你好 1 我正在尝试编制一个长而宽的水平表。我不确定它是否适合页面。我尝试了很多方法，但到目前为止我还没有得到任何接近的结果。图片如下。我真的需要一些建议！l 和 Y 是随机选择的...
\documentclass[a4paper,
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bibliography=totoc,
listof=totoc,
1.5headlines]{report} %{scrreprt}
\usepackage[left=3cm,right=3cm,top=3cm,bottom=3cm, bindingoffset=6mm]{geometry}
\setlength{\headheight}{14.49998pt}
\usepackage{graphicx} % Insert images
\usepackage[utf8]{inputenc}
\usepackage{caption}
\usepackage{subcaption}
\usepackage{float}
\usepackage[justification=centering]{caption}
\raggedbottom
\usepackage[T1]{fontenc}
\usepackage{xltabular} % for 'xltabular' environment
\usepackage{booktabs} % for well-spaced horizontal rules
\usepackage{amsmath}% for \smash[b] macro
\usepackage[skip=0.333\baselineskip]{caption}
\usepackage{ragged2e} % \Centering & \RaggedRight macros
\newcolumntype{Y}{>{\centering\arraybackslash}X} %
\newcolumntype{P}{>{\centering\arraybackslash}p{\hsize}} %
\newcolumntype{Z}{>{\raggedright\arraybackslash}X} %
\newcolumntype{Q}{>{\Centering}p{\hsize}}
\usepackage{adjustbox}
\usepackage[T1]{fontenc}
\usepackage{ragged2e}
\usepackage{rotating}
\usepackage[table]{xcolor}
\usepackage{booktabs, makecell, tabularx}
\usepackage{siunitx} % for S type columns
\begin{document}
\begin{adjustbox}{angle=90}
\begin{tabularx}{\textwidth}
{@{}llYYlllYYl@{}}
\toprule
market\_area\_1 & ag.unit & hydro. system &h Hydro\_plant\_name & hydro\_plant\_type & commissioning\_date & hydraulic\_head [m] & power\_turbine\_max [MW] & full\_load\_hours\_turbine & annual\_generation [GWh/a] & turbine\_type \\
\midrule
CHL1 & 0 & CONECTIVIDAD\_MAULE & HE\_LOS\_CONDORES & conventionalHydroStorage & 2023.0 & 480.00 &150.00 &3601.64 & 540.25 &peltonTurbine \\
CHL1 & 0 & CONECTIVIDAD\_MAULE &HE\_CIPRESES & conventionalHydroStorage & 1995.0 & 370.00 &105.82 &1814.46 & 192.01 &peltonTurbine \\
CHL1 & 0 & CONECTIVIDAD\_MAULE & HP\_LA\_MINA & conventionalHydroStorage & 2018.0 &64.82 & 36.70 &1788.48 & 65.64 & francisTurbine \\
CHL1 & 0 & CONECTIVIDAD\_MAULE & HP\_OJOS\_DE\_AGUA & conventionalHydroStorage & 2008.0 &65.96 &8.98 &4289.62 & 38.54 & francisTurbine \\
CHL1 & 0 & CONECTIVIDAD\_MAULE & HP\_ISLA & conventionalHydroStorage & 1963.0 &92.11 & 69.00 &4719.75 & 325.66 & francisTurbine \\
CHL1 & 0 & CONECTIVIDAD\_MAULE & HP\_CURILLINQUE & conventionalHydroStorage & 1993.0 & 114.86 & 91.77 &4227.24 & 387.93 & francisTurbine \\
CHL1 & 0 & CONECTIVIDAD\_MAULE & HP\_LOMA\_ALTA & conventionalHydroStorage & 1997.0 &51.17 & 39.93 &4172.54 & 166.62 & francisTurbine \\
CHL1 & 0 & CONECTIVIDAD\_MAULE & HP\_LOS\_HIERROS & conventionalHydroStorage & 2014.0 & 102.35 & 25.00 &3904.58 & 97.61 & francisTurbine \\
CHL1 & 0 & CONECTIVIDAD\_MAULE & HP\_LOS\_HIERROS\_II & conventionalHydroStorage & 2015.0 &23.87 &6.00 &3085.52 & 18.51 & aggregatedTurbine \\
CHL1 & 0 & CONECTIVIDAD\_MAULE & HP\_PEHUENCHE & conventionalHydroStorage & 1991.0 & 202.43 &568.29 &2110.01 &1199.10 & francisTurbine \\
CHL1 & 0 & CONECTIVIDAD\_MAULE & HE\_COLBUN & conventionalHydroStorage & 1985.0 & 171.43 &460.80 &2965.72 &1366.60 & francisTurbine \\
CHL1 & 0 & CONECTIVIDAD\_MAULE & HP\_MACHICURA & conventionalHydroStorage & 1985.0 &37.53 & 94.76 &3152.45 & 298.73 & aggregatedTurbine \\
CHL1 & 0 & CONECTIVIDAD\_MAULE & HP\_SAN\_IGNACIO & conventionalHydroStorage & 1996.0 &21.61 & 36.91 &3191.41 & 117.81 & aggregatedTurbine \\
CHL1 & 0 & CONECTIVIDAD\_MAULE &HP\_CHIBURGO & conventionalHydroStorage & 2007.0 & 110.33 & 19.16 &2767.31 & 53.01 & francisTurbine \\
CHL1 & 0 & CONECTIVIDAD\_MAULE & HP\_SAN\_CLEMENTE & conventionalHydroStorage & 2010.0 &36.84 &5.89 &2201.96 & 12.96 & aggregatedTurbine \\
CHL1 & 0 & CONECTIVIDAD\_LAJA & HE\_EL\_TORO & conventionalHydroStorage & 1973.0 & 616.00 &448.74 &1807.75 & 811.21 &peltonTurbine \\
CHL1 & 0 & CONECTIVIDAD\_LAJA & HP\_ABANICO & conventionalHydroStorage & 1948.0 & 136.47 & 92.71 &2332.72 & 216.27 & francisTurbine \\
CHL1 & 0 & CONECTIVIDAD\_LAJA & HE\_ANTUCO & conventionalHydroStorage & 1981.0 & 181.95 &319.17 &3237.69 &1033.37 & francisTurbine \\
CHL1 & 0 & CONECTIVIDAD\_LAJA &HP\_RUCUE & conventionalHydroStorage & 1998.0 & 145.56 &178.13 &3306.83 & 589.05 & francisTurbine \\
CHL1 & 0 & CONECTIVIDAD\_LAJA &HP\_QUILLECO & conventionalHydroStorage & 2007.0 &62.55 & 70.65 &3418.37 & 241.51 & francisTurbine \\
CHL1 & 0 & CONECTIVIDAD\_LAJA & HP\_LAJA\_I & conventionalHydroStorage & 2015.0 &15.58 & 34.06 &1779.08 & 60.59 & aggregatedTurbine \\
CHL1 & 0 & CONECTIVIDAD\_BIO\_BIO &HE\_RALCO & conventionalHydroStorage & 2004.0 & 181.41 &688.96 &2481.89 &1709.94 & francisTurbine \\
CHL1 & 0 & CONECTIVIDAD\_BIO\_BIO &HP\_PALMUCHO & conventionalHydroStorage & 2007.0 & 129.98 & 31.95 &6031.07 & 192.70 & francisTurbine \\
CHL1 & 0 & CONECTIVIDAD\_BIO\_BIO & HE\_PANGUE & conventionalHydroStorage & 1996.0 &90.98 &465.83 &2633.81 &1226.91 & francisTurbine \\
CHL1 & 0 & CONECTIVIDAD\_BIO\_BIO & HE\_ANGOSTURA & conventionalHydroStorage & 2014.0 &48.90 &321.00 &2802.40 & 899.57 & francisTurbine \\
CHL1 & 0 & CONECTIVIDAD\_ACONCAGUA &HP\_HORNITOS & conventionalHydroStorage & 2008.0 & 568.67 & 60.85 &2724.46 & 165.78 &peltonTurbine \\
CHL1 & 0 & CONECTIVIDAD\_ACONCAGUA & HP\_JUNCAL & conventionalHydroStorage & 1994.0 & 250.20 & 32.00 &7021.31 & 224.68 & francisTurbine \\
CHL1 & 0 & CONECTIVIDAD\_ACONCAGUA & HP\_BLANCO & conventionalHydroStorage & 1993.0 & 655.07 & 52.87 &2546.76 & 134.64 &peltonTurbine \\
CHL1 & 0 & CONECTIVIDAD\_ACONCAGUA &HP\_LOS\_QUILOS & conventionalHydroStorage & 1943.0 & 216.07 & 39.80 &4461.21 & 177.56 & francisTurbine \\
CHL1 & 0 & CONECTIVIDAD\_ACONCAGUA & HP\_CHACABUQUITO & conventionalHydroStorage & 2002.0 & 138.76 & 25.64 &3413.85 & 87.52 & francisTurbine \\
CHL1 & 0 & CONECTIVIDAD\_TINGUIRIRICA\_I &HP\_LA\_HIGUERA & conventionalHydroStorage & 2011.0 & 354.84 &154.61 &2939.04 & 454.41 & francisTurbine \\
CHL1 & 0 & CONECTIVIDAD\_TINGUIRIRICA\_II & HP\_LA\_CONFLUENCIA & conventionalHydroStorage & 2011.0 & 353.72 &162.79 &2000.48 & 325.66 & francisTurbine \\
CHL1 & 0 & CONECTIVIDAD\_PILMAIQUEN &HE\_PILMAIQUEN & conventionalHydroStorage & 1944.0 &30.70 & 40.68 &4716.68 & 191.86 & aggregatedTurbine \\
CHL1 & 0 & CONECTIVIDAD\_PILMAIQUEN &HP\_RUCATAYO & conventionalHydroStorage & 2012.0 &35.82 & 59.30 &3490.90 & 207.01 & aggregatedTurbine \\
CHL1 & 0 & CONECTIVIDAD\_RAPEL &HE\_RAPEL & conventionalHydroStorage & 1986.0 &70.49 &376.64 &1340.55 & 504.90 & francisTurbine \\
CHL1 & 0 &CANUTILAR &HE\_CANUTILLAR & conventionalHydroStorage & 1990.0 & 229.89 &171.57 &4066.02 & 697.61 & francisTurbine \\
CHL1 & 1 & SIC\_BIG & SIC\_AGGREGATED\_B\_run\_of\_river & runOfTheRiver & NaN & 1.00 & 1285.44 &2945.27 &3785.97 & aggregatedTurbine \\
CHL1 & 1 &SIC\_SMALL & SIC\_AGGREGATED\_S\_run\_of\_river & runOfTheRiver & NaN & 1.00 &511.61 &2945.27 &1506.84 & aggregatedTurbine \\
CHL0 & 1 & SING\_BIG & SING\_AGGREGATED\_B\_run\_of\_river & runOfTheRiver & NaN & 1.00 & 10.83 &2524.52 & 27.35 & aggregatedTurbine \\
CHL0 & 1 & SING\_SMALL & SING\_AGGREGATED\_S\_run\_of\_river & runOfTheRiver & NaN & 1.00 &6.55 &2524.52 & 16.54 & aggregatedTurbine \\
CHL2 & 1 &DECENTRAL &Decentral\_all\_run\_of\_river & runOfTheRiver & NaN & 1.00 & 24.08 &2524.52 & 60.80 & aggregatedTurbine \\
\bottomrule
\end{tabularx}
\end{adjustbox}
\end{document}
答案1
渴望评论：
- 你的表格太大了，无法轻松放在页面上
- 表包含错误：您定义了 10 列，但使用了 11 列
- 例如，为什么使用长字列标题
full\_load\_hours\_turbine？再想想，这full load hours turbine更自然、更易读，而且可以拆分成多行单元格， - 如果数字按小数点对齐，则更容易比较
- ETC
一种可能但结果丑陋的解决方案是使用旋转单元格标题：
\documentclass{article}
\usepackage[margin=20mm]{geometry}
\usepackage[T1]{fontenc}
\usepackage{rotating}
\usepackage{makecell}
\renewcommand\theadfont{}
\usepackage{booktabs} % for well-spaced horizontal rules
\begin{document}
\begin{sidewaystable}
\scriptsize
\settowidth\rotheadsize{full\_load\_hours\_turbine}
\renewcommand\cellalign{bl}
\begin{tabular}{@{} *{11}{l} @{} }%{\linewidth}{@{} ll YY lll YY c l@{}}
\toprule
\rothead{market\_area\_1}
& \rothead{ag.unit}
& \rothead{hydro. system}
& \rothead{h Hydro\_plant\_name}
& \rothead{hydro\_plant\_type}
& \rothead{commissioning\_date}
& \rothead{hydraulic\_head [m]}
& \rothead{power\_turbine\_max [MW]}
& \rothead{full\_load\_hours\_turbine}
& \rothead{annual\_generation [GWh/a]}
& \rothead{turbine\_type} \\
\midrule
CHL1 & 0 & CONECTIVIDAD\_MAULE
& HE\_LOS\_CONDORES
& conventionalHydroStorage
& 2023.0
& 480.00
&150.00
&3601.64
& 540.25
& peltonTurbine \\
% rest of table body
\end{tabular}
\end{sidewaystable}
\end{document}
这使
您确实需要重新考虑重新设计您的表格。例如，将其拆分为两个表格，从表格中删除第四列并将其内容移动到表格标题，并考虑上述注释。
\documentclass{article}
\usepackage[margin=20mm]{geometry}
\usepackage[T1]{fontenc}
\usepackage{ragged2e}
\usepackage{rotating}
\usepackage[table]{xcolor}
\usepackage{booktabs, tabularx}
\newcommand\mcx[1]{\multicolumn{1}{>{\Centering}X}{#1}}
\usepackage{siunitx} % for S type columns
\begin{document}
\begin{sidewaystable}
\small
\setlength\tabcolsep{3pt}
\begin{tabularx}{\linewidth}{@{} *{2}{>{\centering}p{3em}}
*{2}{l}
*{5}{S[table-format=4.2]}
>{\quad}l
@{} }
\toprule
market area 1
& ag.\newline unit
& hydro. system
& Hydro plant name
& \mcx{Commi\-ssioning date}
& \mcx{Hydraulic head [m]}
& \mcx{Power turbine max [MW]}
& \mcx{Full load hours turbine}
& \mcx{Annual generation [GWh/a]}
& \mcx{Turbine type} \\
\hline
\rowcolor{gray!10}
\multicolumn{10}{l}{Hydro plant type: Conventional hydro storage} \\
\hline
CHL1 & 0 & CONECTIVIDAD MAULE
& HE LOS CONDORES
& 2023.0
& 480.00
& 150.00
& 3601.64
& 540.25
& Pelton \\
CHL1 & 0 & CONECTIVIDAD MAULE & HE CIPRESES
& 1995.0 & 370.00 & 105.82 & 1814.46 & 192.01 & Pelton \\
CHL1 & 0 & CONECTIVIDAD MAULE & HP LA MINA
& 2018.0 & 64.82 & 36.70 & 1788.48 & 65.64 & Francis \\
CHL1 & 0 & CONECTIVIDAD MAULE & HP OJOS DE AGUA
& 2008.0 & 65.96 & 8.98 & 4289.62 & 38.54 & Francis \\
CHL1 & 0 & CONECTIVIDAD MAULE & HP ISLA
& 1963.0 & 92.11 & 69.00 & 4719.75 & 325.66 & Francis \\
CHL1 & 0 & CONECTIVIDAD MAULE & HP CURILLINQUE
& 1993.0 & 114.86 & 91.77 & 4227.24 & 387.93 & Francis \\
CHL1 & 0 & CONECTIVIDAD MAULE & HP LOMA ALTA
& 1997.0 & 51.17 & 39.93 & 4172.54 & 166.62 & Francis \\
CHL1 & 0 & CONECTIVIDAD MAULE & HP LOS HIERROS
& 2014.0 & 102.35 & 25.00 & 3904.58 & 97.61 & Francis \\
CHL1 & 0 & CONECTIVIDAD MAULE & HP LOS HIERROS II
& 2015.0 & 23.87 & 6.00 & 3085.52 & 18.51 & aggregated \\
CHL1 & 0 & CONECTIVIDAD MAULE & HP PEHUENCHE
& 1991.0 & 202.43 & 568.29 & 2110.01 & 1199.10 & Francis \\
CHL1 & 0 & CONECTIVIDAD MAULE & HE COLBUN
& 1985.0 & 171.43 & 460.80 & 2965.72 & 1366.60 & Francis \\
CHL1 & 0 & CONECTIVIDAD MAULE & HP MACHICURA
& 1985.0 & 37.53 & 94.76 & 3152.45 & 298.73 & aggregated \\
CHL1 & 0 & CONECTIVIDAD MAULE & HP SAN IGNACIO
& 1996.0 & 21.61 & 36.91 & 3191.41 & 117.81 & aggregated \\
CHL1 & 0 & CONECTIVIDAD MAULE &HP CHIBURGO
& 2007.0 & 110.33 & 19.16 & 2767.31 & 53.01 & Francis \\
CHL1 & 0 & CONECTIVIDAD MAULE & HP SAN CLEMENTE
& 2010.0 & 36.84 & 5.89 & 2201.96 & 12.96 & aggregated \\
CHL1 & 0 & CONECTIVIDAD LAJA & HE EL TORO
& 1973.0 & 616.00 & 448.74 & 1807.75 & 811.21 & Pelton \\
CHL1 & 0 & CONECTIVIDAD LAJA & HP ABANICO
& 1948.0 & 136.47 & 92.71 & 2332.72 & 216.27 & Francis \\
CHL1 & 0 & CONECTIVIDAD LAJA & HE ANTUCO
& 1981.0 & 181.95 & 319.17 & 3237.69 & 1033.37 & Francis \\
CHL1 & 0 & CONECTIVIDAD LAJA & HP RUCUE
& 1998.0 & 145.56 & 178.13 & 3306.83 & 589.05 & Francis \\
CHL1 & 0 & CONECTIVIDAD LAJA &HP QUILLECO
& 2007.0 & 62.55 & 70.65 & 3418.37 & 241.51 & Francis \\
CHL1 & 0 & CONECTIVIDAD LAJA & HP LAJA I
& 2015.0 & 15.58 & 34.06 & 1779.08 & 60.59 & aggregated \\
CHL1 & 0 & CONECTIVIDAD BIO BIO & HE RALCO
& 2004.0 & 181.41 & 688.96 & 2481.89 & 1709.94 & Francis \\
CHL1 & 0 & CONECTIVIDAD BIO BIO & HP PALMUCHO
& 2007.0 & 129.98 & 31.95 & 6031.07 & 192.70 & Francis \\
CHL1 & 0 & CONECTIVIDAD BIO BIO & HE PANGUE
& 1996.0 & 90.98 & 465.83 & 2633.81 & 1226.91 & Francis \\
CHL1 & 0 & CONECTIVIDAD BIO BIO & HE ANGOSTURA
& 2014.0 & 48.90 & 321.00 & 2802.40 & 899.57 & Francis \\
CHL1 & 0 & CONECTIVIDAD ACONCAGUA & HP HORNITOS
& 2008.0 & 568.67 & 60.85 & 2724.46 & 165.78 & Pelton \\
CHL1 & 0 & CONECTIVIDAD ACONCAGUA & HP JUNCAL
& 1994.0 & 250.20 & 32.00 & 7021.31 & 224.68 & Francis \\
CHL1 & 0 & CONECTIVIDAD ACONCAGUA & HP BLANCO
& 1993.0 & 655.07 & 52.87 & 2546.76 & 134.64 & Pelton \\
CHL1 & 0 & CONECTIVIDAD ACONCAGUA & HP LOS QUILOS
& 1943.0 & 216.07 & 39.80 & 4461.21 & 177.56 & Francis \\
CHL1 & 0 & CONECTIVIDAD ACONCAGUA & HP CHACABUQUITO
& 2002.0 & 138.76 & 25.64 & 3413.85 & 87.52 & Francis \\
CHL1 & 0 & CONECTIVIDAD TINGUIRIRICA I & HP LA HIGUERA
& 2011.0 & 354.84 & 154.61 & 2939.04 & 454.41 & Francis \\
CHL1 & 0 & CONECTIVIDAD TINGUIRIRICA II & HP LA CONFLUENCIA
& 2011.0 & 353.72 & 162.79 & 2000.48 & 325.66 & Francis \\
CHL1 & 0 & CONECTIVIDAD PILMAIQUEN & HE PILMAIQUEN
& 1944.0 & 30.70 & 40.68 & 4716.68 & 191.86 & aggregated \\
CHL1 & 0 & CONECTIVIDAD PILMAIQUEN & HP RUCATAYO
& 2012.0 & 35.82 & 59.30 & 3490.90 & 207.01 & aggregated \\
CHL1 & 0 & CONECTIVIDAD RAPEL &HE RAPEL
& 1986.0 & 70.49 & 376.64 & 1340.55 & 504.90 & Francis \\
CHL1 & 0 & CANUTILAR & HE CANUTILLAR
& 1990.0 & 229.89 & 171.57 & 4066.02 & 697.61 & Francis \\
\hline
\rowcolor{gray!10}
\multicolumn{10}{l}{Hydro plant type: Run of the river} \\
\hline
CHL1 & 1 & SIC BIG & SIC AGGREGATED B
& {NaN} & 1.00 & 1285.44 & 2945.27 & 3785.97 & aggregated \\
CHL1 & 1 & SIC SMALL & SIC AGGREGATED S
& {NaN} & 1.00 & 511.61 & 2945.27 & 1506.84 & aggregated \\
CHL0 & 1 & SING BIG & SING AGGREGATED B
& {NaN} & 1.00 & 10.83 & 2524.52 & 27.35 & aggregated \\
CHL0 & 1 & SING SMALL & SING AGGREGATED S
& {NaN} & 1.00 & 6.55 & 2524.52 & 16.54 & aggregated \\
CHL2 & 1 & DECENTRAL & Decentral all run of river
& {NaN} & 1.00 & 24.08 & 2524.52 & 60.80 & aggregated \\
\bottomrule
\end{tabularx}
\end{sidewaystable}
\end{document}
附录：
为了完整性，让我添加一个通过使用xltabular、\small字体大小将表格拆分为两页的情况，并对表格设计进行一些额外的小改动：
\documentclass{article}
\usepackage{geometry}
\usepackage{ragged2e}
\usepackage[table]{xcolor}
\usepackage{booktabs, xltabular}
\newcommand\mcx[1]{\multicolumn{1}{>{\Centering}X}{#1}}
\usepackage{pdflscape}
\begin{document}
\begin{landscape}
\small
\setlength\tabcolsep{3pt}
\renewcommand\tabularxcolumn[1]{b{#1}}
\begin{xltabular}{\linewidth}{@{} *{2}{>{\Centering}b{3em}}
*{2}{l}
*{5}{c}
>{\centering\arraybackslash}X
@{} }
\toprule
market area
& ag. unit
& hydro. system
& Hydro plant name
& \mcx{Commi\-ssioning date}
& \mcx{Hydraulic head [m]}
& \mcx{Power turbine max [MW]}
& \mcx{Full load hours turbine}
& \mcx{Annual generation [GWh/a]}
& Turbine type \\
\hline
\endfirsthead
\toprule
market area
& ag. unit
& hydro. system
& Hydro plant name
& \mcx{Commi\-ssioning date}
& \mcx{Hydraulic head [m]}
& \mcx{Power turbine max [MW]}
& \mcx{Full load hours turbine}
& \mcx{Annual generation [GWh/a]}
& Turbine type \\
\hline
\endhead
\hline
\multicolumn{10}{r}{Continue on next page}\\
\endfoot
\bottomrule
\endlastfoot
\rowcolor{gray!10}
\multicolumn{10}{l}{Hydro plant type: Conectividad, Conventional hydro storage} \\
\hline
CHL1 & 0 & MAULE & HE LOS CONDORES
& 2023.0 & 480.00 & 150.00 & 3601.64 & 540.25 & Pelton \\
CHL1 & 0 & MAULE & HP LA MINA
& 2018.0 & 64.82 & 36.70 & 1788.48 & 65.64 & Francis \\
CHL1 & 0 & MAULE & HP OJOS DE AGUA
& 2008.0 & 65.96 & 8.98 & 4289.62 & 38.54 & Francis \\
CHL1 & 0 & MAULE & HP ISLA
& 1963.0 & 92.11 & 69.00 & 4719.75 & 325.66 & Francis \\
\addlinespace
CHL1 & 0 & MAULE & HP CURILLINQUE
& 1993.0 & 114.86 & 91.77 & 4227.24 & 387.93 & Francis \\
CHL1 & 0 & MAULE & HP LOMA ALTA
& 1997.0 & 51.17 & 39.93 & 4172.54 & 166.62 & Francis \\
CHL1 & 0 & MAULE & HP LOS HIERROS
& 2014.0 & 102.35 & 25.00 & 3904.58 & 97.61 & Francis \\
CHL1 & 0 & MAULE & HP LOS HIERROS II
& 2015.0 & 23.87 & 6.00 & 3085.52 & 18.51 & aggregated \\
\addlinespace
CHL1 & 0 & MAULE & HP PEHUENCHE
& 1991.0 & 202.43 & 568.29 & 2110.01 & 1199.10 & Francis \\
CHL1 & 0 & MAULE & HE COLBUN
& 1985.0 & 171.43 & 460.80 & 2965.72 & 1366.60 & Francis \\
CHL1 & 0 & MAULE & HP MACHICURA
& 1985.0 & 37.53 & 94.76 & 3152.45 & 298.73 & aggregated \\
CHL1 & 0 & MAULE & HP SAN IGNACIO
& 1996.0 & 21.61 & 36.91 & 3191.41 & 117.81 & aggregated \\
\addlinespace
CHL1 & 0 & MAULE & HP CHIBURGO
& 2007.0 & 110.33 & 19.16 & 2767.31 & 53.01 & Francis \\
CHL1 & 0 & MAULE & HP SAN CLEMENTE
& 2010.0 & 36.84 & 5.89 & 2201.96 & 12.96 & aggregated \\
CHL1 & 0 & LAJA & HE EL TORO
& 1973.0 & 616.00 & 448.74 & 1807.75 & 811.21 & Pelton \\
CHL1 & 0 & LAJA & HP ABANICO
& 1948.0 & 136.47 & 92.71 & 2332.72 & 216.27 & Francis \\
\addlinespace
CHL1 & 0 & LAJA & HE ANTUCO
& 1981.0 & 181.95 & 319.17 & 3237.69 & 1033.37 & Francis \\
CHL1 & 0 & LAJA & HP RUCUE
& 1998.0 & 145.56 & 178.13 & 3306.83 & 589.05 & Francis \\
CHL1 & 0 & LAJA & HP QUILLECO
& 2007.0 & 62.55 & 70.65 & 3418.37 & 241.51 & Francis \\
CHL1 & 0 & LAJA & HP LAJA I
& 2015.0 & 15.58 & 34.06 & 1779.08 & 60.59 & aggregated \\
\addlinespace
CHL1 & 0 & BIO BIO & HE RALCO
& 2004.0 & 181.41 & 688.96 & 2481.89 & 1709.94 & Francis \\
CHL1 & 0 & BIO BIO & HP PALMUCHO
& 2007.0 & 129.98 & 31.95 & 6031.07 & 192.70 & Francis \\
CHL1 & 0 & BIO BIO & HE PANGUE
& 1996.0 & 90.98 & 465.83 & 2633.81 & 1226.91 & Francis \\
CHL1 & 0 & BIO BIO & HE ANGOSTURA
& 2014.0 & 48.90 & 321.00 & 2802.40 & 899.57 & Francis \\
\addlinespace
CHL1 & 0 & ACONCAGUA & HP HORNITOS
& 2008.0 & 568.67 & 60.85 & 2724.46 & 165.78 & Pelton \\
CHL1 & 0 & ACONCAGUA & HP JUNCAL
& 1994.0 & 250.20 & 32.00 & 7021.31 & 224.68 & Francis \\
CHL1 & 0 & ACONCAGUA & HP BLANCO
& 1993.0 & 655.07 & 52.87 & 2546.76 & 134.64 & Pelton \\
CHL1 & 0 & ACONCAGUA & HP LOS QUILOS
& 1943.0 & 216.07 & 39.80 & 4461.21 & 177.56 & Francis \\
\addlinespace
CHL1 & 0 & ACONCAGUA & HP CHACABUQUITO
& 2002.0 & 138.76 & 25.64 & 3413.85 & 87.52 & Francis \\
CHL1 & 0 & TINGUIRIRICA I & HP LA HIGUERA
& 2011.0 & 354.84 & 154.61 & 2939.04 & 454.41 & Francis \\
CHL1 & 0 & TINGUIRIRICA II & HP LA CONFLUENCIA
& 2011.0 & 353.72 & 162.79 & 2000.48 & 325.66 & Francis \\
CHL1 & 0 & PILMAIQUEN & HE PILMAIQUEN
& 1944.0 & 30.70 & 40.68 & 4716.68 & 191.86 & aggregated \\
\addlinespace
CHL1 & 0 & PILMAIQUEN & HP RUCATAYO
& 2012.0 & 35.82 & 59.30 & 3490.90 & 207.01 & aggregated \\
CHL1 & 0 & RAPEL & HE RAPEL
& 1986.0 & 70.49 & 376.64 & 1340.55 & 504.90 & Francis \\
\hline
\rowcolor{gray!10}
\multicolumn{10}{l}{Hydro plant type: Canutilar, Conventional hydro storage} \\
\hline
CHL1 & 0 & CANUTILAR & HE CANUTILLAR
& 1990.0 & 229.89 & 171.57 & 4066.02 & 697.61 & Francis \\
\hline
\rowcolor{gray!10}
\multicolumn{10}{l}{Hydro plant type: Run of the river} \\
\hline
CHL1 & 1 & SIC BIG & SIC AGGREGATED B
& {NaN} & 1.00 & 1285.44 & 2945.27 & 3785.97 & aggregated \\
CHL1 & 1 & SIC SMALL & SIC AGGREGATED S
& {NaN} & 1.00 & 511.61 & 2945.27 & 1506.84 & aggregated \\
CHL0 & 1 & SING BIG & SING AGGREGATED B
& {NaN} & 1.00 & 10.83 & 2524.52 & 27.35 & aggregated \\
CHL0 & 1 & SING SMALL & SING AGGREGATED S
& {NaN} & 1.00 & 6.55 & 2524.52 & 16.54 & aggregated \\
CHL2 & 1 & DECENTRAL & Decentral all run of river
& {NaN} & 1.00 & 24.08 & 2524.52 & 60.80 & aggregated \\
\end{xltabular}
\end{landscape}
\end{document}
