wattwatt

the community for individuals interested in electrical energy efficiency

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This is how you remember us, but today we are inviting you to join us on the new version of wattwatt community! Please look around, edit your profiles and make the most of its new features. You can start with the FAQ section of our site and the editorial blog but if you need any support or have questions get in touch with our community manager, Sylwia Presley

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Competition!

Posted by Sylwia Presley on February 12, 2013 at 12:00pm 0 Comments

Happy #standardstuesday!
We have a number of exciting activities to celebrate the RTCC video and editorial! Share the video or news release from our Facebook post on your Facebook wall and leave us a little comment to let us know that you have done so. The first five fans to share will receive an IEC thank you goodie bag by post. 

Electrical Energy Storage White Paper

Posted by Sylwia Presley on February 22, 2013 at 12:00pm 0 Comments

The proportion of Renewable Energies is likely to increase in all major electricity markets. Their large-scale incorporation into existing electricity grids will be complex, and their successful integration will likely depend on large-capacity Electrical Energy Storage. 
You can order our download our White Paper on the subject for free on our website.

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Sylwia Presley posted blog posts
Feb 26
Omer Alano posted photos
Jan 31
Douglas Powell updated their profile
Dec 19, 2013
mr kwame nimo updated their profile
Nov 12, 2013
 
 
 

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IEC blog

5th IEC Young Professionals workshop, 10–12 November 2014 Tokyo, Japan

5th IEC Young Professionals workshop is planned for 10-12 November 2014 parallel with the IEC General Meeting. It will take place in Tokyo, Japan. If you would like to attend, please check out the workshop flyer here and register before the end of this month. Why attend? Only annual workshop dedicated to the next generation of experts providing a holistic understanding of the standardization and conformity assessment work of the IEC Benefit from exceptional networking opportunities with  >1000 international key players Experience an IEC General Meeting: a key annual event that brings together the IEC technical and the management community; build knowledge and expand professional contacts See how International Standards are managed and developed through the opportunity to attend management and technical meetings Participate in interactive sessions and events where you can exchange with peers and have your Benefits for your company: Be ahead of the technology curve in your field Help to ensure technology transfer Foster a culture of innovation Cultivate long-term involvement in the international arena Are you… A young and dynamic manager, engineer or technician aged from early 20s to mid-30s? Experienced in working with or developing standards or involved in conformity assessment? Working for a company, business or industry that uses or benefits from standards? Wanting to become more involved in IEC related activities? How to register Contact your National Committee for details of the selection process in your country.

Globally available geothermal energy offers countless benefits

Geothermal energy, or heat from the Earth, is an abundant form of renewable energy that can be used in small or large scale applications. Its exploitation is expanding rapidly throughout the world, proving particularly attractive for countries without easy or affordable access to other forms of energy. A number of IEC TCs (Technical Committees) prepare International Standards for components or systems central to the development of geothermal energy. The heat is on – everywhere… Geysers are the most visible and best known naturally occurring form of geothermal energy. These are holes in the ground from which columns of water heated underground to above boiling point by the earth’s heat are ejected violently out of the earth’s surface, together with steam. Much of the hot water is trapped in permeable and porous rocks under a layer of impermeable rock, so forming geothermal reservoirs. Although these well-known phenomena can be observed in a few places of volcanic activity, such as Iceland (from where the name geyser originates) or in the Yellowstone National Park in the US, geothermal energy is present everywhere. Its potential is being harnessed increasingly in a growing number of countries for a wide range of applications, from heating buildings to producing electricity in power plants, and in CHP (combined heat and power) cogeneration. Power-hungry industries warming up to renewable energy Many countries ramp up their electricity production from renewable sources, including from geothermal energy, to cut consumption of fossil fuels and emissions of greenhouse gases. One country which produces 100% of its electricity from renewable sources, Iceland, sees this resource, provided mainly by hydropower and geothermal energy, as a major asset for enticing energy-intensive industries to relocate plants to the country. Iceland produces five times more energy than it needs for domestic consumption, according toLandsvirkjun, the country’s national power company. This spare capacity, coupled with low and stable energy tariffs, has attracted industries such as aluminium smelting (where energy, i.e. the cost of electricity, represents between 30% and 40% of production expenses) and metallurgical grade silicon metal production. Data centres represent another rapidly developing energy-intensive sector and are moving into areas where cheap renewable energy and favourable climatic conditions can be found. Data hosting company Verne Global has set up a data centre in Iceland that uses 100% renewable energy. It claims that environmental cooling and intelligent design result in a reduction in cooling costs of at least 80%. IEC role IEC standardization work is essential to the development and correct operation of geothermal energy systems, even if the technologies may not be as well developed as with other renewable energies. For geothermal heating used in buildings and in other applications, heat pumps play a central role in transferring heat from the soil and pumping it to another area inside the building where it is heated or cooled over a circulating coil system and is then transferred on to provide hot water, heating or cooling (using a heat exchanger). International Standards for heat pumps are prepared by IEC SC (Subcommittee) 61D: Appliances for air-conditioning for household and similar purposes. Steam turbines are central to electricity generation from geothermal sources. IEC TC (Technical Committee) 5: Steam turbines, created in 1927, prepares International Standards for these (seearticle on steam turbines in this e-tech). IEC TC 2: Rotating machinery, prepares International Standards with regard to specifications for rotating electrical machines, a category that includes motors and generators. Work from many other IEC TCs and SCs involved in the preparation of International Standards for energy generation, transmission and distribution is also central to the development and proper operation of the geothermal energy power chain, just as it is for other energy sources.   Written by Morand Fachot for our e-tech Magazine. To find out more check out our e-tech article.  

Register for IEC Young Professionals Workshop 2014!

Register for IEC Young Professionals Workshop 2014 in Tokyo, Japan! You have two weeks to do so! To find out more about it click here. Learn about last year’s event from one of its attendees:

About wattwatt

 

Can you live without electricity?  Probably not. But by using it more efficiently, using less, and generating more, we might also be able to help the 1,5 billion people get access to electricity. And we can help mitigate the effects of climate change.

We are wattwatt - the community for individuals interested in electrotechnology and how it can help mitigate the effects of climate change.

wattwatt is where you can help make a difference! wattwatt is supported by the IEC, a not-for-profit organization responsible for international standards in areas including energy generation, transmission and distribution, as well as efficiency standards and renewables. The IEC is committed to smart electrification and the pragmatic use of technical solutions to make efficiency gains, the deployment of new technologies when ready, and in the sharing of knowledge and know-how among developed and developing nations.

Join the thousands of experts in the IEC around the world by sharing your ideas, commenting and lending your support to the most interesting blog posts. 

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