5th Philippine Geomatics Symposium (PhilGEOS 2016)
April 20-22, 2016
University of the Philippines Diliman
SOLAR Component
Philippine Renewable Energy Resource Mapping from LiDAR Surveys (REMap)
Nationwide Detailed Resources Assessment using LiDAR Program (Phil-LiDAR 2)
Source | Data format | Time Range of Daily Measurements |
---|---|---|
ASTI Weather API (http://weather.asti.dost.gov.ph/home/index.php/api) |
.json | 08:00H - 08:00H |
BSWM Agro-Met site (http://agromet.da.gov.ph/viewdata/) |
.csv | 08:00H - 08:00H |
Philippine E-Science Grid Repository (http://repo.pscigrid.gov.ph/predict) |
.csv | 00:00H - 24:00H |
-- to --
Inputs: YYYY/MM/DD, Keyword/s
Output: Daily sensor readings (.csv)
Beautifulsoup is used to crawl the repository and search sensor measurements that match the keywords and the date provided.
PART 1
Inputs: Directory of daily sensor readings, Sensor Type
Output: Average solar radiation (W/m2) readings per sensor per month per year (.csv)
Each daily sensor reading for a month is checked to determine if it will be included in the computation of the monthly average.
PART 2
Inputs: Output of PART 1
Output: Monthly average solar radiation (W/m2) per sensor (.csv)
Pandas is used to compute for the weighted mean
Inputs: Output of COMPILE PART 2
Output: Monthly average solar radiation (W/m2) (.shp)
Pyshp converts the csv to a shapefile.
ASTI Solar Download, Compile, and Convert Tool
available at: https://github.com/remap-solar/asti-solar-dcc-tool
This presentation is available at:
http://benhur07b.github.io/philgeos2016-presentation