Archive for 6 Renewable Energy

China, Norway, and Offshore Wind Development : A Win-Win Wind Relationship?

Abstract To unleash China’s full potential and speed up the development of offshore wind energy production, bridges must to be constructed between stakeholders with the relevant experience and the best available technology (typically in Northern Europe), and policy makers and project developers in China. This study looks at Norway and China from such a perspective, aiming to outline the emerging offshore wind market in China, assess the strengths and compatibility of the Norwegian offshore industry cluster, and suggest possible ways for future cooperation. This study was primarily funded by WWF Norway.
Author Azure International, by Rachel Enslow, 2010
Publisher
Link http://assets.wwf.no/downloads/china_norway_offshore_wind_final_wwf_march_2010.pdf
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6.2.0 Wind, 6.2.7 Offshore Wind

China: an Emerging Offshore Wind Development Hotspot

Abstract The offshore wind industry is ramping up in China with at least 11.9GW in the development pipeline and an invitation for offshore wind project tendering on 18 May 2010. This study provides wind speed and energy density maps along with estimates of the wind energy technical potential – 11,000TWh within 100km of the Chinese coast. The wind resource analysis seeks to improve upon previous studies by estimating the wind energy generation potential for offshore wind power in China in order to assist the identification of key wind resource areas for China‟s offshore wind development. Azure provided advisory and management services for this study published by WWF Norway in collaboration with China Wind Energy Association and Sun Yat-sen University.
Author Azure International, CWEA Chinese Wind Energy Association: Qin Haiyan, Liu Mingliang, Wang Yao, Zhao Jinzhuo Sun Yatsen University: Dr. Zeng Xuelan, August 2010
Publisher
Link http://assets.wwf.no/downloads/china___an_emerging_offshore_wind_hotspot_cweasyuwwf_aug2010.pdf
Attachment
6 Renewable Energy, 6.2.0 Wind, 6.2.7 Offshore Wind

Effective Distribution of Small Wind Power Systems in Asian Rural Areas

Abstract The Asian Development Bank (ADB) renewed its Energy Policy in 2009,1 emphasizing three priorities for achieving inclusive and sustainable growth in its developing member countries (DMCs): (i) promoting energy efficiency and renewable energy; (ii) maximizing access to energy for all; and (iii) promoting energy sector reform, capacity building, and governance. ADB has also committed to reinforcing its efforts to facilitate the transfer of low-carbon technologies to DMCs and to double financial support for clean energy projects to $2 billion per year by 2013 to enhance regional energy diversity and security. The proposed research and development technical assistance (TA) on Effective Deployment of Distributed Small Wind Power Systems in Asian Rural Areas will help implement ADB’s Energy Policy and assist DMCs in scaling up viable renewable energy development with private sector involvement to improve the quality of life of the poor. It will create opportunities for ADB’s sovereign and nonsovereign lending operations, build local capacities, and strengthen regional cooperation on clean energy technology development and deployment. The vice-president (Operations 1) approved concept clearance of the TA on 2 October 2009.2 The design and monitoring framework is in Appendix 1.The TA builds on ADB’s Energy for All Initiative3 and aims to supply reliable and affordable emission-free electricity to poor communities in remote windy areas at no fuel cost. It will explore innovative and practical approaches to (i) reduce costs of wind power equipment by transferring appropriate technologies and optimizing manufacturing processes; (ii) reshape financing modalities and instruments, and mobilize carbon credits in a pragmatic way; (iii) encourage public–private partnerships to stimulate investment and research and development activities for clean and renewable energy; (iv) displace combustion of biomass and fossil fuels to reduce greenhouse gas emissions; and (v) improve national and village-level capacities for planning, implementing, and maintaining decentralized systems for power generation and distribution. The TA is aligned with ADB’s Medium-Term Corporate Strategic Priorities for Research, especially (i) promoting inclusive growth, (ii) addressing climate change, and (iii) coping with rising commodity prices.
Author Asian Development Bank, December 2009
Publisher
Link http://www.frankhaugwitz.info/doks/wind/2009_12_ADB_Small_Distributed_Wind_43458-REG-TAR_ADB.pdf
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6 Renewable Energy, 6.2.0 Wind, 6.2.8 Small-scale Wind

Sub-grant Agreement on Academic Education

Abstract “Personnel Training for Wind Power Technology” is one of the 7 sub-activities of the wind power technology advance. NCEPU has undertaken the academic education task of the wind power technical personnel. A major of “Wind and Power Engineering” has been set up approved by the Ministry of Education, and NCEPU is the first domestic university to set up this undergraduate major.
Author China Renewable Energy Scale-up Programme (CRESP), Update date:22 July 2011
Publisher
Link http://www.cresp.org.cn/english/content.asp?id=1466
Attachment Sorry, no attachments exist.
6 Renewable Energy, 6.2.0 Wind, 6.2.9 Capacity Building, Training and Education

Post Academic Training Program for Northwestern Polytechnical University (NWPU)

Abstract NWPU completed the materials and course construction of the wind power education, built the teaching laboratories for wind power, which makes NWPU with the basic experimental conditions for wind power personnel training; A solid teaching team has been formed; 13 times of wind power design technology trainings and wind power special trainings have been organized and implemented in total, and 6 times of wind power technology symposiums have been held, with more than 400 person-times participation. In the project implementation process, NWPU has established the specialized direction of the wind power technology, set up 4 wind power professional courses for the undergraduates of power and energy major, and has trained nearly 200 undergraduates.
Author China Renewable Energy Scale-up Programme (CRESP), Update date:21 July 2012
Publisher
Link http://www.cresp.org.cn/english/content.asp?id=1467
Attachment Sorry, no attachments exist.
6 Renewable Energy, 6.2.0 Wind, 6.2.9 Capacity Building, Training and Education

Post Academic Training Program (Suzhou Longyuan Bailu Wind Power Vocational Technology Training Center)

Abstract The stage tasks of the project are: 1) carrying out the training courses of key technical staff and the training courses of operation and maintenance personnel of wind power operating companies; 2) completing the publication of wind power training materials, and upgrading and transforming the laboratory equipment and software; 3) preparing the 5-year business development planning, and continuing to carry out the training courses of key technical staff of wind power operating companies.
Author China Renewable Energy Scale-up Programme (CRESP), Update date:20 July 2011
Publisher
Link http://www.cresp.org.cn/english/content.asp?id=1468
Attachment Sorry, no attachments exist.
6 Renewable Energy, 6.2.0 Wind, 6.2.9 Capacity Building, Training and Education

CRESP Wind Turbine Testing Training Materials

Abstract This includes material on: wind energy; test centres and their history; wind turbines in general; acoustic noise measurements; relevant standards; load measurements; type certification process; wind resource measurements; power performance measurements; power quality; test centres; safety and quality.
Author China Renewable Energy Scale-up Programme (CRESP), Update date:30 April 2008
Publisher
Link http://www.cresp.org.cn/english/content.asp?id=838
Attachment Sorry, no attachments exist.
6 Renewable Energy, 6.2.0 Wind, 6.2.9 Capacity Building, Training and Education

Study on Fiscal and Tax Incentive Policies for China’s Wind Power

Abstract China’s wind power resources mainly gather in the three northern areas (Northeast China, North China, and Northwest China). The state planned seven wind power bases of 10 million kw at the end of 2008, among which, six were located in remote backward areas of North China, without any superior industry. The development of wind power will become the main way for these areas to develop economy and expand employment. However, the VAT transition policies implemented as of 1 January 2009 allowed enterprises to deduct the input tax included in newly purchased machines and equipment, which reduced the local tax payments of wind farms remarkably. Meanwhile, since the development of wind power belongs to infrastructure project, the preferential enterprise income tax policy of three-year exemption and three-year half reduction accessible reduces the interests available for local government from the development of wind resource in the early stage. In order to benefit from the wind power development, some areas even require wind power development enterprises mandatorily to introduce wind turbine or spare parts manufacturers while developing wind farms locally. This practice has, on the one hand, aroused the local protectionism in wind turbine selection; on the other hand, formed the manufacturing of wind turbines bloomed almost everywhere, and caused the waste of investment and overcapacity. Therefore, in order to develop the wind resource better, research on wind power-related fiscal and tax policies is in urgent need. The constitution of reasonable and effective wind power-related fiscal and tax policies will offer policy guarantee to the massive development of wind power in the future.
Author Sino-Danish Renewable Energy Development Programme (RED), 2012
Publisher
Link http://www.cnrec.org.cn/english/publication/windenergy/2012-02-20-121.html
Attachment
6 Renewable Energy, 6.2.0 Wind, 6.2.10 Finances and Pricing

Making Carbon Offsets Work in the Developing World: Lessons from the Chinese Wind Controversy

Abstract The Clean Development Mechanism (CDM) is the leading international carbon market and a driving force for sustainable development globally. But the eruption of controversy over offsets from Chinese wind power has exposed cracks at the core of how carbon credits are verified in developing economies. It has become almost impossible to determine whether offsets from Chinese wind are “additional” and that they in fact represent “real” reductions beyond business as usual. Unless this problem can be resolved, it threatens to spread beyond wind in China and could threaten the ability of carbon markets to deliver the mitigation demanded by international climate policy. In 2009 the CDM Executive Board (EB) shocked the carbon market by forcing an unprecedented review of whether multiple Chinese wind projects satisfied UNFCCC additionality requirements. CDM investors reeled as the safest CDM bet became the riskiest; the Chinese government publicly criticized the UN’s oversight of carbon markets; and the CDM EB prepared itself for an unprecedented fight over how carbon offsets could be verified in the world’s largest CDM market. At the center of the controversy is the Chinese power tariff for wind. 
Author Gang He and Richard K. Morse; Program on Energy and Sustainable Development, Stanford, Working Paper #90, March 2010
Publisher
Link http://tinyurl.com/yzwn5za
Attachment
6 Renewable Energy, 6.2.0 Wind, 6.2.10 Finances and Pricing

Four Presentations from the RE Pricing Training

Abstract Wind Energy Association (CWEA) held a training on renewable electricity pricing on December 13th, 2010. The international renewable energy expert Mr. Ole Langniss and Associate Professor Ms. SHI Jingli of ERI were invited and contracted by the CWEA for preparing and delivering presentations on international and national experience in the area. The 4 presentations of this training listed below are now available on the Energy Foundation website: 1. Current Status of Renewable Power Pricing Policies in Europe_Ole  (bilingual), 2. Value of Renewable Power_Ole  (bilingual), 3. Adjustment of Tariffs_Ole (bilingual), 4. Chinese RE Pricing Policies_SHI Jingli_CN (Mandarin Only).
Author Chinese Wind Energy Association, 13 December 2010
Publisher
Link http://www.efchina.org/FReports.do?act=detail&id=300
Attachment Sorry, no attachments exist.
6 Renewable Energy, 6.2.0 Wind, 6.2.10 Finances and Pricing