese translation: http://product.dangdang.com/product.aspx?product_id=22904986
Sustainable Energy Program for Guyana/Wind measurement and resource assessment
Government of Guyana, Inter-American Development BankOctober 2015 - February 2016
Sustainable Energy for Remote Indonesian Grids (SERIG)
Winrock International, US Dept. of Energy, NRELFebruary 2015 - June 2015
IWE has in-depth expertise in creating detailed and accurate financial models for wind projects. IWE is meticulous about all aspects of the financial model, with an emphasis on modeling uncertainties.
Forte of IWE is Bankable Wind Resource Assessment. IWE uses the best science in the wind industry to create bankable wind assessment.
Uncertainty in wind measurement is one of the largest sources of uncertainty in a bankable resource assessment.
Wind developers rely on IWE Prospecting Services to significantly lower the risk of wind projects even before met-towers have been installed.
Between May 7 and 11, wind and hydro contributed about 45% each of the total domestic demand of 632.7GWh. Rest of the demand was provided by solar and biomass.
I am directly quoting from this very informative article:
Tesla's gigafactory will have rooftop solar, wind power plant (no details on how big) and geoexchange (geothermal) heat pump.
Following are general rule of thumb for RE projects:
1. Utility scale wind projects: 7.5 to 10 MW per Sq. Km.
2. Utility scale solar PV projects: 30MW per Sq. Km.
Ontario Independent Electricity System Operator (IESO) has selected 300 MW of wind power in a reverse auction with an average price of C$0.0859/kWh.
One of the oldest wind farms in US, Altamont pass wind project, is being partly repowered and partly decommissioned.