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| − | === General issues on importing and licensing ===
| + | [[Portal:Hydro|► Back to Hydro Portal]] |
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| − | '''Importing equipment''' may be difficult.<br>gtz is principally freed from any import tax for project equipment. Getting items out of custom custody can still be difficult. Ask experienced colleagues how to proceed in your country. Engage experienced importers.
| + | = Overview = |
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| − | Manufacturers list -general- : [http://www.microhydropower.net/directory/manufacturers.php www.microhydropower.net/directory/manufacturers.php]<u></u>
| + | <u>General Issues on Importing and Licensing:</u><br/> |
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| − | === The role of Intellectual Property Rights (IPR) in technology transfer / technology cooperation ===
| + | '''Importing equipment''' may be difficult. Getting items out of custom custody can still be difficult. Ask experienced colleagues how to proceed in your country. Engage experienced importers. |
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| − | [source: GTZ Study "[[RETEX - Renewable Energy Technology Exchange|RETEX_-_Renewable_Energy_Technology_Exchange]]", main authors: Hedi Feibel, Fritz Kölling]
| + | -> Manufacturers list / general: [http://www.microhydropower.net/directory/manufacturers.php microhydropower.net] |
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| − | Intellectual property is an important factor for innovation and technology cooperation. There is an ongoing discussion about the need of a global policy to accelerate renewable energy technology (RET) innovation and support business, governmental, and humanitarian goals. In the Bali conference (COP 13), article 1 (d) of the final document demands „''Effective mechanisms and enhanced means for (…) scaling up of the development and <u>transfer of technology</u> to developing countries Parties in order <u>to promote access to affordable and environmentally sound technologies“</u>''. From the perspective of Developing Countries, industrialised countries have to provide the relevant technologies or at least the rights to use them if they want them to join their efforts of combating climate change. In certain cases governments from DC’S could force companies in industrialised countries to provide licences in areas of national security (compulsory licenses), e.g. to combat climate change. For the owner of the licence this could mean wasting large investments in the development of sustainable energy technologies like carbon sequestration, off-shore wind farms and bio fuels. This unclear situation could create barriers for the dissemination of sustainable energy technologies.
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| − | However, neither the Organisation for Economic Cooperation and Development (OECD), the United Nations nor any of their related organizations has developed intellectual property policies on sustainable energy. There are at least three reasons why governments are reluctant to lead the effort to develop a coherent global policy on intellectual property for sustainable energy
| + | = The Role of Intellectual Property Rights (IPR) in Technology Transfer / Technology Cooperation<br/> = |
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| − | *'''No existing precedent''' for developing such a policy, as intellectual property policies have been developed on a national level or on a one-to-one treaty level
| + | Intellectual property is an important factor for innovation and technology cooperation. There is an ongoing discussion about the need of a global policy to accelerate '''renewable energy technology (RET)''' innovation and support business, governmental, and humanitarian goals. In the Bali conference (COP 13), article 1 (d) of the final document demands „''Effective mechanisms and enhanced means for (…) scaling up of the development and <u>transfer of technology</u> to developing countries Parties in order <u>to promote access to affordable and environmentally sound technologies“</u>''. From the perspective of Developing Countries, industrialised countries have to provide the relevant technologies or at least the rights to use them if they want them to join their efforts of combating climate change. In certain cases governments from DC’S could force companies in industrialised countries to provide licences in areas of national security (compulsory licenses), e.g. to combat climate change. For the owner of the licence this could mean wasting large investments in the development of sustainable energy technologies like carbon sequestration, off-shore wind farms and bio fuels. This unclear situation could create barriers for the dissemination of sustainable energy technologies. |
| − | *Strong interest in withholding information about the '''economic costs and benefits of patents'''.
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| − | *Most nations with strong intellectual property policies see '''patents as an individual right''', protected by the rule of law.
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| − | While a political framework is still missing, companies have been making use of two different intellectual property concepts: patent pools and open source work.
| + | -> further at [[The Role of Intellectual Property Rights (IPR) in Technology Transfer / Technology Cooperation|energypedia - The Role of Intellectual Property Rights (IPR) in Technology Transfer / Technology Cooperation]] |
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| − | '''Patent pools''' are consortiums of companies that band together to allow joint, non-exclusive licensing of intellectual property. They make sense in sustainable energy development because of the large number of organizations attempting to develop similar technologies or products that must work seamlessly together within the existing power infrastructure, in particular important for decentralized generation.
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| − | The idea of the '''open source''' approach is to freely license or release into the public domain the science or technology so that anyone with the skills can modify or add to the core technology. Open source attempts to take advantage of the emerging realisation that "most of the brightest people work somewhere else". The open source model works because many new design ideas are aggregates of several prior designs. As a result, they require expertise from a wide variety of engineering and other disciplines, but without direct monetary reward for participating in the project.
| + | = Available MHP Turbine / Controller Designs / Licenses<br/> = |
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| − | As long as technology exchange is limited to small, decentralized technologies, targeting mainly (poor) Developing Countries, the question of IPRs is not crucial for its success, but it might hinder foreign investments and cooperation with private companies from industrialized countries. For the Least Developing Countries, the TRIPS (Trade-Related Aspects of Intellectual Property Rights) agreement is still not applied and will become a binding rule only from 2013 on.
| + | ==== Pico Hydro Power Design<br/> ==== |
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| − | Although investments of companies in research and development (R&D) are seen as the main rationale for IPRs other aspects play an important role. Handing out technical drawings without the required assistance on how to use them is of no benefit for the user but might easily put at risk the good reputation of the technology. To ensure a reasonable quality level, trainings and feedback rounds to check the produced quality should be obligatory. Manufacturers using this design should be registered and should give a feedback on how many units they produced and installed at which sites (providing data on site characteristics), and which experiences and modifications regarding the design they made.
| + | <u>PAT (Pump as Turbine) -freeware-</u> |
| − | <div style="">
| + | *[[:File:Pump as Turbine (PaT) Manual.doc|PaT-Manual]] |
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| − | See Wikipedia for background information on general debate on IPRs and NDAs. E.g.: [http://en.wikipedia.org/wiki/Non-disclosure_agreement http://en.wikipedia.org/wiki/Non-disclosure_agreement]
| + | <u>Firefly -freeware-</u><br/>A [http://www.microhydropower.net/mhp_group/portegijs/firefly_bm/ffbm_index.html extensive description] how to produce and install a pico hydro turbine.<span style="text-decoration: underline"></span> |
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| − | <br> | + | <br/> |
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| − | Please add to this Wiki!
| + | ==== Micro Hydro Power Design<br/> ==== |
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| − | Do not forget: You can start also a discussion on underlying aspects: [http://energypedia.info/index.php/Talk:The_role_of_Intellectual_Property_Rights_(IPR)_in_technology_transfer_/_technology_cooperation http://energypedia.info/index.php/Talk:The_role_of_Intellectual_Property_Rights_(IPR)_in_technology_transfer_/_technology_cooperation]
| + | <u>1 - 5 kW Crossflow turbine, TP100 -shareware-</u><br/>contact [http://mhpp.org mhpp.org]<br/><see picture under pico hydro power> |
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| − | <div id="ftn1" style="">
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| − | [[#_ftnref1|<span class="Funotenzeichen1"><span lang="EN-GB" style=""><span style=""><span class="Funotenzeichen1"><span lang="EN-GB" style="font-size: 10pt;">[1]</span></span></span></span></span>]]<font face="Arial"><span lang="EN-GB" style="font-size: 9pt;"><span style=""> </span></span><span lang="EN-GB" style="font-size: 9pt;">Kevin Closson, How Intellectual Property Policies Can Create Sustainable Energy Infrastructures (2008)</span></font>
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| − | </div></div>
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| − | === Available MHP Turbine / Controller designs / licenses: ===
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| − | ==== <u>Pico</u> Hydro Power design: ==== | + | ==== Mini Hydro Power Turbine Design<br/> ==== |
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| − | <u>PAT (Pump as Turbine) -freeware-</u><br><PaT-Manual-[http://energypedia.info/images/d/d8/PaT-Manual_1.2.doc link]> | + | <u>25 - 250 kW Crossflow Turbine, T15, -licensing-</u><br/>contact: Gerhard Fischer, <span style="text-decoration: underline">[http://www.entec.co.id www.entec.co.id]</span> |
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| − | <u>Firefly -freeware-</u><br>A [http://www.microhydropower.net/mhp_group/portegijs/firefly_bm/ffbm_index.html extensive description] how to produce and install a pico hydro turbine.<span style="text-decoration: underline;">
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| − | </span>
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| − | ==== <u>Micro</u> Hydro Power design: ==== | + | ==== ELC - Electric Load Controller Design<br/> ==== |
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| − | <u>1 - 5 kW Crossflow turbine, TP100 -shareware-</u><br>contact [http://mhpp.org mhpp.org]<br><see picture under pico hydro power> | + | <u>Pico hydro load controller, Hummingbird -freeware-</u> |
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| − | ==== <u>Mini</u> Hydro Power Turbine design: ====
| + | The Hummingbird controller is one part of the firefly concept, a pico-pelton-turbine.<br/>Jan Portegijs, [http://home.planet.nl/~porte000/humbird/index.html home.planet.nl]<br/>Hummingbird [http://www.microhydropower.net/mhp_group/portegijs/humbird/humbird.zip Design download]<br/><br/><u>Electronic load controller, 1- 250 kW -eventually licensing-</u><br/>Renerconsys.com / Indonesia (contact via [http://mhpp.org mhpp.org]) |
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| − | <u>25 - 250 kW Crossflow Turbine, T15, -licensing-</u><br>contact: Gerhard Fischer, <span style="text-decoration: underline;">[http://www.entec.co.id www.entec.co.id]</span>
| + | <br/> |
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| − | ==== <u>ELC</u> - Electric Load Controller design: ==== | + | = Further Information<br/> = |
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| − | <u>Pico hydro load controller, Hummingbird -freeware- </u>
| + | *[[The Role of Intellectual Property Rights (IPR) in Technology Transfer / Technology Cooperation|The Role of Intellectual Property Rights (IPR) in Technology Transfer / Technology Cooperation]] |
| | + | *[[Portal:Hydro|energypedia - Hydro Power Portal]] |
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| − | The Hummingbird controller is one part of the firefly concept, a pico-pelton-turbine. <br>Jan Portegijs, [http://home.planet.nl/~porte000/humbird/index.html home.planet.nl/~porte000/humbird/index.html]<br>Hummingbird [http://www.microhydropower.net/mhp_group/portegijs/humbird/humbird.zip Design download]<br><br><u>Electronic load controller, 1- 250 kW -eventually licensing-</u><br>Renerconsys.com / Indonesia (contact via [http://mhpp.org mhpp.org])<br>
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| − | [[Category:Knowledge_management]] | + | = References<br/> = |
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| | + | <references /> |
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| | + | [[Category:Intellectual_Property_Rights_(IPR)]] |
| | + | [[Category:Hydro]] |
► Back to Hydro Portal
Overview
General Issues on Importing and Licensing:
Importing equipment may be difficult. Getting items out of custom custody can still be difficult. Ask experienced colleagues how to proceed in your country. Engage experienced importers.
-> Manufacturers list / general: microhydropower.net
The Role of Intellectual Property Rights (IPR) in Technology Transfer / Technology Cooperation
Intellectual property is an important factor for innovation and technology cooperation. There is an ongoing discussion about the need of a global policy to accelerate renewable energy technology (RET) innovation and support business, governmental, and humanitarian goals. In the Bali conference (COP 13), article 1 (d) of the final document demands „Effective mechanisms and enhanced means for (…) scaling up of the development and transfer of technology to developing countries Parties in order to promote access to affordable and environmentally sound technologies“. From the perspective of Developing Countries, industrialised countries have to provide the relevant technologies or at least the rights to use them if they want them to join their efforts of combating climate change. In certain cases governments from DC’S could force companies in industrialised countries to provide licences in areas of national security (compulsory licenses), e.g. to combat climate change. For the owner of the licence this could mean wasting large investments in the development of sustainable energy technologies like carbon sequestration, off-shore wind farms and bio fuels. This unclear situation could create barriers for the dissemination of sustainable energy technologies.
-> further at energypedia - The Role of Intellectual Property Rights (IPR) in Technology Transfer / Technology Cooperation
Available MHP Turbine / Controller Designs / Licenses
Pico Hydro Power Design
PAT (Pump as Turbine) -freeware-
Firefly -freeware-
A extensive description how to produce and install a pico hydro turbine.
Micro Hydro Power Design
1 - 5 kW Crossflow turbine, TP100 -shareware-
contact mhpp.org
<see picture under pico hydro power>
Mini Hydro Power Turbine Design
25 - 250 kW Crossflow Turbine, T15, -licensing-
contact: Gerhard Fischer, www.entec.co.id
ELC - Electric Load Controller Design
Pico hydro load controller, Hummingbird -freeware-
The Hummingbird controller is one part of the firefly concept, a pico-pelton-turbine.
Jan Portegijs, home.planet.nl
Hummingbird Design download
Electronic load controller, 1- 250 kW -eventually licensing-
Renerconsys.com / Indonesia (contact via mhpp.org)
Further Information
References
