ABOUT CCRES

CCRES
• was founded in 1988 as the non-profit European Association for Renewable Energy that conducts its work independently of political parties, institutions, commercial enterprises and interest groups, • is dedicated to the cause of completely substituting for nuclear and fossil energy through renewable energy, • regards solar energy supply as essential to preserve the natural resources and a prerequisite for a sustainable economy, • acts to change conventional political priorities and common infrastructures in favor of renewable energy, from the local to the international level, • brings together expertise from the fields of politics, economy, science, and culture to promote the entry of solar energy, • provides the opportunity to play a part in the sociocultural movement for renewable energy by joining the association for everyone, • considers full renewable energy supply a momentous and visionary goal – the challenge of the century to humanity.

 CROATIAN CENTER OF RENEWABLE ENERGY SOURCES ( CCRES )

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9 Responses to ABOUT CCRES

  1. Chris Moore says:

    How can I participate in classes, activities, learn at the CCRES?? I live in the U.S. but would love to visit and learn…

  2. Chris Moore says:

    Would love to learn more about what you guys do!

  3. ceciliawyu says:

    Thank you for liking my Sustain-Able Yu blog. If you would like to be a guest blogger as I like your content, please have a look at my Blog statistics and decide if this is right for your content.
    Goodluck with everything in Croatia! cheers (CC)
    http://ceciliawyu.wordpress.com/blog-policy-stats/

  4. Duko says:

    Thank you for likes and folowing.
    Hvala vam. Bit ce jos fotki.
    Duko.

  5. Carolyn says:

    Very impressive! Thank you very much!

  6. Andrew says:

    Dear Sir/Madam,
    Please, call your attention to a new alternative idea of Air HES – http://airhes.com
    It could give up to 810 TW renewable energy.
    Thanks in advance.
    Sincerely yours, Andrew Kazantsev

    • Andrew, thank you for comment. It is known that the solar energy reaching to the planet is about 10,000 times greater than the needs of humanity. About a quarter of it goes to the evaporation of water and virtually always more or less evenly accumulates in the atmosphere at any point around the world. Since the annual precipitation is about 1 m of rainfall with an average height of 5 km, this gives a potential capacity of about 810 TW, which is more than 60 times greater than all the current needs of humanity (13 TW). Standard hydroelectricity can only use a small fraction of this energy, because all precipitation lose most of their potential energy on the way to the ground to overcome the resistance of the air and hit the ground. In order to use this potential energy more cost-conscious, it is necessary to collect the water at that altitude, where it condenses, and use all possible vertical hydraulic head. This is what constitutes the essence of the decision. All the best from CCRES.

  7. Small nations, renewable giants

    Renewable energy truly may be the phrase of the day, as Croatia too has pledged to reach a 20% share of energy produced from renewable sources by the year 2020.

    Uruguay gets 94.5% of its electricity from renewables. In addition to old hydropower plants, a hefty investment in wind, biomass and solar in recent years has raised the share of these sources in the total energy mix to 55%, compared with a global average of 12%, and about 20% in Europe.

    Costa Rica went a record 94 consecutive days earlier this year without using fossil fuel for electricity, thanks to a mix of about 78% hydropower, 12% geothermal and 10% wind. The government has set a target of 100% renewable energy by 2021. But transport remains dirty.

    Iceland has the advantage of being a nation of volcanoes, which has allowed it to tap geothermal sources of 85% of its heating and – with the assistance of hydropower – 100% of its electricity. This has made it the world’s largest green energy producer per capita.

    Paraguay has one huge hydropower dam at Itaipu, which supplies 90% of the country’s electricity.

    Lesotho gets 100% of its electricity from a cascade of dams that have enough spare capacity to export power to South Africa.

    Bhutan’s abundant hydropower resources generate a surplus of electricity that accounts for more than 40% of the country’s export earnings. But over-reliance on one source can be a problem. In the dry season, it has to import power from India.

    Croatia appears to be suffering, as we have written time and again, from the sort of overall investment climate which does leave more than a little to be desired. For instance, whilst researching for this article we have identified that, if one wishes to invest into wind or solar or any other renewable energy source for that matter, one must obtain no less than 62 different permits. The State, it is no secret, hasn’t the spunk any more to engage in infrastructural investment on a massive scale, which does mean, as we have stated in the introduction, that it will try to incentivise entrepreneurial activity, mainly by facilitating the absorption of eu funds allocated for that purpose. This naturally means that it is up to the private sector – principally the sme sector – to take the initiative, but with all that red tape still around…

    Yet again, we are forced to advocate patience. The newly proposed legislation, which is due to be passed by the Parliament by the end of this year will reduce the number of required permits to ‘just’ 21, and with State subsidies and eu funding readily available, it may just mean that the market is finally ripe for the picking. We, at least, prefer to believe that truly is the case…

    Zeljko Serdar, Croatian Center of Renewable Energy Sources (CCRES)

  8. CCRES will accept original research papers and reviews in the following areas:

    · Bioenergy
    · Geothermal Energy;
    · Solar Photovoltaics;
    · Solar Thermal Electricity, such as CSP, (and Solar Heating and Cooling);
    · Wave and Tidal Power;
    · Wind Power;
    · Fuel Cells Technology;
    · Renewable Hydrogen;
    · Energy Storage (related to its role in integrating renewable energy);
    · Energy Infrastructure (where relevant to the implementation of renewable energy);
    · Green Buildings (where a paper is concerned with renewable energy);
    · Power Systems and Integration of Renewable Energies (technical and market design insights);
    · Advances in Distributed Generation and Distributed Energy Solutions;
    · Cross System Integration (power, thermal, transport, etc);
    · Renewable Energy Policy, Investment & Markets;
    · High Renewable Energy Systems.

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