charts: 7268

This table contains the information used by our Grapher datavisualisation tool to render charts.

The most relevant field is the config field that contains json stored as text. A JSON Schema is available that describes the content of this json data. The SQLite JSON_EXTRACT function can be used in SQL queries to extract the content of this JSON data into columns in a result table.

Data license: CC-BY

This data as json

id slug type config createdAt updatedAt lastEditedAt publishedAt lastEditedByUserId publishedByUserId isIndexable title subtitle note title_plus_variant configWithDefaults
7268 thermal-efficiency-factor LineChart 
{
    "id": 7268,
    "map": {
        "time": 1990
    },
    "slug": "thermal-efficiency-factor",
    "title": "Thermal efficiency factor applied to non-fossil energy sources to convert them to primary energy equivalents",
    "yAxis": {
        "max": 0.55,
        "min": 0
    },
    "$schema": "https://files.ourworldindata.org/schemas/grapher-schema.004.json",
    "version": 3,
    "subtitle": "This is the factor that the Energy Institute applies to renewables and nuclear electricity outputs to convert them into 'primary energy equivalents' to compare them to energy supply from fossil fuels. For example, solar electricity output would be divided by the efficiency factor in a given year to convert it into 'primary energy equivalents'.",
    "originUrl": "ourworldindata.org/energy",
    "dimensions": [
        {
            "property": "y",
            "variableId": 943838
        }
    ],
    "isPublished": true,
    "addCountryMode": "disabled",
    "selectedEntityNames": [
        "World"
    ]
}
 2023-10-13 14:53:23 2024-06-25 14:53:52 2024-06-25 14:53:52 2023-10-13 14:53:23 74 14 1 Thermal efficiency factor applied to non-fossil energy sources to convert them to primary energy equivalents This is the factor that the Energy Institute applies to renewables and nuclear electricity outputs to convert them into 'primary energy equivalents' to compare them to energy supply from fossil fuels. For example, solar electricity output would be divided by the efficiency factor in a given year to convert it into 'primary energy equivalents'.   Thermal efficiency factor applied to non-fossil energy sources to convert them to primary energy equivalents () 
{
    "$schema": "https://files.ourworldindata.org/schemas/grapher-schema.004.json",
    "map": {
        "projection": "World",
        "hideTimeline": false,
        "colorScale": {
            "baseColorScheme": "default",
            "equalSizeBins": true,
            "binningStrategy": "ckmeans",
            "customNumericColorsActive": false,
            "colorSchemeInvert": false,
            "binningStrategyBinCount": 5
        },
        "timeTolerance": 0,
        "toleranceStrategy": "closest",
        "tooltipUseCustomLabels": false,
        "time": "latest"
    },
    "maxTime": "latest",
    "baseColorScheme": "default",
    "yAxis": {
        "removePointsOutsideDomain": false,
        "scaleType": "linear",
        "canChangeScaleType": false,
        "facetDomain": "shared"
    },
    "tab": "chart",
    "matchingEntitiesOnly": false,
    "hasChartTab": true,
    "hideLegend": false,
    "hideLogo": false,
    "hideTimeline": false,
    "colorScale": {
        "baseColorScheme": "default",
        "equalSizeBins": true,
        "binningStrategy": "ckmeans",
        "customNumericColorsActive": false,
        "colorSchemeInvert": false,
        "binningStrategyBinCount": 5
    },
    "scatterPointLabelStrategy": "year",
    "selectedFacetStrategy": "none",
    "isPublished": true,
    "invertColorScheme": false,
    "version": 3,
    "logo": "owid",
    "entityType": "country or region",
    "facettingLabelByYVariables": "metric",
    "addCountryMode": "disabled",
    "compareEndPointsOnly": false,
    "type": "LineChart",
    "hasMapTab": false,
    "stackMode": "absolute",
    "minTime": "earliest",
    "hideAnnotationFieldsInTitle": {
        "entity": false,
        "time": false,
        "changeInPrefix": false
    },
    "xAxis": {
        "removePointsOutsideDomain": false,
        "scaleType": "linear",
        "canChangeScaleType": false,
        "facetDomain": "shared"
    },
    "hideConnectedScatterLines": false,
    "showNoDataArea": true,
    "zoomToSelection": false,
    "showYearLabels": false,
    "hideLinesOutsideTolerance": false,
    "hideTotalValueLabel": false,
    "hideScatterLabels": false,
    "sortBy": "total",
    "sortOrder": "desc",
    "hideFacetControl": true,
    "entityTypePlural": "countries",
    "missingDataStrategy": "auto",
    "id": 7268,
    "slug": "thermal-efficiency-factor",
    "title": "Thermal efficiency factor applied to non-fossil energy sources to convert them to primary energy equivalents",
    "subtitle": "This is the factor that the Energy Institute applies to renewables and nuclear electricity outputs to convert them into 'primary energy equivalents' to compare them to energy supply from fossil fuels. For example, solar electricity output would be divided by the efficiency factor in a given year to convert it into 'primary energy equivalents'.",
    "originUrl": "ourworldindata.org/energy",
    "dimensions": [
        {
            "property": "y",
            "variableId": 943838
        }
    ],
    "selectedEntityNames": [
        "World"
    ]
}

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