Examples of using Retscreen in English and their translations into Croatian
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Colloquial
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Ecclesiastic
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Computer
RETScreen Plus was released in 2011.
The first version of RETScreen was released on April 30, 1998.
RETScreen Expert was released to the public on September 19, 2016.
And, if you are convinced of the value of our free software,please share RETScreen with your friends and colleagues.
RETScreen Expert is the current version of the software and was released to the public on September 19, 2016.
To facilitate the communication the user should first complete the information below and send it to the RETScreen Centre by email or by FAX.
RETScreen Version 4 was launched on December 11, 2007 at Bali, Indonesia by Canada's Minister of the Environment.
The Government of Canada andNatural Resources Canada are committed to respecting the personal privacy of individuals who register to the RETScreen Website.
As of October 2018, the RETScreen software had more than 600,000 users in every country and territory of the world.
RETScreen Suite(integrating RETScreen 4 and RETScreen Plus with numerous additional upgrades), was released in 2012.
Internationally recognized for its unique achievements, RETScreen is expanding and energizing the global market for renewable energy technologies, encouraging the implementation of energy efficiency measures, and contributing to a sustainable energy future.
RETScreen Suite, comprising RETScreen 4 and RETScreen Plus, is the previous version of the RETScreen software.
An independent impact studyestimated that by 2013, the use of the RETScreen software had been responsible, worldwide, for over $8 billion in user transaction cost savings, 20 MT per year of greenhouse gas emissions reductions, and has enabled at least 24 GW of installed clean energy capacity.
The RETScreen Clean Energy Management Software(usually shortened to RETScreen) is a software package developed by the Government of Canada.
To help address this need on a global basis, RETScreen International, in collaboration with the Renewable Energy and Energy Efficiency Partnership(REEEP) and the NASA Langley Research Centre, has developed the RETScreen Performance Analysis Module.
In 2010, RETScreen International was awarded the Public Service Award of Excellence, the highest award given by the Canadian government to its civil servants.
RETScreen is also used as a teaching and research tool by well-over 1,100 universities and colleges worldwide, and is frequently cited in academic literature.
RETScreen is managed under the leadership and ongoing financial support of the CanmetENERGY Varennes Research Centre of Natural Resources Canada, a department of the Government of Canada.
RETScreen allows decision-makers and professionals to determine whether or not a proposed renewable energy, energy efficiency, or cogeneration project makes financial sense.
RETScreen is developed by a core team at CanmetENERGY located in Varennes in collaboration with a number of other government and multilateral organisations, and with technical support from a large network of experts from industry, government and academia.
National and regional RETScreen training workshops have been conducted upon the official request of the Governments of Chile, Saudi Arabia, 15 countries in West and Central Africa, and the Latin American Energy Organization OLADE.
RETScreen has also been called"one of the few software tools, and by far the best, available for evaluating the economics of renewable energy installations" and"a tool to enhance… market coherence" in clean energy worldwide.
RETScreen is developed and maintained by the Government of Canada through Natural Resources Canada's CanmetENERGY research centre in Varennes, Quebec and is supported by an international network of experts from industry, government and academia.
By virtue of enabling clean energy, RETScreen indirectly contributes to a substantial reduction in greenhouse gas emissions-a reduction conservatively estimated at 20 million tonnes per annum. It is also estimated that RETScreen has helped spur the installation of at least 24 GW of installed clean energy capacity worldwide with a value of approximately $41 billion.