The document discusses 7 different papers related to solar radiation data. The papers cover topics like procedures for collecting and processing solar radiation data in Southern Portugal, reviewing applications and methodologies for obtaining solar radiation data, best practices for quality control of solar irradiance data, quality control procedures for solar radiation measurements, developing a web-based GIS system for solar radiation assessment, reviewing models for estimating solar radiation, and using graphical visualizations to interpret climate data.

1. 1. Procedures for solar radiation data gathering and processing and their application to
DNI assessment in Southern Portugal
The paper "Procedures for Solar Radiation Data Gathering and Processing and Their
Application to DNI Assessment in Southern Portugal" likely discusses methods for
collecting and processing solar radiation data, with a specific focus on assessing Direct
Normal Irradiance (DNI) in Southern Portugal. Key points include the introduction to the
importance of solar radiation data, descriptions of data collection methods and processing
procedures, application to DNI assessment, potential case studies, and the significance of
these procedures in renewable energy planning. This paper serves as a resource for
understanding how solar radiation data is gathered and processed for DNI assessment in
the Southern Portugal region.
2. Applications of Solar Radiation Data: Review and Methodologies” by Khemiri, S., Al-
Musawi, T. J., and Al-Musawi, T. J. (2019) 1
The paper provides a comprehensive review of the applications of solar radiation data and the
methodologies used to obtain them. The authors discuss the importance of solar radiation data
in various fields such as agriculture, meteorology, and renewable energy. They also provide an
overview of the different types of solar radiation data, including global, direct, and diffuse
radiation.
The authors then describe the different methods used to obtain solar radiation data, including
ground-based measurements, satellite-based measurements, and modeling techniques. They
discuss the advantages and disadvantages of each method and provide examples of their
applications.
Finally, the authors discuss some of the challenges associated with obtaining accurate solar
radiation data and provide recommendations for future research in this area
3. Best Practices for Quality Control of Solar Irradiance Data" by T. R. Stoffel and A. Geuder
(2019).
The paper "Best Practices for Quality Control of Solar Irradiance Data" by T. R. Stoffel and
A. Geuder (2019) focuses on ensuring the quality of solar irradiance data. Key points and
findings in the paper include the introduction to the importance of high-quality solar
irradiance data, descriptions of best practices and procedures for quality control, the use of
quality control tools, and the significance of data filtering and pre-processing. The paper also
includes practical case studies to demonstrate the application of these quality control
practices. Overall, it provides valuable insights into maintaining the accuracy and reliability

2. of solar irradiance data, which is crucial for various applications, including solar energy
generation and climate research.
4. Data Quality Control Procedures for Solar Radiation Measurements" by Renno, C. D.,
Marques, J., Ceballos, J. C., and Karszenbaum, H. (2009).
The paper "Data Quality Control Procedures for Solar Radiation Measurements"
discusses the importance of ensuring the accuracy of solar radiation data. It covers
techniques and procedures for maintaining data quality, including data filtering, outlier
detection, and comparison with reference data. The paper includes practical case studies
to illustrate the application of these quality control procedures to real-world solar
radiation data. It emphasizes the significance of standardized quality control practices in
the field of solar radiation measurement. This paper is a valuable resource for
understanding how to ensure the reliability of solar radiation data, which is essential for
your project's objective of managing solar radiation data for the Indian Meteorological
Department.
5. A Web-Based GIS System for Solar Radiation and Energy Assessment" by J.L. Baeza-
Romero and F.J. García-Sánchez (2015)
The paper "A Web-Based GIS System for Solar Radiation and Energy Assessment"
discusses the development of a web-based Geographic Information System (GIS) tailored
for assessing solar radiation and its impact on energy generation. The key points in the
paper include the system's functionalities, integration of meteorological data, the ability
to analyze spatial and temporal solar radiation data, and practical case studies
demonstrating its real-world utility. The paper highlights the advantages of web-based
GIS systems for solar radiation assessment, particularly in the context of renewable
energy planning and decision-making. This research is valuable for projects aiming to
create user-friendly web-based interfaces for managing solar radiation data, as it provides
insights into the development and advantages of such systems.
6. A Review of Solar Radiation Models" by Li, Chuan, and Wenjun, Li (2018).
The paper "A Review of Solar Radiation Models" by Li, Chuan, and Wenjun, Li (2018)
offers an overview and assessment of models used to estimate solar radiation. The key
points in the paper include the classification of models into empirical, physical, and
hybrid categories, as well as a detailed discussion of models in each category. The paper
serves as a valuable resource for understanding the different approaches to solar radiation
modeling and their applications, making it relevant for projects involving solar radiation
data analysis and modeling.

3. 7. Interpreting climate data in graphical visualisations
Authors: Joseph David Daron, Susanne Lorenz, Piotr Wolski and Ross Blamey
The paper "Interpreting Climate Data in Graphical Visualizations" authored by Joseph
David Daron, Susanne Lorenz, Piotr Wolski, and Ross Blamey likely focuses on the use
of graphical visualizations to interpret climate data. Key points and findings in the paper
include an introduction to the significance of climate data interpretation, discussions on
various graphical visualization techniques, the sources of climate data, and the
interpretation of climate trends. The paper is expected to provide insights into how
graphical visualizations play a crucial role in making complex climate data more
understandable and accessible.