Due Date: Week 11, Friday 5:00 pm CRICOS Provider No. 00103D ITECH 7406 Page 1 ITECH7406- Business Intelligence and Data Warehousing Data Analysis Individual Assignment – 2019 Sem3 Worth – 20% (Week...

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we need to use IBM Watson analytic tool or SAP, will you do that


Due Date: Week 11, Friday 5:00 pm CRICOS Provider No. 00103D ITECH 7406 Page 1 ITECH7406- Business Intelligence and Data Warehousing Data Analysis Individual Assignment – 2019 Sem3 Worth – 20% (Week 11- Sun, June 2, 2019 - 17:00) Learning Outcomes Assessed: S1,S2,S3,K3, K4, A1,A2 Purpose: To encourage and provide students on-hands experiences of using SAP or Watson Analytics tools to explore, extract and analyse enterprise data This is a business analytics project aimed at generating innovative analytics solutions. It will allow students to show innovation and creativity in applying SAP Business Object/Predictive Analytics or Watson Analytics in designing useful visualization solutions and predictive models for different types of analytics problems. The topic will be on environmental issues. Your main task is to apply any of the analytical tools to develop innovative analytics visualization solutions and predictive models with regards to environment, e.g. climate change, energy consumption, carbon footprint, greenhouse gas emission, pollution dashboard, etc. Besides the suggested datasets/sources, you may apply any other real-world dataset to illustrate your approach (the different datasets can be combined too). Please find the attached sample reports Some possible datasets/sources: http://data.un.org/Explorer.aspx http://data.worldbank.org/topic/environment https://data.oecd.org/ http://geodata.grid.unep.ch/ http://open-data.europa.eu/en/data/publisher/eea https://www.data.gov/ http://data.un.org/Explorer.aspx http://data.worldbank.org/topic/environment https://data.oecd.org/ http://geodata.grid.unep.ch/ http://open-data.europa.eu/en/data/publisher/eea https://www.data.gov/ CRICOS Provider No. 00103D ITECH 7406 Page 2 Report Submission Submit your report as either a word or PDF document via Moodle on Sunday, June 2, 2019 - 17:00 (Week 11). You will submit a 9-10 pages report (about 3000 words not counting cover page and references) of this project. At least 15 references in your report must be from peer- reviewed sources. Include any and all sources of information including any person(s) you interviewed for this project. Please note that all references must adhere to APA style. See http://owl.english.purdue.edu/owl/resource/560/01 and http://www.apastyle.org/ for details on how to format a report and how to cite references. Make sure your follow formal report structure with cover page, introduction, use of headings, subheadings, conclusion sand reference section. You are reminded to read the “Plagiarism” section of the course description. Your essay should be a synthesis of ideas from a variety of sources expressed in your own words. All reports must use the APA referencing style. University Referencing/Citation Style Guide: The University has published a style guide to help students correctly reference and cite information they use in assignments (American Psychological Association (APA) citation style, http://www.ballarat.edu.au/aasp/student/learning_support/generalguide/print/ch06s04.shtml or Australian citation style Reports are to be presented in hard copy in size 12 Arial Font and double spaced. Your report should include a list of references used in the essay and a bibliography of the wider reading you have done to familiarize yourself on the topic. A passing grade will be awarded to assignments adequately addressing all assessment criteria. Higher grades require better quality and more effort. For example, a minimum is set on the wider reading required. A student reading vastly more than this minimum will be better prepared to discuss the issues in depth and consequently their report is likely to be of a higher quality. So before submitting, please read through the assessment criteria very carefully. http://owl.english.purdue.edu/owl/resource/560/01 http://www.apastyle.org/ http://www.ballarat.edu.au/aasp/student/learning_support/generalguide/print/ch06s04.shtml CRICOS Provider No. 00103D ITECH 7406 Page 3 ITECH7406- Business Intelligence and Data Warehousing Data Analysis Individual Assignment – 2018 Sem3 Tasks Max Marks Marks Awarded Comments What are the BI reporting solution/dashboards you will need to develop for the Senior Executives of chosen data Set– You must have at least two types of analytics i.e Predictive/prescriptive/ descriptive 10 Design Mobile application using QSR code for your insights /solutions/dashboard – Please provide your QSR code in your assignment 10 Justify why these BI reporting solution/dashboards are chosen and why those attributes are present and laid out in the fashion you proposed (feel free to include all other relevant justifications using the academic articles). Note: To ensure that you discuss this task properly, you must include visual samples of the reports you produce (i.e. the screenshots of the BI report/dashboard must be presented and explained in the written report; use ‘Snipping tool’), and also include any assumptions that you may have made about the analysis in yourassignment report (i.e. the report to the senior executive team of the company). 10 Furthermore, the CEO would like to improve the operations. Based on your BI analysis and the insights gained from “Data Set”, make some logical recommendations to the CEO, and justify why/how your proposal could enhance company operations, sales etc. Include the relevant screenshots of the BI analysis, and also any assumptions that you may have made about the analysis. 10 Report is well-written and presented professionally, containing: • Title page • Executive Summary (outlining the scope of report, key findings and recommendations) • Table of Contents • Appropriate use of headings within report • Appropriate use of figures (i.e. graphs, summary tables) and • References (APA Style)- in text and bibliography (10 articles) 1 2 1 1 1 4 Total Marks 50 Total Marks out of 20 20%
Answered Same DayMay 23, 2021ITECH7406

Answer To: Due Date: Week 11, Friday 5:00 pm CRICOS Provider No. 00103D ITECH 7406 Page 1 ITECH7406- Business...

Mohd answered on May 28 2021
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CRICOS Provider No.
00103D
ITECH 7406
Page 1
ITECH7406- Business Intelligence and Data Warehousing Data
Analysis Individual Assignment – 2019 Sem3
Worth – 20% (Week 11- Sun, June 2, 2019 - 17:00)

Learning Outcomes Assessed: S1,S2,S3,K3, K4, A1,A2

Purpose: To encourage and provide students on-hands experiences of using SAP or Watson
Analytics tools to explore, extract and analyse enterprise data

This is a business analytics project aimed at generating innovative analytics solutions. It will
allow students to show innovation and creativity in applying SAP Business Object/Predictive
Analytics or Watson Analytics in designing useful visualization solutions and predictive models
for different types of analytics problems.

The topic will be on environmental issues. Your main task is to apply any of the analytical
tools to develop innovative analytics visualization solutions and predictive models with regards
to environment, e.g. climate change, energy consumption, carbon footprint, greenhouse gas
emission, pollution dashboard, etc. Besides the suggested datasets/sources, you may apply any
other real-world dataset to illustrate your approach (the different datasets can be combined too).
Please find the attached sample reports

Some possible datasets/sources:


http://data.un.org/Explorer.aspx
http://data.worldbank.org/topic/environment
https://data.oecd.org/
http://geodata.grid.unep.ch/
http://open-data.europa.eu/en/data/publisher/eea
https://www.data.gov/
http://data.un.org/Explorer.aspx
http://data.worldbank.org/topic/environment
https://data.oecd.org/
http://geodata.grid.unep.ch/
http://open-data.europa.eu/en/data/publisher/eea
https://www.data.gov/
CRICOS Provider No.
00103D
ITECH 7406
Page 2
Report Submission

Submit your report as either a word or PDF document via Moodle on Sunday, June 2, 2019
- 17:00 (Week 11). You will submit a 9-10 pages report (about 3000 words not counting
cover page and references) of this project. At least 15 references in your report must be from
peer- reviewed sources. Include any and all sources of information including any person(s)
you interviewed for this project.
Please note that all references must adhere to APA style. See
http://owl.english.purdue.edu/owl/resource/560/01 and http://www.apastyle.org/ for details on
how to format a report and how to cite references. Make sure your follow formal report structure
with cover page, introduction, use of headings, subheadings, conclusion sand reference section.
You are reminded to read the “Plagiarism” section of the course description. Your essay should
be a synthesis of ideas from a variety of sources expressed in your own words.

All reports must use the APA referencing style.
University Referencing/Citation Style Guide:
The University has published a style guide to help students correctly reference and cite information
they use in assignments (American Psychological Association (APA) citation style,
http://www.ballarat.edu.au/aasp/student/learning_support/generalguide/print/ch06s04.shtml
or Australian citation style


Reports are to be presented in hard copy in size 12 Arial Font and double spaced. Your report
should include a list of references used in the essay and a bibliography of the wider reading you
have done to familiarize yourself on the topic.

A passing grade will be awarded to assignments adequately addressing all assessment criteria.
Higher grades require better quality and more effort. For example, a minimum is set on the wider
reading required. A student reading vastly more than this minimum will be better prepared to
discuss the issues in depth and consequently their report is likely to be of a higher quality. So
before submitting, please read through the assessment criteria very carefully.
http://owl.english.purdue.edu/owl/resource/560/01
http://www.apastyle.org/
http://www.ballarat.edu.au/aasp/student/learning_support/generalguide/print/ch06s04.shtml
CRICOS Provider No.
00103D
ITECH 7406
Page 3


ITECH7406- Business Intelligence and Data Warehousing
Data Analysis Individual Assignment – 2018 Sem3
Tasks Max
Marks
Marks
Awarded
Comments
What are the BI reporting solution/dashboards you will
need to develop for the Senior Executives of chosen data
Set– You must have at least two types of analytics i.e
Predictive/prescriptive/ descriptive
10
Design Mobile application using QSR code for your
insights /solutions/dashboard – Please provide your QSR
code in your assignment
10
Justify why these BI reporting solution/dashboards are
chosen and why those attributes are present and laid out in
the fashion you proposed (feel free to include all other
relevant justifications using the academic articles).
Note: To ensure that you discuss this task properly, you
must include visual samples of the reports you produce
(i.e. the screenshots of the BI report/dashboard must be
presented and explained in the written report; use
‘Snipping tool’), and also include any assumptions that
you may have made about the analysis in yourassignment
report (i.e. the report to the senior executive team of the
company).
10
Furthermore, the CEO would like to improve the
operations. Based on your BI analysis and the insights
gained from “Data Set”, make some logical
recommendations to the CEO, and justify why/how your
proposal could enhance company operations, sales etc.
Include the relevant screenshots of the BI analysis, and
also any assumptions that you may have made about the
analysis.
10
Report is well-written and presented professionally,
containing:
• Title page
• Executive Summary (outlining the scope of report, key
findings and recommendations)
• Table of Contents
• Appropriate use of headings within report
• Appropriate use of figures (i.e. graphs, summary tables)
and
• References (APA Style)- in text and bibliography
(10 articles)


1
2
1
1
1
4
Total Marks 50
Total Marks out of 20 20%
Order ID 41144/qr-code.png
Order ID 41144/REPORT.docx
ITECH7406- BUSINESS INTELLIGENCE
AND
DATA WAREHOUSING
DATA ANALYSIS REPORT
INDIVIDUAL ASSIGNMENT
2019
SUBMITTED TO:
SUBMITTED BY:
INDEXS
INDEX…………………...…………………………………………..……………………..........2
EXECUTIVE SUMMARY…………………………………..…………………………….........3
INTRODUCTION…………………………………………...………………………………...…4
PARTS OF ANALYTICS…………..……………….…………………………………….4
QSR CODE…………………………………………………………………………………..….5
EXECUTIVE INSIGHT
BI REPORTING SOLUTION/ REPORT...................................................................6
PERFORM DASHBOARDS
· REPORT1……………………………………………………………..…………………8
CEO RECOMMENDATION………………………………………………………………..…14
REFERENCES………………………………………………………………………….…..…13
EXECUTIVE SUMMARY
Power delivered with nuclear imperativeness avoids the lies of further than 555 million metric immense efforts of carbon dioxide reliably. That is identical from the communications from 117 million explorer vehicles—more than most of the passenger vehicles all over the stick in the U.S. and better than hydropower, weave, sun based and geothermal joined. That is a crucial inspiration driving why an organizing social crisis of tribes, biological make-togethers and nongovernmental affiliations has brought tighter to appreciate that we will expect work from America’s primary surges free imperativeness source to strike a sane, reduced return for reducing spreads
. SAP developed the new Predictive Analysis instrument as a development of the Lumira code list. Farsighted Analysis consolidates all the ingenuity of Lumira (e.g., data collecting, government, educates, portrayal gadgets, and metadata upgrade) with the delay of the Call sheet, which is a double data examination tab that produces up when the Lumira license is related with join Predictive Analysis. The Call sheet has all the Predictive Analysis helpfulness, and consolidates perceptive estimations, results portrayal examination, and design organization mechanisms. SAP envisions Lumira and Predictive Analysis as an acceptance and test suite. These objects give an endeavor course of conflict where business examination customers and data analysts who use Predictive Analysis to invest and make models can share archives in the SAP elite with problem consumers and governments (these patrons and officials may meet just to the Lumira parts of the appliance). This plan suite empowers these communal experiences to transfer portions of seeing, report, and grows with each other — and speedily and adequately express the vital fragments of report and designs to various objects inside the Blunt and BusinessObjects suites. The target practice for Predictive Analysis is an associate who desires to expel insightful moments of schooling from inscriptions. This entity might be a specialist data analyst who normally struggles with a charter-series up together real object as for a common timetable or a field appraiser who reflects about air-end BusinessObjects gadgets. While SAP propels Predictive Analysis as a knowing instrument for the finer part, clients will top up better trained to unravel and compete with the stems if they have in any possibility a prompt establishment in farsighted methodology and quantitative terms. Future updates to the contrivance will probably produce the normal premium gathering on the two achievements of the territory; as added articles and assessments are blended, higher data analysts will in all probability change from their charter-based quantifiable instruments to Predictive Analysis for all question. SAP furthermore would please to follow continuously guided examination courses, which will create the object progressively usable for trade clients with no verifiable establishment. Normal nuclear potential is electrical energy created in a biological reactor. Nuclear power stations are further as a test oil subordinate devouring stations. The requisite skill is the sustaining. Nuclear fuel is normally uranium-based positions, instead of coal or smoke.  Nuclear essentialness starts from the sample of uranium particles – a technique called separate. This makes warmth to send steam, which is employed by a diesel generator to surrender control. Since nuclear energy plants producen’t consume fuel, they actn’t convey ozone hurting substance rises. By constantly allowing power 24 hours steadily, nuclear essentialness is a monstrous cut of the imperativeness mix critical to do control desire. Additionally, with no carbon rises, it will continue a remarkable clean essentialness resource for what’s to show up. For higher than 40 weeks, Duke Energy has achieved nuclear plants – setting industry standards for expansion and readiness at the same age. We use superfluous and singular prosperity structures to corroborate the all comprehensive state, our doctors and quality. Nuclear Fuel : The basic reactor utilizes a “biological reaction” (separate the atomic center securities to release imperativeness) as denied to an oil based commodity’s “fusion reaction” (special part of soot-carbon sub-nuclear securities) to cause steam; neutrons smash into the meet of the uranium rays, which split commonly down the meet and release essentialness as sincerity. On a miniscule measurement inside the feed we follow an exothermic chain reaction, sending vital rates of enthusiasm. How it Serves: The fuel produces violence, by then carbon dioxide vapor is controlled through the reactor to desert the bloom, and this heated gas by then heats water to drive steam. The steam is propelled through channels at a weight adequately fit to fly a staggering turbine round, and it’s rotate turns a generator in a demanding field to create the law for leakage. The imperativeness change is from microscopic, to automatic, to mechanical. Every group in imperativeness change incorporates some dissipating by facility for call, etc in views to the top reason, which offers that steam control plants will just ever are with an essentialness capability of, at most important 40%, related to breeze turbines and sun based units.
INTRODUCTION
Farsighted Analysis is required to enhance SAP HANA. In any state, you can use Predictive Analysis without HANA. Insightful Analysis is produced locally on the policy’s engine and runs to letters for negotiating with on the room (from a CSV, Microsoft Excel, or JDBC relationship with a database) or on HANA. For disengaged taking love of, Predictive Analysis relies upon a state association of SAP Sybase IQ (moreover a columnar, in-memory database) to freeze and treat the factors for projection. Farsighted Analysis is an unattached foundation group that produces in slights and meets an organization material to bundle the recommended R parts for HANA detached planning. Insightful Analysis can be continued driving on Windows 7 or 8 PCs, and undertakes not involve some other SAP gadgets. Insightful Analysis includes a natural to-run data divulgence instrument available under the Plan sheet. The site-and-click interface allows patrons to offer pre-exhibiting data examination errands more expeditiously than generating code or securing the actions and changing the ends to a visual material, for particular, Transcend. A couple of culling of sketches are public by drawing the Visualize mode on the Plan sheet, holding bar charts, path diagrams, pie charts, geographic models, shrub and warmth maps, restricted view, and others Nuclear separating works by pulling out the molecules confined to reveal smaller atoms, and along these lines essentialness is surrendered. Nuclear separating is spent in significant energy grows to represent government through the lot of the meets of uranium rays. On the separate grip, when fragments are stiffened to prepare a greater particle is typically involved as nuclear mix. The sun produces imperativeness through nuclear blend where the meets of hydrogen molecules are joined into helium molecules. Uranium is the most notable fuel used now by key energy grows. Uranium is an average metal began in rocks wherever all through the race and it is regarded as non-plausible. A specific catalogue of uranium known as U-235 is spent in essential energy plants since its atoms are sufficiently part confined. Power plants devour fuel to send passion to create run, anyway, paramount energy plants help the light emanated in the midst of separating as feed to adjust water into steam. Steam is later helped to time huge turbine front groups that turn generators to pass government. Nuclear essentialness is fresher than power finds that need oil subordinate, for particular, coal to transfer control. Nuclear energy plants bear no carbon dioxide and air sullying. Tragically, important power age has reaction wastes. These receptions are spent fills, dangerous debris and excitement. The crucial common stresses for basic potential are spent fills and dangerous debris. Most nuclear debris is moderate-grade radioactive waste, while spent fuel social episodes are very radioactive and must be had at early in especially arranged pools or dry storing holders. Nuclear energy plants store up the most influential norm for operational benefit, bond and emergency time.  Healthy personal boundaries, dreary insurance associations and astoundingly arranged security officers shield our farms from pitfalls. While impelled cybersecurity apportions keep interlopers with coats of care and safe study of unusual compromises. Significant farms are formed and certified under a proposal to work interest called “hostility all around.” The clue is peculiar self-administrative rows of care. No specific bond train is just relied on, extending slight observe to how effective it is. Other physical impediments winning against an inadvertent radioactivity surrender, for proof, the panels that unite the uranium inflame and the bracing-covered great system that dwells the reactor. The NRC provides its benefit and insurance practices with reviews, can review strikes and can coordinate a growing to lock down. Each important plant is distributed out in any circumstance two NRC connoisseurs, who are tolerated to observe everything at the transplant at whatever situation.
PARTS OF ANALYTIC
· Undeniable examination juggles raw letters from different cases causes to address constructive traces of seeing into the history. Nevertheless, these leaks actually warn that object isn’t perfect or true, without enlightening why. In this approach, specifically factors driven tribes don’t fulfill themselves with specific scrutiny just and responsibility passing along with it with distinct culling of phenomena survey.
· Judicious research purposes the epiphanies of explaining and descriptive research to see movements, associations and exceptional causes, and to anticipate plan patterns, which requires it a good tool for determining.
· prescriptive examination uses moved mechanical assemblies and outcomes, like AI, trade measures and regards, which produces it complex to comprehend and handle. That is the infer, before comprehending prescriptive investigation, a partnership should hold required undertakings versus a natural covered regard.
QSR CODE
A QR method (another came to give “lively response” discipline) is a culling of scanner tag that involves a terminal of encounters. It will in general be explored using a QR scanner or a mobile phone with innate camera. Already examined, computing on the contrivance turns over the fragments inside the discipline into volumes or an advancement of tones.
EXECUTIVE INSIGHT
BI REPORTING SOLUTION/REPORTS
BA assembles and studies phenomena, uses judicious observation, and makes extravagantly imagined pictures in custom dashboards. The purpose of these pieces is to further remember and discuss a relationship’s frail core rights. This is the detecting the related qualities result. Business examination writing computer programs is adopted to try and separate evident and ongoing statistics. It utilizes quantifiable research, data field and extensive survey to distinguish past business forms. At the end when data has been compiled and detached, Organization learning examination structures by later manipulate that messages for judicious illustrating. This can contemplate and, standard talk, arrange for prospective business opens. A champion among the most prevailing themes of BA is exceptionally selected message, which empowers organizations to present inspection of revealed data regularly to counter to concentrated desire to fix on quicker business opinions. Accordingly, field examination uses insightful examination to give with issues before they’ve followed. Instead of expounding, “Who were my best 10 customers every piece back,” use quantifiably affirmed knowledge to put, “In light of chronicled… designs, these are the comprehensive population who are constructed to be our best 10 customers one second from now.” Societies are starting to recognize that letters and object should not be viewed as autonomous sections of intelligence the agents, also well given in an organized endeavor approach. Various tribes are running towards operational business intelligence which is at present under-passed and undeniable by wholesalers. While remotely tantamount, the precision among BI and BA is free once you execute a mark of channeling. BI uses history and ongoing journals to push the offer for current effort. BA uses the old and inspects the suggested to strengthen organizations for what’s to get.
PERFORM REPORT Or DASHBOARD
REPORT
Source: Nuclear Electricity : Energy Statistics Database http://data.un.org/Data.aspx?d=EDATA&f=cmID%3aES%3btrID%3a01
Business knowledge devices can separate industrial and operational assessments, make weak sections and show means to trade with location these releases. The patterns found through data examination help organizations improve taught, data driven outcomes. Other typical BI features join data descriptions, settlement teams, weaves and online informative intention (OLAP). Data portrayals fill a demand like telling. The two features hold in as a mechanism for the partnership and display of pictures. Observations escalate uncovering limits by displaying data representations in a soft to-translate medium. Decision organizations confined the place of convergence of field getting to check related reporting, with numerous organizations offering used in consistence measures and coercion acknowledgment. Joining limits provide a partnership intelligence process can perform thoroughly with directly set up gears. Plus, combine features help pull messages from varied origins, from in-house databases to increasingly complex Big Data centers. Various BI instruments use online explanatory system (OLAP) to present refined, multi-spatial, preparation-down question. Also, BI offers an objective organization effort. Chairmen can set up data reliant on marks, which may consolidate bargains goals, gainfulness measures or investment related intentions, when constant. BI features continue to the mark of committing a commonality with current critical techniques. I all around ask people choosing among BI and BA, “So what are you contemplating, okay do you are looking complexities between an absolutely standard approach — declaring, computing, collecting, matters of that nature—or… examination where you can use quantitative ways to detect much and reinforcing information inside your circumstances?”
CEO RECOMMENDATION
A provider of insecurity the officials answers for companies, it is furthermore worth picking whether an organization should cull out putting on data garnered from inside the garden portal (for particular developing errands or undertaking execution data) or from outside the farm entryway (for example satellite-based remote recognizing examination, word use pictures, and macroeconomic conditions, etc.). This procedure would entrust an enterprise to honestly convey the data sources to the key risks companies face regarding their profitability and supportability. Such outcomes would help communication with making quality of the open entryways related with enormous data and the territories that they demand to direct on to incorporate regard. Straightforwardness concerning the management of growers’ comments – is published as a fundamental issue and the end of data property is a mean test defying the sector5. Farmers are wisely circumspect about staking their pictures if it prompts them becoming the chance to be annoyed when it is consolidated with different datasets to read new doses of advice (for instance empowering cash related forces to control benefit costs). Works best when it is ingenious, strategic and can be produced into existing datasets – these are a division of the key norms that Sainsbury’s services while allocating huge data R&D blessings to agriculture6. Inside a solid, experience can be identified as original when it holds a data clear and is routinely used identified with existing statistics to move on new faces and rhythm. Work jointly with external accessories where natural – it is palpable that with such huge sizes and ranges of data conceivably applicable, indeed immense firms conclude that its solid to press toward having to be all around masters in all specimens of extraordinary circumstances. Where it is logical for tribes to do in that skill they should believe to collude with substitutes to generate increasingly sharp courses of movement or to obtain to commitments formally open from numerous providers which empower them to obtain to the game plans they call for in a monetarily smart fashion.
REFERENCES
Chadwick, M. B., Obložinský, P., Herman, M., Greene, N. M., McKnight, R. D., Smith, D. L., ... & Kahler, A. C. (2006). ENDF/B-VII. 0: next generation evaluated nuclear data library for nuclear science and technology. Nuclear data sheets, 107(12), 2931-3060.
Arnaldi, R., Averbeck, R., Banicz, K., Castor, J., Chaurand, B., Cicalò, C., ... & De Falco, A. (2006). First measurement of the ρ spectral function in high-energy nuclear collisions. Physical review letters, 96(16), 162302.
Klimkiewicz, A., Paar, N., Adrich, P., Fallot, M., Boretzky, K., Aumann, T., ... & Geissel, H. (2007). Nuclear symmetry energy and neutron skins derived from pygmy dipole resonances. Physical Review C, 76(5), 051603.
Lang, D. W. (1961). Analysis of recent measurement of nuclear level density parameters. Nuclear Physics, 26(3), 434-445.
Haq, R. U., Pandey, A., & Bohigas, O. (1982). Fluctuation properties of nuclear energy levels: Do theory and experiment agree?. Physical Review Letters, 48(16), 1086.
Nazlioglu, S., Lebe, F., & Kayhan, S. (2011). Nuclear energy consumption and economic growth in OECD countries: Cross-sectionally dependent heterogeneous panel causality analysis. Energy Policy, 39(10), 6615-6621.
Xiao, Z., Li, B. A., Chen, L. W., Yong, G. C., & Zhang, M. (2009). Circumstantial evidence for a soft nuclear symmetry energy at suprasaturation densities. Physical review letters, 102(6), 062502.
Order ID 41144/UNdata_Export_NUclear electricity.csv
"Country or Area","Commodity - Transaction","Year","Unit","Quantity","Quantity Footnotes"
"Algeria","Electricity - total solar production","2017","Kilowatt-hours, million","55",""
"Algeria","Electricity - total solar production","2016","Kilowatt-hours, million","14",""
"Algeria","Electricity - total solar production","2015","Kilowatt-hours, million","58",""
"American Samoa","Electricity - total solar production","2016","Kilowatt-hours, million","1.7","1"
"American Samoa","Electricity - total solar production","2015","Kilowatt-hours, million","1.5",""
"American Samoa","Electricity - total solar production","2014","Kilowatt-hours, million","1.1","1"
"American Samoa","Electricity - total solar production","2013","Kilowatt-hours, million","1.1","1"
"American Samoa","Electricity - total solar production","2012","Kilowatt-hours, million","1.1",""
"Antigua and Barbuda","Electricity - total solar production","2011","Kilowatt-hours, million","5",""
"Antigua and Barbuda","Electricity - total solar production","2010","Kilowatt-hours, million","5",""
"Argentina","Electricity - total solar production","2016","Kilowatt-hours, million","14",""
"Argentina","Electricity - total solar production","2015","Kilowatt-hours, million","15",""
"Argentina","Electricity - total solar production","2014","Kilowatt-hours, million","16",""
"Argentina","Electricity - total solar production","2013","Kilowatt-hours, million","15",""
"Argentina","Electricity - total solar production","2012","Kilowatt-hours, million","8",""
"Argentina","Electricity - total solar production","2011","Kilowatt-hours, million","2",""
"Argentina","Electricity - total solar production","2010","Kilowatt-hours, million","0.09",""
"Argentina","Electricity - total solar production","2009","Kilowatt-hours, million","0.08",""
"Armenia","Electricity - total solar production","2017","Kilowatt-hours, million","0",""
"Armenia","Electricity - total solar production","2016","Kilowatt-hours, million","1",""
"Armenia","Electricity - total solar production","2015","Kilowatt-hours, million","1",""
"Australia","Electricity - total solar production","2016","Kilowatt-hours, million","6209",""
"Australia","Electricity - total solar production","2015","Kilowatt-hours, million","5023",""
"Australia","Electricity - total solar production","2014","Kilowatt-hours, million","4010",""
"Australia","Electricity - total solar production","2013","Kilowatt-hours, million","3475",""
"Australia","Electricity - total solar production","2012","Kilowatt-hours, million","2325",""
"Australia","Electricity - total solar production","2011","Kilowatt-hours, million","1391",""
"Australia","Electricity - total solar production","2010","Kilowatt-hours, million","389",""
"Australia","Electricity - total solar production","2009","Kilowatt-hours, million","160",""
"Australia","Electricity - total solar production","2008","Kilowatt-hours, million","127",""
"Australia","Electricity - total solar production","2007","Kilowatt-hours, million","109",""
"Australia","Electricity - total solar production","2006","Kilowatt-hours, million","91",""
"Australia","Electricity - total solar production","2005","Kilowatt-hours, million","79",""
"Australia","Electricity - total solar production","2004","Kilowatt-hours, million","69",""
"Australia","Electricity - total solar production","2003","Kilowatt-hours, million","59",""
"Australia","Electricity - total solar production","2002","Kilowatt-hours, million","50",""
"Australia","Electricity - total solar production","2001","Kilowatt-hours, million","44",""
"Australia","Electricity - total solar production","2000","Kilowatt-hours, million","38",""
"Australia","Electricity - total solar production","1999","Kilowatt-hours, million","34",""
"Australia","Electricity - total solar production","1998","Kilowatt-hours, million","28",""
"Australia","Electricity - total solar production","1997","Kilowatt-hours, million","23",""
"Australia","Electricity - total solar production","1996","Kilowatt-hours, million","19",""
"Australia","Electricity - total solar production","1995","Kilowatt-hours, million","16",""
"Australia","Electricity - total solar production","1994","Kilowatt-hours, million","13",""
"Australia","Electricity - total solar production","1993","Kilowatt-hours, million","11",""
"Austria","Electricity - total solar production","2016","Kilowatt-hours, million","1096",""
"Austria","Electricity - total solar production","2015","Kilowatt-hours, million","937",""
"Austria","Electricity - total solar production","2014","Kilowatt-hours, million","785",""
"Austria","Electricity - total solar production","2013","Kilowatt-hours, million","582",""
"Austria","Electricity - total solar production","2012","Kilowatt-hours, million","337",""
"Austria","Electricity - total solar production","2011","Kilowatt-hours, million","174",""
"Austria","Electricity - total solar production","2010","Kilowatt-hours, million","89",""
"Austria","Electricity - total solar production","2009","Kilowatt-hours, million","49",""
"Austria","Electricity - total solar production","2008","Kilowatt-hours, million","30",""
"Austria","Electricity - total solar production","2007","Kilowatt-hours, million","24",""
"Austria","Electricity - total solar production","2006","Kilowatt-hours, million","22",""
"Austria","Electricity - total solar production","2005","Kilowatt-hours, million","21",""
"Austria","Electricity - total solar production","2004","Kilowatt-hours, million","18",""
"Austria","Electricity - total solar production","2003","Kilowatt-hours, million","15",""
"Austria","Electricity - total solar production","2002","Kilowatt-hours, million","9",""
"Austria","Electricity - total solar production","2001","Kilowatt-hours, million","5",""
"Austria","Electricity - total solar production","2000","Kilowatt-hours, million","3",""
"Austria","Electricity - total solar production","1999","Kilowatt-hours, million","2",""
"Austria","Electricity - total solar production","1998","Kilowatt-hours, million","2",""
"Austria","Electricity - total solar production","1997","Kilowatt-hours, million","2",""
"Austria","Electricity - total solar production","1996","Kilowatt-hours, million","1",""
"Austria","Electricity - total solar production","1995","Kilowatt-hours, million","1",""
"Austria","Electricity - total solar production","1994","Kilowatt-hours, million","1",""
"Austria","Electricity - total solar production","1993","Kilowatt-hours, million","1",""
"Azerbaijan","Electricity - total solar production","2016","Kilowatt-hours, million","35",""
"Azerbaijan","Electricity - total solar production","2015","Kilowatt-hours, million","5",""
"Azerbaijan","Electricity - total solar production","2014","Kilowatt-hours, million","3",""
"Azerbaijan","Electricity - total solar production","2013","Kilowatt-hours, million","1",""
"Bahrain","Electricity - total solar production","2016","Kilowatt-hours, million","9",""
"Bahrain","Electricity - total solar production","2015","Kilowatt-hours, million","9",""
"Bangladesh","Electricity - total solar production","2016","Kilowatt-hours, million","165",""
"Bangladesh","Electricity - total solar production","2015","Kilowatt-hours, million","154",""
"Bangladesh","Electricity - total solar production","2014","Kilowatt-hours, million","145",""
"Bangladesh","Electricity - total solar production","2013","Kilowatt-hours, million","136",""
"Belarus","Electricity - total solar production","2016","Kilowatt-hours, million","28",""
"Belarus","Electricity - total solar production","2015","Kilowatt-hours, million","8",""
"Belarus","Electricity - total solar production","2014","Kilowatt-hours, million","1",""
"Belgium","Electricity - total solar production","2016","Kilowatt-hours, million","3086",""
"Belgium","Electricity - total solar production","2015","Kilowatt-hours, million","3053",""
"Belgium","Electricity - total solar production","2014","Kilowatt-hours, million","2883",""
"Belgium","Electricity - total solar production","2013","Kilowatt-hours, million","2644",""
"Belgium","Electricity - total solar production","2012","Kilowatt-hours, million","2148",""
"Belgium","Electricity - total solar production","2011","Kilowatt-hours, million","1169",""
"Belgium","Electricity - total solar production","2010","Kilowatt-hours, million","560",""
"Belgium","Electricity - total solar production","2009","Kilowatt-hours, million","166",""
"Belgium","Electricity - total solar production","2008","Kilowatt-hours, million","42",""
"Belgium","Electricity - total solar production","2007","Kilowatt-hours, million","6",""
"Belgium","Electricity - total solar production","2006","Kilowatt-hours, million","2",""
"Belgium","Electricity - total solar production","2005","Kilowatt-hours, million","1",""
"Belgium","Electricity - total solar production","2004","Kilowatt-hours, million","1",""
"Benin","Electricity - total solar production","2016","Kilowatt-hours, million","5",""
"Benin","Electricity - total solar production","2015","Kilowatt-hours, million","5",""
"Bolivia (Plur. State of)","Electricity - total solar production","2016","Kilowatt-hours, million","11",""
"Bolivia (Plur. State of)","Electricity - total solar production","2015","Kilowatt-hours, million","11",""
"Bolivia (Plur. State of)","Electricity - total solar production","2014","Kilowatt-hours, million","6",""
"Bolivia (Plur. State of)","Electricity - total solar production","2013","Kilowatt-hours, million","3",""
"Bolivia (Plur. State of)","Electricity - total solar production","2012","Kilowatt-hours, million","3",""
"Bolivia (Plur. State of)","Electricity - total solar production","2011","Kilowatt-hours, million","3",""
"Bolivia (Plur. State of)","Electricity - total solar production","2010","Kilowatt-hours, million","3",""
"Bolivia (Plur. State of)","Electricity - total solar production","2009","Kilowatt-hours, million","2",""
"Bolivia (Plur. State of)","Electricity - total solar production","2008","Kilowatt-hours, million","1",""
"Bosnia and Herzegovina","Electricity - total solar production","2016","Kilowatt-hours, million","24",""
"Botswana","Electricity - total solar production","2016","Kilowatt-hours, million","2",""
"Botswana","Electricity - total solar production","2015","Kilowatt-hours, million","1.3",""
"Botswana","Electricity - total solar production","2014","Kilowatt-hours, million","1.3",""
"Botswana","Electricity - total solar production","2013","Kilowatt-hours, million","1.3",""
"Botswana","Electricity - total solar production","2012","Kilowatt-hours, million","1.3",""
"Brazil","Electricity - total solar production","2017","Kilowatt-hours, million","832",""
"Brazil","Electricity - total solar production","2016","Kilowatt-hours, million","85",""
"Brazil","Electricity - total solar production","2015","Kilowatt-hours, million","59",""
"Brazil","Electricity - total solar production","2014","Kilowatt-hours, million","16",""
"Brazil","Electricity - total solar production","2013","Kilowatt-hours, million","7",""
"British Virgin Islands","Electricity - total solar production","2016","Kilowatt-hours, million","0.7","1"
"British Virgin Islands","Electricity - total solar production","2015","Kilowatt-hours, million","0.67","1"
"British Virgin Islands","Electricity - total solar production","2014","Kilowatt-hours, million","0.67","1"
"British Virgin Islands","Electricity - total solar production","2013","Kilowatt-hours, million","0.29","1"
"British Virgin Islands","Electricity - total solar production","2012","Kilowatt-hours, million","0.02","1"
"British Virgin Islands","Electricity - total solar production","2011","Kilowatt-hours, million","0.02","1"
"Brunei Darussalam","Electricity - total solar production","2016","Kilowatt-hours, million","1",""
"Brunei Darussalam","Electricity - total solar production","2015","Kilowatt-hours, million","2",""
"Brunei Darussalam","Electricity - total solar production","2014","Kilowatt-hours, million","2",""
"Brunei Darussalam","Electricity - total solar production","2013","Kilowatt-hours, million","2",""
"Brunei Darussalam","Electricity - total solar production","2012","Kilowatt-hours, million","2",""
"Brunei Darussalam","Electricity - total solar production","2011","Kilowatt-hours, million","2",""
"Bulgaria","Electricity - total solar production","2016","Kilowatt-hours, million","1386",""
"Bulgaria","Electricity - total solar production","2015","Kilowatt-hours, million","1383",""
"Bulgaria","Electricity - total solar production","2014","Kilowatt-hours, million","1252",""
"Bulgaria","Electricity - total solar production","2013","Kilowatt-hours, million","1361",""
"Bulgaria","Electricity - total solar production","2012","Kilowatt-hours, million","814",""
"Bulgaria","Electricity - total solar production","2011","Kilowatt-hours, million","101",""
"Bulgaria","Electricity - total solar production","2010","Kilowatt-hours, million","15",""
"Bulgaria","Electricity - total solar production","2009","Kilowatt-hours, million","3",""
"Cabo Verde","Electricity - total solar production","2016","Kilowatt-hours, million","5.6",""
"Cabo Verde","Electricity - total solar production","2015","Kilowatt-hours, million","6.2",""
"Cabo Verde","Electricity - total solar production","2014","Kilowatt-hours, million","5.02",""
"Cabo Verde","Electricity - total solar production","2013","Kilowatt-hours, million","7.28",""
"Cabo Verde","Electricity - total solar production","2012","Kilowatt-hours, million","7.49",""
"Cabo Verde","Electricity - total solar production","2011","Kilowatt-hours, million","8.96",""
"Cabo Verde","Electricity - total solar production","2010","Kilowatt-hours, million","2.11",""
"Cabo Verde","Electricity - total solar production","2009","Kilowatt-hours, million","0",""
"Cabo Verde","Electricity - total solar production","2008","Kilowatt-hours, million","0",""
"Cabo Verde","Electricity - total solar production","2007","Kilowatt-hours, million","0",""
"Cambodia","Electricity - total solar production","2016","Kilowatt-hours, million","3",""
"Cambodia","Electricity - total solar production","2015","Kilowatt-hours, million","3",""
"Cambodia","Electricity - total solar production","2014","Kilowatt-hours, million","3",""
"Cambodia","Electricity - total solar production","2013","Kilowatt-hours, million","3",""
"Cambodia","Electricity - total solar production","2012","Kilowatt-hours, million","3",""
"Cambodia","Electricity - total solar production","2011","Kilowatt-hours, million","3",""
"Cambodia","Electricity - total solar production","2010","Kilowatt-hours, million","3",""
"Cambodia","Electricity - total solar production","2009","Kilowatt-hours, million","2",""
"Cambodia","Electricity - total solar production","2008","Kilowatt-hours, million","2",""
"Cambodia","Electricity - total solar production","2007","Kilowatt-hours, million","2",""
"Cambodia","Electricity - total solar production","2006","Kilowatt-hours, million","2",""
"Cambodia","Electricity - total solar production","2005","Kilowatt-hours, million","1",""
"Canada","Electricity - total solar production","2016","Kilowatt-hours, million","3031",""
"Canada","Electricity - total solar production","2015","Kilowatt-hours, million","2895",""
"Canada","Electricity - total solar production","2014","Kilowatt-hours, million","2120",""
"Canada","Electricity - total solar production","2013","Kilowatt-hours, million","1499",""
"Canada","Electricity - total solar production","2012","Kilowatt-hours, million","881",""
"Canada","Electricity - total solar production","2011","Kilowatt-hours, million","572",""
"Canada","Electricity - total solar production","2010","Kilowatt-hours, million","255",""
"Canada","Electricity - total solar production","2009","Kilowatt-hours, million","109",""
"Canada","Electricity - total solar production","2008","Kilowatt-hours, million","35",""
"Canada","Electricity - total solar production","2007","Kilowatt-hours, million","26",""
"Canada","Electricity - total solar production","2006","Kilowatt-hours, million","21",""
"Canada","Electricity - total solar production","2005","Kilowatt-hours, million","17",""
"Canada","Electricity - total solar production","2004","Kilowatt-hours, million","13",""
"Canada","Electricity - total solar production","2003","Kilowatt-hours, million","23",""
"Canada","Electricity - total solar production","2002","Kilowatt-hours, million","22",""
"Canada","Electricity - total solar production","2001","Kilowatt-hours, million","19",""
"Canada","Electricity - total solar production","2000","Kilowatt-hours, million","16",""
"Canada","Electricity - total solar production","1999","Kilowatt-hours, million","13",""
"Canada","Electricity - total solar production","1998","Kilowatt-hours, million","10",""
"Canada","Electricity - total solar production","1997","Kilowatt-hours, million","7",""
"Canada","Electricity - total solar production","1996","Kilowatt-hours, million","6",""
"Canada","Electricity - total solar production","1995","Kilowatt-hours, million","4",""
"Canada","Electricity - total solar production","1994","Kilowatt-hours, million","3",""
"Canada","Electricity - total solar production","1993","Kilowatt-hours, million","3",""
"Canada","Electricity - total solar production","1992","Kilowatt-hours, million","2",""
"Chile","Electricity - total solar production","2016","Kilowatt-hours, million","2639",""
"Chile","Electricity - total solar production","2015","Kilowatt-hours, million","1261",""
"Chile","Electricity - total solar production","2014","Kilowatt-hours, million","480",""
"Chile","Electricity - total solar production","2013","Kilowatt-hours, million","8",""
"Chile","Electricity - total solar production","2012","Kilowatt-hours, million","0",""
"Chile","Electricity - total solar production","2011","Kilowatt-hours, million","0",""
"China","Electricity - total solar production","2016","Kilowatt-hours, million","61586",""
"China","Electricity - total solar production","2015","Kilowatt-hours, million","38776",""
"China","Electricity - total solar production","2014","Kilowatt-hours, million","15189",""
"China","Electricity - total solar production","2013","Kilowatt-hours, million","5564",""
"China","Electricity - total solar production","2009","Kilowatt-hours, million","279",""
"China","Electricity - total solar production","2007","Kilowatt-hours, million","114",""
"Cook Islands","Electricity - total solar production","2017","Kilowatt-hours, million","3.4","1"
"Cook Islands","Electricity - total solar production","2016","Kilowatt-hours, million","3.6","1"
"Cook Islands","Electricity - total solar production","2015","Kilowatt-hours, million","2.4","1"
"Cook Islands","Electricity - total solar production","2014","Kilowatt-hours, million","2.6","1"
"Cook Islands","Electricity - total solar production","2013","Kilowatt-hours, million","1.4","1"
"Cook Islands","Electricity - total solar production","2012","Kilowatt-hours, million","1.4","1"
"Cook Islands","Electricity - total solar production","2011","Kilowatt-hours, million","0.9","1"
"Costa Rica","Electricity - total solar production","2016","Kilowatt-hours, million","2.41333333333333",""
"Costa Rica","Electricity - total solar production","2015","Kilowatt-hours, million","2.53388888888889",""
"Costa Rica","Electricity - total solar production","2014","Kilowatt-hours, million","2.465556",""
"Costa Rica","Electricity - total solar production","2013","Kilowatt-hours, million","2.443333",""
"Costa Rica","Electricity - total solar production","2012","Kilowatt-hours, million","1.296944",""
"Costa Rica","Electricity - total solar production","2011","Kilowatt-hours, million","0.479722",""
"Costa Rica","Electricity - total solar production","2010","Kilowatt-hours, million","0.258333",""
"Costa Rica","Electricity - total solar production","2009","Kilowatt-hours, million","0.177777777777778",""
"Costa Rica","Electricity - total solar production","2008","Kilowatt-hours, million","0.177777777777778",""
"Costa Rica","Electricity - total solar production","2007","Kilowatt-hours, million","0.177777777777778",""
"Costa Rica","Electricity - total solar production","2006","Kilowatt-hours, million","0.177777777777778",""
"Costa Rica","Electricity - total solar production","2005","Kilowatt-hours, million","0.172222222222222",""
"Costa Rica","Electricity - total solar production","1997","Kilowatt-hours, million","76",""
"Costa Rica","Electricity - total solar production","1996","Kilowatt-hours, million","23",""
"Costa Rica","Electricity - total solar production","1995","Kilowatt-hours, million","23","1"
"Croatia","Electricity - total solar production","2016","Kilowatt-hours, million","66",""
"Croatia","Electricity - total solar production","2015","Kilowatt-hours, million","57",""
"Croatia","Electricity - total solar production","2014","Kilowatt-hours, million","35",""
"Croatia","Electricity - total solar production","2013","Kilowatt-hours, million","11",""
"Croatia","Electricity - total solar production","2012","Kilowatt-hours, million","2",""
"Croatia","Electricity - total solar production","2011","Kilowatt-hours, million","0",""
"Croatia","Electricity - total solar production","2010","Kilowatt-hours, million","0",""
"Croatia","Electricity - total solar production","2009","Kilowatt-hours, million","0",""
"Croatia","Electricity - total solar production","2008","Kilowatt-hours, million","0",""
"Croatia","Electricity - total solar production","2007","Kilowatt-hours, million","0",""
"Curaçao","Electricity - total solar production","2016","Kilowatt-hours, million","32",""
"Cyprus","Electricity - total solar production","2016","Kilowatt-hours, million","146",""
"Cyprus","Electricity - total solar production","2015","Kilowatt-hours, million","126",""
"Cyprus","Electricity - total solar production","2014","Kilowatt-hours, million","84",""
"Cyprus","Electricity - total solar production","2013","Kilowatt-hours, million","47",""
"Cyprus","Electricity - total solar production","2012","Kilowatt-hours, million","22",""
"Cyprus","Electricity - total solar production","2011","Kilowatt-hours, million","12",""
"Cyprus","Electricity - total solar production","2010","Kilowatt-hours, million","7",""
"Cyprus","Electricity - total solar production","2009","Kilowatt-hours, million","4",""
"Cyprus","Electricity - total solar production","2008","Kilowatt-hours, million","3",""
"Cyprus","Electricity - total solar production","2007","Kilowatt-hours, million","2",""
"Cyprus","Electricity - total solar production","2006","Kilowatt-hours, million","1",""
"Cyprus","Electricity - total solar production","2005","Kilowatt-hours, million","1",""
"Czechia","Electricity - total solar production","2016","Kilowatt-hours, million","2131",""
"Czechia","Electricity - total solar production","2015","Kilowatt-hours, million","2264",""
"Czechia","Electricity - total solar production","2014","Kilowatt-hours, million","2123",""
"Czechia","Electricity - total solar production","2013","Kilowatt-hours, million","2033",""
"Czechia","Electricity - total solar production","2012","Kilowatt-hours, million","2149",""
"Czechia","Electricity - total solar production","2011","Kilowatt-hours, million","2182",""
"Czechia","Electricity - total solar production","2010","Kilowatt-hours, million","616",""
"Czechia","Electricity - total solar production","2009","Kilowatt-hours, million","89",""
"Czechia","Electricity - total solar production","2008","Kilowatt-hours, million","13",""
"Czechia","Electricity - total solar production","2007","Kilowatt-hours, million","2",""
"Czechia","Electricity - total solar production","2006","Kilowatt-hours, million","1",""
"Denmark","Electricity - total solar production","2016","Kilowatt-hours, million","744",""
"Denmark","Electricity - total solar production","2015","Kilowatt-hours, million","604",""
"Denmark","Electricity - total solar production","2014","Kilowatt-hours, million","596",""
"Denmark","Electricity - total solar production","2013","Kilowatt-hours, million","518",""
"Denmark","Electricity - total solar production","2012","Kilowatt-hours, million","104",""
"Denmark","Electricity - total solar production","2011","Kilowatt-hours, million","15",""
"Denmark","Electricity - total solar production","2010","Kilowatt-hours, million","6",""
"Denmark","Electricity - total solar production","2009","Kilowatt-hours, million","4",""
"Denmark","Electricity - total solar production","2008","Kilowatt-hours, million","3",""
"Denmark","Electricity - total solar production","2007","Kilowatt-hours, million","2",""
"Denmark","Electricity - total solar production","2006","Kilowatt-hours, million","2",""
"Denmark","Electricity - total solar production","2005","Kilowatt-hours, million","2",""
"Denmark","Electricity - total solar production","2004","Kilowatt-hours, million","2",""
"Denmark","Electricity - total solar production","2003","Kilowatt-hours, million","2",""
"Denmark","Electricity - total solar production","2002","Kilowatt-hours, million","1",""
"Denmark","Electricity - total solar production","2001","Kilowatt-hours, million","1",""
"Denmark","Electricity - total solar production","2000","Kilowatt-hours, million","1",""
"Denmark","Electricity - total solar production","1999","Kilowatt-hours, million","1",""
"Dominican Republic","Electricity - total solar production","2017","Kilowatt-hours, million","139.1",""
"Dominican Republic","Electricity - total solar production","2016","Kilowatt-hours, million","74.6",""
"Dominican Republic","Electricity - total solar production","2015","Kilowatt-hours, million","32.4",""
"Dominican Republic","Electricity - total solar production","2014","Kilowatt-hours, million","18.3",""
"Dominican Republic","Electricity - total solar production","2013","Kilowatt-hours, million","9.4",""
"Dominican Republic","Electricity - total solar production","2012","Kilowatt-hours, million","1.1",""
"Dominican Republic","Electricity - total solar production","2011","Kilowatt-hours, million","0",""
"Ecuador","Electricity - total solar production","2016","Kilowatt-hours, million","38.75",""
"Ecuador","Electricity - total solar production","2015","Kilowatt-hours, million","36.06",""
"Ecuador","Electricity - total solar production","2014","Kilowatt-hours, million","16.48",""
"Ecuador","Electricity - total solar production","2013","Kilowatt-hours, million","3.66",""
"Ecuador","Electricity - total solar production","2012","Kilowatt-hours, million","0.33",""
"Ecuador","Electricity - total solar production","2011","Kilowatt-hours, million","0.058",""
"Egypt","Electricity - total solar production","2016","Kilowatt-hours, million","168",""
"Egypt","Electricity - total solar production","2015","Kilowatt-hours, million","253",""
"Egypt","Electricity - total solar production","2014","Kilowatt-hours, million","247",""
"Egypt","Electricity - total solar production","2013","Kilowatt-hours, million","114",""
"Egypt","Electricity - total solar production","2012","Kilowatt-hours, million","237",""
"Egypt","Electricity - total solar production","2011","Kilowatt-hours, million","479",""
"Egypt","Electricity - total solar production","2010","Kilowatt-hours, million","206",""
"Eritrea","Electricity - total solar production","2016","Kilowatt-hours, million","2",""
"Eritrea","Electricity - total solar production","2015","Kilowatt-hours, million","2",""
"Eritrea","Electricity - total solar production","2014","Kilowatt-hours, million","2",""
"Eritrea","Electricity - total solar production","2013","Kilowatt-hours, million","2",""
"Eritrea","Electricity - total solar production","2012","Kilowatt-hours, million","2",""
"Eritrea","Electricity - total solar production","2011","Kilowatt-hours, million","2",""
"Eritrea","Electricity - total solar production","2010","Kilowatt-hours, million","2",""
"Eritrea","Electricity - total solar production","2009","Kilowatt-hours, million","2",""
"Eritrea","Electricity - total solar production","2008","Kilowatt-hours, million","2",""
"Eritrea","Electricity - total solar production","2007","Kilowatt-hours, million","2",""
"Eritrea","Electricity - total solar production","2006","Kilowatt-hours, million","2",""
"Eritrea","Electricity - total solar production","2005","Kilowatt-hours, million","1",""
"Eritrea","Electricity - total solar production","2004","Kilowatt-hours, million","1",""
"Eritrea","Electricity - total solar production","2003","Kilowatt-hours, million","1",""
"Eritrea","Electricity - total solar production","2002","Kilowatt-hours, million","1",""
"Eritrea","Electricity - total solar production","2001","Kilowatt-hours, million","1",""
"Eritrea","Electricity - total solar production","2000","Kilowatt-hours, million","1",""
"Eritrea","Electricity - total solar production","1999","Kilowatt-hours, million","1",""
"Eritrea","Electricity - total solar production","1998","Kilowatt-hours, million","1",""
"Eritrea","Electricity - total solar production","1997","Kilowatt-hours, million","1",""
"Finland","Electricity - total solar production","2016","Kilowatt-hours, million","17",""
"Finland","Electricity - total solar production","2015","Kilowatt-hours, million","9",""
"Finland","Electricity - total solar production","2014","Kilowatt-hours, million","8",""
"Finland","Electricity - total solar production","2013","Kilowatt-hours, million","6",""
"Finland","Electricity - total solar production","2012","Kilowatt-hours, million","6",""
"Finland","Electricity - total solar production","2011","Kilowatt-hours, million","5",""
"Finland","Electricity - total solar production","2010","Kilowatt-hours, million","5",""
"Finland","Electricity - total solar production","2009","Kilowatt-hours, million","4",""
"Finland","Electricity - total solar production","2008","Kilowatt-hours, million","4",""
"Finland","Electricity - total solar production","2007","Kilowatt-hours, million","4",""
"Finland","Electricity - total solar production","2006","Kilowatt-hours, million","3",""
"Finland","Electricity - total solar production","2005","Kilowatt-hours, million","3",""
"Finland","Electricity - total solar production","2004","Kilowatt-hours, million","2",""
"Finland","Electricity - total solar production","2003","Kilowatt-hours, million","2",""
"Finland","Electricity - total solar production","2002","Kilowatt-hours, million","2",""
"Finland","Electricity - total solar production","2001","Kilowatt-hours, million","2",""
"Finland","Electricity - total solar production","2000","Kilowatt-hours, million","2",""
"Finland","Electricity - total solar production","1999","Kilowatt-hours, million","1",""
"Finland","Electricity - total solar production","1998","Kilowatt-hours, million","1",""
"Finland","Electricity - total solar production","1997","Kilowatt-hours, million","1",""
"Finland","Electricity - total solar production","1996","Kilowatt-hours, million","1",""
"Finland","Electricity - total solar production","1995","Kilowatt-hours, million","1",""
"Finland","Electricity - total solar production","1994","Kilowatt-hours, million","1",""
"Finland","Electricity - total solar production","1993","Kilowatt-hours, million","1",""
"Finland","Electricity - total solar production","1992","Kilowatt-hours, million","1",""
"Finland","Electricity - total solar production","1991","Kilowatt-hours, million","1",""
"France","Electricity - total solar production","2016","Kilowatt-hours, million","8160",""
"France","Electricity - total solar production","2015","Kilowatt-hours, million","7262",""
"France","Electricity - total solar production","2014","Kilowatt-hours, million","5913",""
"France","Electricity - total solar production","2013","Kilowatt-hours, million","4735",""
"France","Electricity - total solar production","2012","Kilowatt-hours, million","4016",""
"France","Electricity - total solar production","2011","Kilowatt-hours, million","2078",""
"France","Electricity - total solar production","2010","Kilowatt-hours, million","620",""
"France","Electricity - total solar production","2009","Kilowatt-hours, million","174",""
"France","Electricity - total solar production","2008","Kilowatt-hours, million","42",""
"France","Electricity - total solar production","2007","Kilowatt-hours, million","27",""
"France","Electricity - total solar production","2006","Kilowatt-hours, million","16",""
"France","Electricity - total solar production","2005","Kilowatt-hours, million","13",""
"France","Electricity - total solar production","2004","Kilowatt-hours, million","9",""
"France","Electricity - total solar production","2003","Kilowatt-hours, million","8",""
"France","Electricity - total solar production","2002","Kilowatt-hours, million","7",""
"France","Electricity - total solar production","2001","Kilowatt-hours, million","6",""
"France","Electricity - total solar production","2000","Kilowatt-hours, million","5",""
"France","Electricity - total solar production","1999","Kilowatt-hours, million","2",""
"France","Electricity - total solar production","1998","Kilowatt-hours, million","2",""
"France","Electricity - total solar production","1997","Kilowatt-hours, million","2",""
"France","Electricity - total solar production","1996","Kilowatt-hours, million","1",""
"France","Electricity - total solar production","1995","Kilowatt-hours, million","1",""
"France","Electricity - total solar production","1994","Kilowatt-hours, million","1",""
"French Guiana","Electricity - total solar production","2016","Kilowatt-hours, million","64",""
"French Guiana","Electricity - total solar production","2015","Kilowatt-hours, million","53",""
"French Guiana","Electricity - total solar production","2014","Kilowatt-hours, million","52",""
"French Guiana","Electricity - total solar production","2013","Kilowatt-hours, million","44",""
"French Guiana","Electricity - total solar production","2012","Kilowatt-hours, million","52",""
"French Guiana","Electricity - total solar production","2011","Kilowatt-hours, million","31",""
"French Guiana","Electricity - total solar production","2010","Kilowatt-hours, million","1",""
"French Polynesia","Electricity - total solar production","2016","Kilowatt-hours, million","13.6","1"
"French Polynesia","Electricity - total solar production","2015","Kilowatt-hours, million","13.8","1"
"French Polynesia","Electricity - total solar production","2014","Kilowatt-hours, million","12.5","1"
"French Polynesia","Electricity - total solar production","2013","Kilowatt-hours, million","8.8","1"
"French Polynesia","Electricity - total solar production","2012","Kilowatt-hours, million","7.5","1"
"French Polynesia","Electricity - total solar production","2011","Kilowatt-hours, million","5","1"
"French Polynesia","Electricity - total solar production","2010","Kilowatt-hours, million","3.4","1"
"French Polynesia","Electricity - total solar production","2009","Kilowatt-hours, million","3.404",""
"French Polynesia","Electricity - total solar production","2008","Kilowatt-hours, million","3.13",""
"Gabon","Electricity - total solar production","2016","Kilowatt-hours, million","2",""
"Gabon","Electricity - total solar production","2015","Kilowatt-hours, million","2",""
"Gabon","Electricity - total solar production","2014","Kilowatt-hours, million","2",""
"Gabon","Electricity - total solar production","2013","Kilowatt-hours, million","2",""
"Gabon","Electricity - total solar production","2012","Kilowatt-hours, million","3",""
"Germany","Electricity - total solar production","2016","Kilowatt-hours, million","38098",""
"Germany","Electricity - total solar production","2015","Kilowatt-hours, million","38726",""
"Germany","Electricity - total solar production","2014","Kilowatt-hours, million","36056",""
"Germany","Electricity - total solar production","2013","Kilowatt-hours, million","31010",""
"Germany","Electricity - total solar production","2012","Kilowatt-hours, million","26380",""
"Germany","Electricity - total solar production","2011","Kilowatt-hours, million","19599",""
"Germany","Electricity - total solar production","2010","Kilowatt-hours, million","11729",""
"Germany","Electricity - total solar production","2009","Kilowatt-hours, million","6584",""
"Germany","Electricity - total solar production","2008","Kilowatt-hours, million","4420",""
"Germany","Electricity - total solar production","2007","Kilowatt-hours, million","3075",""
"Germany","Electricity - total solar production","2006","Kilowatt-hours, million","2220",""
"Germany","Electricity - total solar production","2005","Kilowatt-hours, million","1282",""
"Germany","Electricity - total solar production","2004","Kilowatt-hours, million","557",""
"Germany","Electricity - total solar production","2003","Kilowatt-hours, million","313",""
"Germany","Electricity - total solar production","2002","Kilowatt-hours, million","188",""
"Germany","Electricity - total solar production","2001","Kilowatt-hours, million","116",""
"Germany","Electricity - total solar production","2000","Kilowatt-hours, million","60",""
"Germany","Electricity - total solar production","1999","Kilowatt-hours, million","30",""
"Germany","Electricity - total solar production","1998","Kilowatt-hours, million","35",""
"Germany","Electricity - total solar production","1997","Kilowatt-hours, million","18",""
"Germany","Electricity - total solar production","1996","Kilowatt-hours, million","12",""
"Germany","Electricity - total solar production","1995","Kilowatt-hours, million","7",""
"Germany","Electricity - total solar production","1994","Kilowatt-hours, million","7",""
"Germany","Electricity - total solar production","1993","Kilowatt-hours, million","3",""
"Germany","Electricity - total solar production","1992","Kilowatt-hours, million","4",""
"Germany","Electricity - total solar production","1991","Kilowatt-hours, million","1",""
"Ghana","Electricity - total solar production","2017","Kilowatt-hours, million","28",""
"Ghana","Electricity - total solar production","2016","Kilowatt-hours, million","27",""
"Ghana","Electricity - total solar production","2015","Kilowatt-hours, million","3",""
"Ghana","Electricity - total solar production","2014","Kilowatt-hours, million","4",""
"Ghana","Electricity - total solar production","2013","Kilowatt-hours, million","3",""
"Greece","Electricity - total solar production","2016","Kilowatt-hours, million","3930",""
"Greece","Electricity - total solar production","2015","Kilowatt-hours, million","3900",""
"Greece","Electricity - total solar production","2014","Kilowatt-hours, million","3792",""
"Greece","Electricity - total solar production","2013","Kilowatt-hours, million","3648",""
"Greece","Electricity - total solar production","2012","Kilowatt-hours, million","1694",""
"Greece","Electricity - total solar production","2011","Kilowatt-hours, million","610",""
"Greece","Electricity - total solar production","2010","Kilowatt-hours, million","158",""
"Greece","Electricity - total solar production","2009","Kilowatt-hours, million","50",""
"Greece","Electricity - total solar production","2008","Kilowatt-hours, million","5",""
"Greece","Electricity - total solar production","2007","Kilowatt-hours, million","1",""
"Greece","Electricity - total solar production","2006","Kilowatt-hours, million","1",""
"Greece","Electricity - total solar production","2005","Kilowatt-hours, million","1",""
"Greece","Electricity - total solar production","2004","Kilowatt-hours, million","1",""
"Guadeloupe","Electricity - total solar production","2016","Kilowatt-hours, million","93.8",""
"Guadeloupe","Electricity - total solar production","2015","Kilowatt-hours, million","101.5",""
"Guadeloupe","Electricity - total solar production","2014","Kilowatt-hours, million","102.7",""
"Guadeloupe","Electricity - total solar production","2013","Kilowatt-hours, million","98.6",""
"Guadeloupe","Electricity - total solar production","2012","Kilowatt-hours, million","91.8",""
"Guadeloupe","Electricity - total solar production","2011","Kilowatt-hours, million","33.4",""
"Guadeloupe","Electricity - total solar production","2010","Kilowatt-hours, million","17.3",""
"Guadeloupe","Electricity - total solar production","2009","Kilowatt-hours, million","5",""
"Guadeloupe","Electricity - total solar production","2008","Kilowatt-hours, million","3",""
"Guadeloupe","Electricity - total solar production","2007","Kilowatt-hours, million","2",""
"Guadeloupe","Electricity - total solar production","2006","Kilowatt-hours, million","1",""
"Guadeloupe","Electricity - total solar production","2005","Kilowatt-hours, million","0.3",""
"Guam","Electricity - total solar production","2017","Kilowatt-hours, million","51.6",""
"Guam","Electricity - total solar production","2016","Kilowatt-hours, million","51.6",""
"Guam","Electricity - total solar production","2015","Kilowatt-hours, million","21.5",""
"Guatemala","Electricity - total solar production","2017","Kilowatt-hours, million","198.2",""
"Guatemala","Electricity - total solar production","2016","Kilowatt-hours, million","191.8",""
"Guatemala","Electricity - total solar production","2015","Kilowatt-hours, million","149.26",""
"Guatemala","Electricity - total solar production","2014","Kilowatt-hours, million","7.1",""
"Honduras","Electricity - total solar production","2016","Kilowatt-hours, million","881",""
"Honduras","Electricity - total solar production","2015","Kilowatt-hours, million","417",""
"Hungary","Electricity - total solar production","2016","Kilowatt-hours, million","201",""
"Hungary","Electricity - total solar production","2015","Kilowatt-hours, million","123",""
"Hungary","Electricity - total solar production","2014","Kilowatt-hours, million","56",""
"Hungary","Electricity - total solar production","2013","Kilowatt-hours, million","25",""
"Hungary","Electricity - total solar production","2012","Kilowatt-hours, million","8",""
"Hungary","Electricity - total solar production","2011","Kilowatt-hours, million","1",""
"Hungary","Electricity - total solar production","2010","Kilowatt-hours, million","1",""
"Hungary","Electricity - total solar production","2009","Kilowatt-hours, million","1",""
"Hungary","Electricity - total solar production","2008","Kilowatt-hours, million","1",""
"India","Electricity - total solar production","2016","Kilowatt-hours, million","12578",""
"India","Electricity - total solar production","2015","Kilowatt-hours, million","7039",""
"India","Electricity - total solar production","2014","Kilowatt-hours, million","5020",""
"India","Electricity - total solar production","2013","Kilowatt-hours, million","3433",""
"Indonesia","Electricity - total solar production","2016","Kilowatt-hours, million","9",""
"Indonesia","Electricity - total solar production","2015","Kilowatt-hours, million","5.28",""
"Indonesia","Electricity - total solar production","2014","Kilowatt-hours, million","6.8",""
"Indonesia","Electricity - total solar production","2013","Kilowatt-hours, million","5.5",""
"Indonesia","Electricity - total solar production","2012","Kilowatt-hours, million","2.9",""
"Indonesia","Electricity - total solar production","2011","Kilowatt-hours, million","1",""
"Indonesia","Electricity - total solar production","2010","Kilowatt-hours, million","0.5",""
"Iran (Islamic Rep. of)","Electricity - total solar production","2016","Kilowatt-hours, million","4",""
"Iran (Islamic Rep. of)","Electricity - total solar production","2015","Kilowatt-hours, million","0.86",""
"Iran (Islamic Rep. of)","Electricity - total solar production","2014","Kilowatt-hours, million","0.08",""
"Iran (Islamic Rep. of)","Electricity - total solar production","2013","Kilowatt-hours, million","0.07",""
"Iran (Islamic Rep. of)","Electricity - total solar production","2012","Kilowatt-hours, million","0.06",""
"Iran (Islamic Rep. of)","Electricity - total solar production","2011","Kilowatt-hours, million","0.05",""
"Iran (Islamic Rep. of)","Electricity - total solar production","2010","Kilowatt-hours, million","0.09",""
"Iran (Islamic Rep. of)","Electricity - total solar production","2009","Kilowatt-hours, million","0.07",""
"Iran (Islamic Rep. of)","Electricity - total solar production","2008","Kilowatt-hours, million","0.08",""
"Iran (Islamic Rep. of)","Electricity - total solar production","2007","Kilowatt-hours, million","0.07",""
"Iran (Islamic Rep. of)","Electricity - total solar production","2006","Kilowatt-hours, million","0.08",""
"Iran (Islamic Rep. of)","Electricity - total solar production","2005","Kilowatt-hours, million","0.05",""
"Ireland","Electricity - total solar production","2016","Kilowatt-hours, million","4",""
"Ireland","Electricity - total solar production","2015","Kilowatt-hours, million","2",""
"Ireland","Electricity - total solar production","2014","Kilowatt-hours, million","1",""
"Ireland","Electricity - total solar production","2013","Kilowatt-hours, million","1",""
"Ireland","Electricity - total solar production","2012","Kilowatt-hours, million","1",""
"Ireland","Electricity - total solar production","2011","Kilowatt-hours, million","1",""
"Israel","Electricity - total solar production","2016","Kilowatt-hours, million","1544",""
"Israel","Electricity - total solar production","2015","Kilowatt-hours, million","1115",""
"Israel","Electricity - total solar production","2014","Kilowatt-hours, million","840",""
"Israel","Electricity - total solar production","2013","Kilowatt-hours, million","494",""
"Israel","Electricity - total solar production","2012","Kilowatt-hours, million","369",""
"Israel","Electricity - total solar production","2011","Kilowatt-hours, million","192",""
"Israel","Electricity - total solar production","2010","Kilowatt-hours, million","70",""
"Israel","Electricity - total solar production","2009","Kilowatt-hours, million","24",""
"Italy","Electricity - total solar production","2016","Kilowatt-hours, million","22104",""
"Italy","Electricity - total solar production","2015","Kilowatt-hours, million","22942",""
"Italy","Electricity - total solar production","2014","Kilowatt-hours, million","22306",""
"Italy","Electricity - total solar production","2013","Kilowatt-hours, million","21589",""
"Italy","Electricity - total solar production","2012","Kilowatt-hours, million","18862",""
"Italy","Electricity - total solar production","2011","Kilowatt-hours, million","10796",""
"Italy","Electricity - total solar production","2010","Kilowatt-hours, million","1906",""
"Italy","Electricity - total solar production","2009","Kilowatt-hours, million","676",""
"Italy","Electricity - total solar production","2008","Kilowatt-hours, million","193",""
"Italy","Electricity - total solar production","2007","Kilowatt-hours, million","38",""
"Italy","Electricity - total solar production","2006","Kilowatt-hours, million","35",""
"Italy","Electricity - total solar production","2005","Kilowatt-hours, million","31",""
"Italy","Electricity - total solar production","2004","Kilowatt-hours, million","29",""
"Italy","Electricity - total solar production","2003","Kilowatt-hours, million","24",""
"Italy","Electricity - total solar production","2002","Kilowatt-hours, million","21",""
"Italy","Electricity - total solar production","2001","Kilowatt-hours, million","19",""
"Italy","Electricity - total solar production","2000","Kilowatt-hours, million","18",""
"Italy","Electricity - total solar production","1999","Kilowatt-hours, million","17",""
"Italy","Electricity - total solar production","1998","Kilowatt-hours, million","16",""
"Italy","Electricity - total solar production","1997","Kilowatt-hours, million","15",""
"Italy","Electricity - total solar production","1996","Kilowatt-hours, million","14",""
"Italy","Electricity - total solar production","1995","Kilowatt-hours, million","13",""
"Italy","Electricity - total solar production","1994","Kilowatt-hours, million","11",""
"Italy","Electricity - total solar production","1993","Kilowatt-hours, million","11",""
"Italy","Electricity - total solar production","1992","Kilowatt-hours, million","9",""
"Italy","Electricity - total solar production","1991","Kilowatt-hours, million","5",""
"Italy","Electricity - total solar production","1990","Kilowatt-hours, million","4",""
"Jamaica","Electricity - total solar production","2016","Kilowatt-hours, million","13",""
"Japan","Electricity - total solar production","2016","Kilowatt-hours, million","50952",""
"Japan","Electricity - total solar production","2015","Kilowatt-hours, million","34802",""
"Japan","Electricity - total solar production","2014","Kilowatt-hours, million","22952",""
"Japan","Electricity - total solar production","2013","Kilowatt-hours, million","12880",""
"Japan","Electricity - total solar production","2012","Kilowatt-hours, million","6613",""
"Japan","Electricity - total solar production","2011","Kilowatt-hours, million","4839",""
"Japan","Electricity - total solar production","2010","Kilowatt-hours, million","3543",""
"Japan","Electricity - total solar production","2009","Kilowatt-hours, million","2657",""
"Japan","Electricity - total solar production","2008","Kilowatt-hours, million","2206",""
"Japan","Electricity - total solar production","2007","Kilowatt-hours, million","1972",""
"Japan","Electricity - total solar production","2006","Kilowatt-hours, million","1721",""
"Japan","Electricity - total solar production","2005","Kilowatt-hours, million","1420",""
"Japan","Electricity - total solar production","2004","Kilowatt-hours, million","1118",""
"Japan","Electricity - total solar production","2003","Kilowatt-hours, million","858",""
"Japan","Electricity - total solar production","2002","Kilowatt-hours, million","644",""
"Japan","Electricity - total solar production","2001","Kilowatt-hours, million","547",""
"Japan","Electricity - total solar production","2000","Kilowatt-hours, million","357",""
"Japan","Electricity - total solar production","1999","Kilowatt-hours, million","254",""
"Japan","Electricity - total solar production","1998","Kilowatt-hours, million","189",""
"Japan","Electricity - total solar production","1997","Kilowatt-hours, million","149",""
"Japan","Electricity - total solar production","1996","Kilowatt-hours, million","122",""
"Japan","Electricity - total solar production","1995","Kilowatt-hours, million","106",""
"Japan","Electricity - total solar production","1994","Kilowatt-hours, million","96",""
"Japan","Electricity - total solar production","1993","Kilowatt-hours, million","89",""
"Japan","Electricity - total solar production","1992","Kilowatt-hours, million","81",""
"Japan","Electricity - total solar production","1991","Kilowatt-hours, million","74",""
"Japan","Electricity - total solar production","1990","Kilowatt-hours, million","67",""
"Jordan","Electricity - total solar production","2016","Kilowatt-hours, million","491",""
"Jordan","Electricity - total solar production","2015","Kilowatt-hours, million","1.6",""
"Kazakhstan","Electricity - total solar production","2016","Kilowatt-hours, million","88.4",""
"Kazakhstan","Electricity - total solar production","2015","Kilowatt-hours, million","47",""
"Kazakhstan","Electricity - total solar production","2014","Kilowatt-hours, million","1",""
"Kazakhstan","Electricity - total solar production","2013","Kilowatt-hours,...
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