Hydroelectricity Consumption

Attachments

Click to expand Click to collapse

Dataset schema

Click to expand Click to collapse
Year
               

No description available for this field.

Name (identifier)
year
Type
date
Sample
                       
Value (EJ)
               

No description available for this field.

Name (identifier)
hydroelectricity_consumption_ej
Type
decimal
Sample
                       
Exajoules (input-equivalent)
               

No description available for this field.

Name (identifier)
exajoules_input_equivalent
Type
text
Sample
                       
Growth rate per annum 2021
               

No description available for this field.

Name (identifier)
growth_rate_per_annum_2021
Type
decimal
Sample
                       
Growth rate per annum 2011-21
               

No description available for this field.

Name (identifier)
growth_rate_per_annum_2011_21
Type
decimal
Sample
                       
Share 2021
               

No description available for this field.

Name (identifier)
share_2021
Type
decimal
Sample
                       

JSON Schema

The following JSON object is a standardized description of your dataset's schema. More about JSON schema.

{
  • "title":"hydroelectricity-consumption-in-exajoules",
  • "type":"object",
  • "oneOf":
    [
    • {
      • "$ref":"#/definitions/hydroelectricity-consumption-in-exajoules"
      }
    ]
    ,
  • "definitions":
    {
    • "hydroelectricity-consumption-in-exajoules":
      {
      • "properties":
        {
        • "records":
          {
          • "type":"array",
          • "items":
            {
            • "$ref":"#/definitions/hydroelectricity-consumption-in-exajoules_records"
            }
          }
        }
      }
      ,
    • "hydroelectricity-consumption-in-exajoules_records":
      {
      • "properties":
        {
        • "fields":
          {
          • "type":"object",
          • "properties":
            {
            • "year":
              {
              • "type":"string",
              • "format":"date",
              • "title":"Year",
              • "description":""
              }
              ,
            • "hydroelectricity_consumption_ej":
              {
              • "type":"number",
              • "title":"Value (EJ)",
              • "description":""
              }
              ,
            • "exajoules_input_equivalent":
              {
              • "type":"string",
              • "title":"Exajoules (input-equivalent)",
              • "description":""
              }
              ,
            • "growth_rate_per_annum_2021":
              {
              • "type":"number",
              • "title":"Growth rate per annum 2021",
              • "description":""
              }
              ,
            • "growth_rate_per_annum_2011_21":
              {
              • "type":"number",
              • "title":"Growth rate per annum 2011-21",
              • "description":""
              }
              ,
            • "share_2021":
              {
              • "type":"number",
              • "title":"Share 2021",
              • "description":""
              }
            }
          }
        }
      }
    }
}

Similar datasets

  • * Based on gross primary hydroelectric generation and not accounting for cross-border electricity supply. Converted on the basis of thermal equivalence assuming 38% conversion efficiency in a modern thermal power station. ^ Less than 0.05. ♦ Less than 0.05%. n/a not available. # Excludes Estonia, Latvia and Lithuania prior to 1985 and Slov…
  • This dataset contains information about world' solar consumption from 1965. Data from BP. Follow datasource.kapsarc.org for timely data to advance energy economics research.
  • This dataset contains information about world's wind consumption from 1965. Data from BP. Follow datasource.kapsarc.org for timely data to advance energy economics research.
  • This dataset contains information about world's geothermal, biomass, and others from 1965. Data from BP. Follow datasource.kapsarc.org for timely data to advance energy economics research.