Added for You
#1 in Business Subscribe Email Print

You are here: Home > News and Society > Energy > Development of Solar Energy Potential Maps from Satellite Data for Thailand

Tags

  • country
  • discrepancies
  • wholesale clothing
  • various atmospheric
  • values ranging

  • Links

  • Breaking Bureaucracy
  • What Do I Need To Know About Yoga?
  • Laptops for Travel
  • Added for You - Development of Solar Energy Potential Maps from Satellite Data for Thailand

    Best Debt Consolidation Loans
    A debt consolidation loan is any form of a loan a debtor incurs, for the purpose of settling other outstanding payments and debts. Debt consolidation is useful for debtors who have several loans, which are beyond their paying capacity. Debt consolidation loans are considered as best, when they offer lower interest rat
    iet, Yasothon, Ubon, Ratchatani, Udonthani, Suphanburi, Chainat, Ayuttaya and Lopburi. These regions which receive the yearly average daily radiation of 19-20 MJ/m?-day represent 14.3% of the total area of the country. It is found that 50.2% of the area of the country receive the yearly average daily global solar radiation in the range of 18-19 MJ/m?-day and only 0.5% receive radiation less than 16 MJ/m?-day. The yearly average daily global solar radiation for the whole country is fo
    Ten Tried & True Ways To Irritate Reporters, According To Your PR Doctor
    Do you know what really irritates the media in general and reporters in particular? Many business people are totally uneducated as to how the media works and totally unprepared to deal with the media. And every day those people do things that totally irritate reporters. To help you become aware of and then avoid th
    In this project, solar radiation maps of Thailand were developed using satellite data and ground based meteorological data. Digital data from the visible channel of the GMS4 and GMS5 satellites collected during a 6 year-period (1993-1998) were used in this work. The data displayed as images cover the whole area of Thailand with a spatial resolution of 5x5 km?. These images were transformed to the cylindrical projection and then navigated using coastline as reference. The post-launched calibration tables were employed to convert gray levels of satellite data into the earth-atmospheric albedo. A physical model was selected for computing solar radiation based on this earth-atmospheric albedo. The surface albedo and the absorption and scattering coefficients of various atmospheric constituents were also determined and used in the model.

    For testing its validity, the model was used to calculate monthly average daily global solar radiation at four solar monitoring stations situated in four provinces: Chiang Mai, Ubon Ratchathani, Songkhla and Nakhon Pathom. The results obtained from the model agree well with those of the measurement, with discrepancies for most cases being less than 5 %. Then the model was used to compute monthly average daily global solar radiation for the whole country. The results are presented as maps showing the distribution of solar radiation over the country.

    The monthly average daily global solar radiation maps show that the distribution of solar radiation is influenced by the north-east and south-west monsoons. Most parts of the country receive highest solar radiation during April and May, with the values ranging from 20 to 24 MJ/m?-day. The yearly average daily global solar radiation map demonstrates that the regions which receive highest solar radiation are in the north-east and the central parts of country, covering parts of the provinces of Nakhon Ratchasima, Buriram, Surin, Sisaket, Roiet, Yasothon, Ubon, Ratchatani, Udonthani, Suphanburi, Chainat, Ayuttaya and Lopburi. These regions which receive the yearly average daily radiation of 19-20 MJ/m?-day represent 14.3% of the total area of the country. It is found that 50.2% of the area of the country receive the yearly average daily global solar radiation in the range of 18-19 MJ/m?-day and only 0.5% receive radiation less than 16 MJ/m?-day. The yearly average daily global solar radiation for the whole country is fou

    Cisco CCNP BSCI 642-901 Tutorial: Clear Text OSPF Neighbor Authentication
    An OSPF adjacency can be authenticated with MD5 (Message Digest 5) or with a clear-text password. I’m not much on clear-text passwords, and hopefully you aren’t either! Whether you’re working in the real world or the certification exam room, though, it’s always a good idea to know more than one way to do things. Le
    d calibration tables were employed to convert gray levels of satellite data into the earth-atmospheric albedo. A physical model was selected for computing solar radiation based on this earth-atmospheric albedo. The surface albedo and the absorption and scattering coefficients of various atmospheric constituents were also determined and used in the model.

    For testing its validity, the model was used to calculate monthly average daily global solar radiation at four solar monitoring stations situated in four provinces: Chiang Mai, Ubon Ratchathani, Songkhla and Nakhon Pathom. The results obtained from the model agree well with those of the measurement, with discrepancies for most cases being less than 5 %. Then the model was used to compute monthly average daily global solar radiation for the whole country. The results are presented as maps showing the distribution of solar radiation over the country.

    The monthly average daily global solar radiation maps show that the distribution of solar radiation is influenced by the north-east and south-west monsoons. Most parts of the country receive highest solar radiation during April and May, with the values ranging from 20 to 24 MJ/m?-day. The yearly average daily global solar radiation map demonstrates that the regions which receive highest solar radiation are in the north-east and the central parts of country, covering parts of the provinces of Nakhon Ratchasima, Buriram, Surin, Sisaket, Roiet, Yasothon, Ubon, Ratchatani, Udonthani, Suphanburi, Chainat, Ayuttaya and Lopburi. These regions which receive the yearly average daily radiation of 19-20 MJ/m?-day represent 14.3% of the total area of the country. It is found that 50.2% of the area of the country receive the yearly average daily global solar radiation in the range of 18-19 MJ/m?-day and only 0.5% receive radiation less than 16 MJ/m?-day. The yearly average daily global solar radiation for the whole country is fo

    Bad Credit Business Loan — Forward Your Business Interests Without Credit Worries
    You as an established business person or as a new entrance in business do always require funds. Own sources are either insufficient or despite having the finance you prefer to save it for other expenses and opt for a loan instead. But there is one huge hurdle--your bad credit. You fear that lenders will deny a loan o
    g stations situated in four provinces: Chiang Mai, Ubon Ratchathani, Songkhla and Nakhon Pathom. The results obtained from the model agree well with those of the measurement, with discrepancies for most cases being less than 5 %. Then the model was used to compute monthly average daily global solar radiation for the whole country. The results are presented as maps showing the distribution of solar radiation over the country.

    The monthly average daily global solar radiation maps show that the distribution of solar radiation is influenced by the north-east and south-west monsoons. Most parts of the country receive highest solar radiation during April and May, with the values ranging from 20 to 24 MJ/m?-day. The yearly average daily global solar radiation map demonstrates that the regions which receive highest solar radiation are in the north-east and the central parts of country, covering parts of the provinces of Nakhon Ratchasima, Buriram, Surin, Sisaket, Roiet, Yasothon, Ubon, Ratchatani, Udonthani, Suphanburi, Chainat, Ayuttaya and Lopburi. These regions which receive the yearly average daily radiation of 19-20 MJ/m?-day represent 14.3% of the total area of the country. It is found that 50.2% of the area of the country receive the yearly average daily global solar radiation in the range of 18-19 MJ/m?-day and only 0.5% receive radiation less than 16 MJ/m?-day. The yearly average daily global solar radiation for the whole country is fo

    Rethinking Corporate Responsibility - A Conversation With Author Christine Arena
    Former managing director of Boston-based integrated marketing firm Polese Clancy, Christine Arena now calls the West Coast home. She is author of Cause for Success (New World Library, 2004) and The High-Purpose Company (Collins, 2006). In this interview, she describes the “litmus test” she develo
    show that the distribution of solar radiation is influenced by the north-east and south-west monsoons. Most parts of the country receive highest solar radiation during April and May, with the values ranging from 20 to 24 MJ/m?-day. The yearly average daily global solar radiation map demonstrates that the regions which receive highest solar radiation are in the north-east and the central parts of country, covering parts of the provinces of Nakhon Ratchasima, Buriram, Surin, Sisaket, Roiet, Yasothon, Ubon, Ratchatani, Udonthani, Suphanburi, Chainat, Ayuttaya and Lopburi. These regions which receive the yearly average daily radiation of 19-20 MJ/m?-day represent 14.3% of the total area of the country. It is found that 50.2% of the area of the country receive the yearly average daily global solar radiation in the range of 18-19 MJ/m?-day and only 0.5% receive radiation less than 16 MJ/m?-day. The yearly average daily global solar radiation for the whole country is fo
    Wholesale Clothing Tips For Flea Market Vendors
    Wholesale brand name clothing is the product category that most flea market vendors make their money with. While this means that having access to wholesale clothing can help a flea market vendor make money, it also means that there will be plenty of competition in the flea market for it.Here are tips specifica
    iet, Yasothon, Ubon, Ratchatani, Udonthani, Suphanburi, Chainat, Ayuttaya and Lopburi. These regions which receive the yearly average daily radiation of 19-20 MJ/m?-day represent 14.3% of the total area of the country. It is found that 50.2% of the area of the country receive the yearly average daily global solar radiation in the range of 18-19 MJ/m?-day and only 0.5% receive radiation less than 16 MJ/m?-day. The yearly average daily global solar radiation for the whole country is found to be 18.2 MJ/m?-day.

    These results indicate that Thailand has fairly high solar energy potentials.

    HTTP = HTML link (for blogs, profiles,phorums):
    <a href="http://www.added4u.com/article/190298/added4u-Development-of-Solar-Energy-Potential-Maps-from-Satellite-Data-for-Thailand.html">Development of Solar Energy Potential Maps from Satellite Data for Thailand</a>

    BB link (for phorums):
    [url=http://www.added4u.com/article/190298/added4u-Development-of-Solar-Energy-Potential-Maps-from-Satellite-Data-for-Thailand.html]Development of Solar Energy Potential Maps from Satellite Data for Thailand[/url]

    Related Articles:

    Finding Success Investing In Below Market Value Real Estate

    Reverse Mortgages

    Tips On DSL Connectivity For Residential VOIP

    Bookmark it: del.icio.us digg.com reddit.com netvouz.com google.com yahoo.com technorati.com furl.net bloglines.com socialdust.com ma.gnolia.com newsvine.com slashdot.org simpy.com shadows.com blinklist.com