I think high frequency irradiance data should be available from

http://wrdc-mgo.nrel.gov/

The BSRN database (http://www.pangaea.de/ddi?request=bsrn/BSRNEvent&format=html&title=BSRN+Stations) has one station in Israel and one in Saudi Arabia.

The RETScreen Climate Database includes the meteorological data required in the model... available from   http://www.retscreen.net/ang/d_data_w.php.   While running the software the user may obtain climate data from ground monitoring stations and/or from NASA's global satellite/analysis data. If climate data is not available from a specific ground monitoring station, data is then provided from NASA's satellite/analysis data. The source of the data (i.e. "Ground" or "NASA") is indicated next to the data in the climate database dialogue box.

http://www.retscreen.net/ang/d_data_w.php

Omar,

you can contact Egyptian Meteorological Authority. (EMA). World Meteorological Organization. (WMO) in Cairo. For more information please see the LINK;http://ema.gov.eg/articles?menu=62&lang=eg

wish you success.

we are recording the solar irradiance at Peshawar pakistan

I think the Menteonorm is the best option, but it isn't free source.

http://meteonorm.com/

For TMY data: http://apps1.eere.energy.gov/buildings/energyplus/cfm/weather_data2.cfm/region=2_asia_wmo_region_2

For solar data over UAE: http://atlas.masdar.ac.ae/

For solar data over Saudi Arabia: https://rratlas.kacare.gov.sa/RRMMPublicPortal/?q=en/Solar

For other solar data: http://globalatlas.irena.org/

Over UAE, the knowledgeable people to contact for other data are at Masdar: http://recrema.masdar.ac.ae/people/

Thank you all for your input.

I tried all of the suggested sources above. However, what I need is hourly averaged data for the UAE not daily nor monthly averaged data.

I am coming to see that it's quite difficult to obtain such data for the middle east in general.

As such, I'd highly appreciate it if there's a certain software, model, or code you could recommend for simulating the meteorological weather data I need.

Most of the links I provided are for hourly data.

BSRN sites provide 1-min data, but they have an internal engine to calculate hourly averages for you.

If you need more, you should contact the sponsoring organizations (like Masdar or KA CARE) and request hourly data from them directly.

Another source of free satellite-derived solar and climate data is CM-SAF:

https://wui.cmsaf.eu/safira/action/viewProduktList?dId=2

https://wui.cmsaf.eu/safira/action/viewProduktDetails?id=21094

https://wui.cmsaf.eu/safira/action/viewProduktDetails?id=18419_18420_18421_18422_18423_18424

Remember that obtaining the right data in the right format for the right location, the right accuracy and the right period is like an inpenetrable jungle. You need support from the experts...

Thank you for your valuable help, Dr. Gueymard.

I will carefully look into the sources you've provided.

Hello, check this page

http://www.wunderground.com/history/index.html?error=AMBIGUOUS&query=Emiratos%20%C3%81rabes%20Unidos,%20UAE&day=6&month=1&year=2015&finalday=%28null%29&finalmonth=%28null%29&finalyear=%28null%29

there you can find the historical time from some locations in the United Arab Emirates. This site includes data hourly for global irradiance, relative humidity, and wind direction and wind speed.

Hi omar.Z sharf did u got the hourly data for  location in middle east example for abu dhabi espiciaally DNI

I need it urgently

Hi,

Please check up at the website below:

http://wrdc-mgo.nrel.gov/

My company Solcast offers FREE access to solar radiation data for researchers like yourself, including the Middle East. Read more at:

https://articles.solcast.com.au/solar-data-api/free-access-to-solar-irradiance-data-for-non-commercial-research-use

To sample the hourly values of humidity in different part of the year I have found useful Weather Underground https://www.wunderground.com/history

It contains temperature, humidity, wind, pressure, precipitation. Only solar irradiance is not reported, for which the nrle.gov database can be used (as previously suggested).