ノアの箱舟を創ろう Let us Create the Super Ocean-Floating-Structures such as the Noah's ark.

ノアの箱舟を創ろう Let us Create the Super Ocean - Floating - Structures such as the Noah's ark.

Friday, June 25, 2010

Solar Cell Technology in 2009 and Beyond



【出展リンク】: http://www.youtube.com/watch?v=EYy0beorZHk

無料でダウンロード | StanfordUniversity | 2009年12月10日 | 1 時間, 3 分

(November 11, 2009) Michael McGehee, Professor and Director of the Center for Advanced Molecular Photovoltaics at Stanford, discusses the state-of-the-art in currently competing solar photovoltaic technologies, including the future prospects and potential problems involved with each.

Stanford University
http://www.stanford.edu

Center for Advanced Molecular Photovoltaics
http://camp.stanford.edu

Stanford Energy Seminar
http://energyseminar.stanford.edu

Stanford University Channel on YouTube
http://www.youtube.com/stanford

Tuesday, June 22, 2010

Norway's Evolving Champion: Statoil and the Politics of State Enterprise - PESD

Norway's Evolving Champion: Statoil and the Politics of State Enterprise - PESD

【出展リンク】:



Image of Cover

Norway's Evolving Champion: Statoil and the Politics of State Enterprise

Working Paper

AUTHORS
Mark C. Thurber - Stanford University
Benedicte Tangen Istad - Stanford University

PUBLISHED BY
Program on Energy and Sustainable Development, May 2010


Executive summary:

Statoil was founded in 1972 as the national oil company (NOC) of Norway. Along with Brazil's Petrobras, Statoil today is a leader in several technological areas including operations in deep water. With its arm's length relationship to the Norwegian government and partially-private ownership, it is generally considered to be among the state-controlled oil companies most similar to an international oil company in governance, business strategy, and performance.

Statoil's development and performance have been intimately connected to its relationship with the Norwegian government over the years. The "Norwegian Model" of distinguishing Statoil's commercial responsibilities in hydrocarbons from regulatory and policy functions granted to other government bodies has inspired admiration and imitation as the canonical model of good bureaucratic design for a hydrocarbons sector.

However, the reality is that Norway's comparative success in hydrocarbons development, and that of Statoil, has been about much more than a formula for bureaucratic organization. Belying the notion of a pristine "Norwegian Model" that unfolded inexorably from a well-designed template, the actual development of Norway's petroleum sector at times was, and often still is, a messy affair rife with conflict and uncertainty. But Norway had the advantage of entering its oil era with a mature, open democracy as well as bureaucratic institutions with experience regulating other natural resource industries. Thus far, the diverse political and regulatory institutions governing the petroleum sector-and governing the NOC-have collectively proven robust enough to handle the strains of petroleum development and correct the worst imbalances that have arisen.

Mark Thurber and Benedicte Tangen Istad make the following six principal observations from their research.

First, Norway's policy orientation from the start was focused on maintaining control over the oil sector, as opposed to simply maximizing revenue. As a result, the country was more concerned with understanding and mitigating the possible negative ramifications of oil wealth than with any special advantage that could be gained from it.

Second, the principal means through which Norway was able to exert control over domestic petroleum activities was a skillful bureaucracy operating within a mature and open political system. Civil servants gained knowledge of petroleum to regulate the sector through systematic efforts to build up their own independent competence, enabling them to productively steer the political discourse on petroleum management after the first commercial oil discovery was made. Robust contestation between socialist and conservative political parties also helped contribute to a system of oil administration that supported competition (including between multiple Norwegian oil companies as well as international operators) and was able to evolve new checks and balances as needed.

Third, Statoil did play an important role in contributing to the development of Norwegian industry and technological capability, in large part because it had the freedom to take a long-term approach to technology development. With a strong engineering orientation and few consequences for failure as a fully state-backed company, Statoil developed a culture valuing innovation over development of a lean, commercially-oriented organization. These priorities may not have always contributed to maximization of government revenues in the short run-costs came to be perceived as high in Norway (for various reasons not all related to Statoil) and Statoil was on occasion responsible for significant overruns. However, the focus on innovation contributed to significant technological breakthroughs and helped spur the development of a high-value-added domestic industry in oil services.

Fourth, the formal relationship between Statoil and the government has become more arm's-length as Norway's resources and oil expertise have matured. Under its first CEO, experienced Labour politician Arve Johnsen, Statoil aggressively flexed its political muscles to gain special advantages in licensing and access to acreage. As domestic resources began to mature, Statoil's leadership (starting with Harald Norvik in 1988, and continuing through the tenures of subsequent CEOs Olav Fjell and Helge Lund) focused more on forging an independent corporate identity and governance structure that would allow the company to compete effectively abroad.

Fifth, notwithstanding changes in their formal relationship, it has remained impossible to sever the close ties between the Norwegian state and a company with the domestic significance of Statoil. These residual ties can manifest in various ways, including: 1) the effect on policy decisions of direct personal connections between Statoil leaders and politicians; 2) persistent "Norway-centric" influences on Statoil's strategy even in the larger context of efforts to internationalize; and 3) public pressure from politicians who continue to see themselves as Statoil's masters. Such pressures can affect large strategic companies, public or private, in any country, but their effect is magnified by Norway's small size and Statoil's importance within it as the largest petroleum developer.

Sixth, Statoil's experience thus far casts doubt upon the conventional wisdom that NOC-NOC connections provide material benefit in opening resource access around the world. To the extent that such linkages are important, Statoil would seem to be among the best-positioned to benefit from them as both a highly competent producer and a company that might be sympathetic to the needs of resource-rich countries. However, there are few instances so far where Statoil's status as an NOC has been an obviously decisive factor in unlocking resources that would otherwise be off-limits.

Topics: Business | Democracy | Energy | Governance | Identity | Innovation | Oil |Oil wealth management | Sustainable development | Water | Norway


Freeman Spogli Institute for International Studies Encina Hall 616 Serra St Stanford, CA 94305-6055
Tel: (650) 724-1714 • Fax: (650) 725-2592 • Mail Code 6055

Evaluating Energy Solutions to Climate Change

【出展リンク1】:

http://energyseminar.stanford.edu/node/103


Evaluation of Proposed Energy Solutions to Climate Change, Air Pollution, and Energy Security

Professor Mark JacobsonCivil and Environmental Engineering Department, Stanford

Wednesday, October 1, 2008 | 04:15 PM - 05:15 PM Building 420, Room 40 | Free and Open to All



October 1, 2008 - Mark Jacobson, professor of Civil and Environmental Engineering at Stanford University, discusses proposed energy solutions to climate change, air pollution and energy security. Jacobson warns that global warming will accelerate even as humans clean up air pollution, and that in order to stabilize, the alternative technologies that humans implement must result in an 80% reduction in carbon dioxide. Jacobson includes many factors in his analysis: time between planning for an energy source and the actual operation, climate impact, water use, cost, risk to human health and safety, and air pollution. He recommends wind, geothermal, and hydro as viable sources for powering vehicles. He discourages further development of nuclear, carbon capture and sequestration, cellulosic ethanol, and corn ethanol.


===========================

【出展リンク2】:


http://www.youtube.com/watch?v=eSevs_uAuQw







~~~~~~~~~~~~~~~~~~


無料でダウンロード  StanfordUniversity  2009年10月01日  Mark Jacobson, professor of Civil and Environmental Engineering at Stanford University, discusses proposed energy solutions to climate change, air pollution and energy security. The Energy Seminar meets weekly during the academic year. For a list of upcoming talks, visit the events page at the Woods Institute for the Environment website.

Stanford University:
http://www.stanford.edu/

Woods Institute for the Environment at Stanford:
http://woods.stanford.edu/

Mark Jacobson
http://www.stanford.edu//group/efmh/j...

Stanford University Channel on YouTube:
http://www.youtube.com/stanford

カテゴリ:教育



IREC Announces Call for Presentations for 2011 Clean Energy Workforce Education Conference

【出展リンク】:

http://www.renewableenergyworld.com/rea/partner/interstate-renewable-energy-council-1908/news/article/2010/06/irec-announces-call-for-presentations-for-2011-clean-energy-workforce-education-conference?cmpid=rss


Interstate Renewable Energy Council



2010/06/22

IREC Announces Call for Presentations for 2011 Clean Energy Workforce Education Conference

Deadline to submit proposals 10/1/10
By Jane M. Weissman
Latham, NY
A strong and well-trained workforce is essential for the rapidly growing clean energy markets. This fourth national conference for educators and trainers will offer the most current information on instructional strategies, curricula development, career pathways, and best practices for training in the renewable energy and energy efficiency fields.
The conference will be held at the Saratoga Hilton in Saratoga Springs, New York, a 30- minute drive north of the Albany International Airport.  Technical workshops will be held on March 8 and conference sessions will be on March 9 and 10.
You can participate in the 2011 Clean Energy Workforce Education Conference by submitting a short presentation proposal for consideration.
Presentations will be grouped into 90-minute sessions organized around a common topic.  Four to six speakers will be part of each session.
This is the one national event that brings training leaders together. Don’t miss out on the chance to network with other instructors, educational leaders, and industry experts training the green workforce.
The deadline for proposal submission is October 1, 2010.  Presentation proposals may not exceed 400words.
Presentations must address one of the following topics:
Course and Program Development
  • Developing Curricula
  • Course Delivery – On Line and On Site
  • Credit and Non-Credit Training Programs
  • Continuing Education Programs
  • Effective Approaches and New Models for Renewable Energy and Energy Efficiency Training (Anaerobic Digesters Training, Geothermal Training, Solar Energy Training, and Wind Training)
  • Energy Management and Residential and Commercial Energy Efficiency
    Training Programs
  • Hands-On Laboratories
  • State and Federal Programs Supporting Practitioner Training
  • Funding Training Programs
Pathways
  • Career Ladders for Renewable Energy and Energy Efficiency
  • Creating On-Ramps to Training, Credentials, and Jobs
  • Creating a Pipeline from Middle School & High School to Two- and Four-Year Colleges and Beyond
  • Sector Strategies
Internships, Apprenticeships, and Workforce Readiness
  • Labor and Apprenticeship Renewable Energy Training Programs
  • Developing Partnerships with Industry, Government, or other Training Providers
  • Industry-Sponsored Training
  • Utility Industry - Planning for the Deployment of Renewables
  • Internship Programs
Quality Assessment
  • Setting Skill Standards
  • Certificate and Certification Programs
  • Accreditation Programs
  • Licensure
Policy and Predictions
  • Policy Impacts on Jobs
  • Defining Green Jobs – Occupational Classifications
  • Job Forecasts for the Renewable Energy or Energy Efficiency Industries
  • Predictions on Skills for the Next Two Decades - What's Ahead in the "Green" Sector?
  • Smart Grid - Training for Rebuilding the Grid

If you have a topic that does not quite fit one of these categories, you may submit a proposal for consideration; however, selection will be based on merit and meeting the conference’s theme.
If you are submitting a proposal for a presentation, it must be about a new or unique aspect of one of the items on the topic list.  Each proposal will be evaluated on the basis of its contribution to the Clean Energy Workforce Education Conference.  Proposals should be well organized and results should be clearly defined.  Your proposal should outline what attendees will learn from your presentation.  Proposals that are more than 400 words will not be considered.
Sales pitches for products or companies will be automatically rejected.
Along with your proposal, please provide a very brief introduction or biographical paragraph (no more than 50 words).  Please describe your level of expertise and competence on the topic.
Speakers will receive a complimentary registration to the Clean Energy Workforce Education ’11 Conference Sessions, not to the technical workshops. IREC is unable to cover travel and accommodation expenses for speakers.
The Conference organizers have the right to publish abstracts for the purposes of the conference.  By submitting a proposal, you are attesting that you are the owner of all content and have the authority to grant IREC or other Conference organizers permission to include the presentation abstract and Power Point Presentation in a compilation of conference proceedings.
The Selection Committee will meet in the fall of 2010 to review proposals and select the speakers.   The conference schedule will be developed in early winter.  Decisions are final.  You will not have the opportunity to appeal the Committee’s decision.
All speakers are invited to prepare posters that will be on display during the conference.  Instructions for posters will be sent in subsequent communications about the Conference.

For Further Information

The information on this page was created and posted by the company identified above. RenewableEnergyWorld.com does not endorse, edit, or substantiate this information and assumes no obligation for this content's accuracy.


World's #1 Renewable Energy Network


© Copyright 1999-2010 RenewableEnergyWorld.com - All rights reserved. 
RenewableEnergyWorld.com - World's #1 Renewable Energy Network for News & Information

Translate