Simulation of the effects of possible regulations for the location of wind and photovoltaic power plants in the Lazio Regional Administration (Italy)
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Number of Parts | 351 | |
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License | CC Attribution 3.0 Unported: You are free to use, adapt and copy, distribute and transmit the work or content in adapted or unchanged form for any legal purpose as long as the work is attributed to the author in the manner specified by the author or licensor. | |
Identifiers | 10.5446/68908 (DOI) | |
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Production Year | 2022 |
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00:00
SimulationGoodness of fitProjective planeComputer animation
00:07
PlanningTask (computing)Food energyDependent and independent variablesScale (map)Power (physics)BuildingParameter (computer programming)Constraint (mathematics)Integrated development environmentBoundary value problemSimulationSound effectFormal verificationEstimationMathematical analysisStress (mechanics)Square numberPhysical systemCondition numberMetreCalculationEntire functionUsabilityFood energyDialectDegree (graph theory)Constraint (mathematics)Revision controlRegulator geneAreaStress (mechanics)Presentation of a groupProduct (business)Task (computing)VideoconferencingState of matterPhysical systemSystem identificationBuildingExterior algebraEstimatorElectric power transmissionLimit (category theory)Condition numberPlanningNumberSoftwareMathematical analysisTerm (mathematics)Level (video gaming)MetreSquare numberProjective planeGreen's functionScaling (geometry)AdditionQuery languageWebsiteComputer animationSource code
Transcript: English(auto-generated)
00:01
Good morning, I'm Valerio Marzeioli and I'm here to present our project. The project was born in the closest actuality. In fact, the PNR, a national plan to repay the damage caused by the global pandemic, allows access to substantial funds to be able to invest in renewables.
00:22
In addition, the search for alternative energy became more pressing after the outbreak of the Russian-Ukrainian conflict. The central idea was to search for the use of layers about the legislative constraints on the territory for areas available for the installation of large-scale photovoltaic and wind power plants in the Lazio region.
00:45
In Italy, the central state has delegated to the regions the task of identifying areas suitable for the installation of such facilities. The Lazio region has in turn delegated the task to individual municipalities, which I have not yet done so.
01:02
So, the main regulation we have to deal with are the renewable degree of 2021 and for the Lazio region, the PTPR, territorial regional landscape plan. The layers were provided by the region's geo-website and employed in Kuji's
01:23
version 3.16. From an initial estimate, it was noted that for the region, the most productive alternative energy is photovoltaic. In Italy, large photovoltaic is considered to be the system that exceeds 1 megawatt if installed on buildings and 200 kilowatt per hour if installed on the ground.
01:45
The more than 50 layers employed delineated areas definitely not available for installation and brought out those to be considered suitable, but with limitations. The layer containing areas designated for landfills and quarries was then added to this map. The resulting map
02:06
is as follows. We can see in grey unsuitable areas, in red municipalities, landfills in green and quarries in yellow. Two rough estimates of the region's possible energy expenditure in terms of domestic use and all-electric
02:23
private traction were then added to this spatial analysis. The estimates were derived using data about the number of cars present in kilometers driven by each inhabitant in the region from ACI, Italian National Car Association,
02:41
and the average consumption of the Lazio Citizen from Terna SEFIA, an Italian company operating electricity transmission networks. These were combined with the rough estimates of the yield per square meter of a photovoltaic system under the best possible condition. Data obtained through
03:01
the use of the EU software, photovoltaic geographical information system, version 5.2. Analyzing the estimates derived, it appears that the most municipalities could be energy self-sufficient by allocating available areas with the limitation to the installation of photovoltaics. It should be noted,
03:22
however, that the areas taken into consideration are most likely to be greatly reduced. Among them, for example, the Fumigino airport emerges as an available area. And then the estimates made here are largely approximate. It is probably for this reason that the central state and the regions have delegated to the municipalities,
03:45
which are closer and more familiar with the territory, the identification of areas that can be allocated for this purpose, also pushing on their reuse and re-evaluating certain constraints. Thank you for your attention.
04:02
Thanks to the presenter Valerio Marcaioli and Valerio Biocchi for this video.