Extend the final-to-useful details matrices from energy to exergy

The details matrices contain (in row and column names) details about the move from the final energy stage to the useful energy stage. Four pieces of information are provided in row and column names:

final energy product,
final demand sector,
useful energy product, and
final-to-useful machine.

Usage

extend_fu_details_to_exergy(
  .fu_details_mats = NULL,
  Y_fu_details = Recca::psut_cols$Y_fu_details,
  U_eiou_fu_details = Recca::psut_cols$U_eiou_fu_details,
  clean_up_df = TRUE,
  phi = Recca::psut_cols$phi,
  .exergy_suffix = "_exergy",
  mat_piece = "noun",
  phi_piece = "all",
  energy_type = Recca::psut_cols$energy_type,
  mat_col_notation = RCLabels::from_notation,
  mat_colname_preposition =
    RCLabels::prepositions_list[[which(RCLabels::prepositions_list == "from")]],
  Y_fu_details_colname = Recca::psut_cols$Y_fu_details,
  U_eiou_fu_details_colname = Recca::psut_cols$U_eiou_fu_details,
  phi_colname = Recca::psut_cols$phi,
  energy = Recca::energy_types$e,
  exergy = Recca::energy_types$x,
  industry_type = IEATools::row_col_types$industry,
  product_type = IEATools::row_col_types$product
)

Arguments

.fu_details_mats: A data frame containing details matrices.
Y_fu_details: The name of the column of fu_details_mats containing details matrices or a details matrix.
U_eiou_fu_details: The name of the column of fu_details_mats containing details matrices or a details matrix.
clean_up_df: When .fu_details_mats is a data frame, tells whether to tidyr::pivot_longer() the result, remove no-longer-needed input column phi, and fill the energy_type column with "X" for the exergy versions of the ECC matrices. Default is TRUE.
phi: The name of the column of fu_details_mats containing phi vectors or a phi vector.
.exergy_suffix: The string suffix to be appended to exergy versions of ECC matrices.
mat_piece: The piece of details matrix column names which are to be matched against names in the phi vector. Default is "noun", meaning that the part before " [from XYZ]" will be matched.
phi_piece: The piece of names in the phi vector against which column names for the details matrices are to be matched. Default is "all", meaning that entire names are to be matched.
energy_type: The name of the Energy.type column in .fu_details_mats. Default is Recca::psut_cols$energy_type.
mat_col_notation: The notation for the column labels of the details matrices. Default is RCLabels::from_notation.
mat_colname_preposition: The prepositions to be used for details matrix column notation. Default is RCLabels::prepositions_list[[which(RCLabels::prepositions_list == "from")]].
Y_fu_details_colname: The name of the column in .fu_details_mats containing Y_fu_details matrices.
U_eiou_fu_details_colname: The name of the column in .fu_details_mats containing U_EIOU_fu_details matrices.
phi_colname: The name of the column in .fu_details_mats containing phi vectors.
energy, exergy: String representing energy and exergy in the energy_type column. Defaults are Recca::energy_types$e and Recca::energy_types$x, respectively.
industry_type, product_type: Industry and product row and column types. Defaults are IEATools::row_col_types$industry and IEATools::row_col_types$product, respectively.

Value

A version of .fu_details_mats containing details matrices in exergy terms.

Details

Two details matrices are available:

Y_fu_details and
U_EIOU_fu_details.

The two matrices correspond to the two ways in which final energy is converted into useful energy: in final demand (Y_fu_details) and in energy industry own use (U_EIOU_fu_details).

The format for the row and column names for both details matrices is identical:

row names
- RCLabels::arrow_notation
- prefix: final energy product
- suffix: final demand sector
- example: "Aviation gasoline -> Domestic aviation"
column names
- RCLabels::from_notation
- noun: useful energy product
- object of from: final-to-useful machine
- example: "HPL [from Electric pumps]"

The row and column types match the row and column names.

row types
- RCLabels::arrow_notation
- prefix: "Product"
- suffix: "Industry"
- specifically: "Product -> Industry"
column types
- RCLabels::from_notation
- noun: "Product"
- object of from: "Industry"
- specifically: "Product [from Industry]"

The energy stage of the entries in the details matrices are indicated by the entry in the Energy.type column, typically "Useful".

If either of the energy details matrices are NULL, the exergy matrix returned from this function is also NULL.

Examples

details_mat <- Matrix::sparseMatrix(
  i = c(1, 2, 3),
  j = c(1, 3, 2),
  x = c(10, 20, 100),
  dimnames = list(c("Electricity -> Households",
                    "Electricity -> Industry",
                    "Natural gas -> Households"),
                  c("Light [from Electric lamps]",
                    "MTH.100.C [from Furnaces]",
                    "KE [from Fans]"))) |>
  matsbyname::setrowtype("Product -> Industry") |>
  matsbyname::setcoltype("Product [from Industry]")
phi_vec <- Matrix::sparseMatrix(
  i = c(1, 2, 3, 4),
  j = c(1, 1, 1, 1),
  x = c(1.0, 1-(25+273.15)/(100+273.15), 0.96, 1-(25+273.15)/(1000+273.15)),
  dimnames = list(c("KE", "MTH.100.C", "Light", "HTH.1000.C"),
                  "phi")) |>
  matsbyname::setrowtype("Product") |>
  matsbyname::setcoltype("phi")
extend_fu_details_to_exergy(Y_fu_details = details_mat,
                            U_eiou_fu_details = details_mat,
                            phi = phi_vec)
#> $Y_fu_details_exergy
#> 3 x 3 sparse Matrix of class "dgCMatrix"
#>                           KE [from Fans] Light [from Electric lamps]
#> Electricity -> Households              .                         9.6
#> Electricity -> Industry               20                         .  
#> Natural gas -> Households              .                         .  
#>                           MTH.100.C [from Furnaces]
#> Electricity -> Households                   .      
#> Electricity -> Industry                     .      
#> Natural gas -> Households                  20.09916
#> 
#> $U_EIOU_fu_details_exergy
#> 3 x 3 sparse Matrix of class "dgCMatrix"
#>                           KE [from Fans] Light [from Electric lamps]
#> Electricity -> Households              .                         9.6
#> Electricity -> Industry               20                         .  
#> Natural gas -> Households              .                         .  
#>                           MTH.100.C [from Furnaces]
#> Electricity -> Households                   .      
#> Electricity -> Industry                     .      
#> Natural gas -> Households                  20.09916
#>