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105ϋঐ๕୕ࠇ˓̅xENERGY STATISTICS HANDBOOK 2016
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ɓe͉˓̅ᇜΙͦٙdίԶҢঐ๕ਿ͉୕ࠇ༟ࣘdࡏԶᎇ˓ᙳ੭ਞϽf
ɚeʫ࢙ܼ̍͏105ϋঐ๕ઋැdዝϋ˴ࠅঐ๕୕ࠇ༟ࣘd˸ʿၾঐ๕Ϟᗫʘࠠࠅܸᅺe
ཥɢર׳ڷᅰe܃ंર׳ᅰኽʿყගঐ๕ᗫ༟ࣘʘˢ༰ഃf
ɧe͉˓̅ʕཥɢऊ൬ࠦᆠ࠽މ˦ɢ೯ཥʘ̻ѩᆠ࠽dઓყග͵Ϟո֛˸860ɷ̔ÿܓމཥɢ
ʘᆠ࠽fމکყˢ༰d͉̤҅̈وঐ๕̻ፅڌ˸ԶਞϽf
̬eӛཥ͛ዷࣘҳɝˢ˦ɢ೯ཥࣖଟપПdΐɝঐ๕ᔷᜊʕdʔΐɝ௰ऊ൬f
ʞe͉˓̅ዝϋ୕ࠇ༟ࣘνϞࡌ͍d˸௰อ̈و˓̅ה༱ᅰοމf
ʬeΪ̬વʞɝᗫڷdධձၾᐼධʔးഃf
ɖe༟ࣘᙷЗʕd-ڌ༈ᅰ࠽މཧאೌج՟d0.0ڌ༈ᅰ࠽ཀʃೌجᜑͪf
Introductory Notes
1. The purpose of the Energy Statistical Handbook is to provide the basic energy statistical data of
Taiwan, R.O.C. for handy reference.
2. The contents cover such data as the energy supply and demand in 2016, the main energy statisti-
cal data in the past decades, important indicators of energy economy and the national economy,
electricity emission factor, greenhouse gas inventory and the international comparison of relevant
energy data, etc.
3. The heating value of electricity consumption is calculated by the average efficiency of thermal
power generation in this Handbook. The constant 860 kcal/kWh, however, is widely employed in
international energy statistics. A companion volume --- Energy Balances in Taiwan, Republic of
China which presents electricity data by using the heating value of 860 kcal/kWh is published for
ease of international comparison.
4. Fuel input for cogeneration was estimated according to the efficiency of thermal power generation
and categorized into Energy Transformation, instead of Final Consumption.
5. Users are advised to refer to the latest edition of this Handbook owing to the probable revisions
on historical figures.
6. The totals might not be equal to the summations of separate items due to roundings.
7. In the Tale, ¨-© stands for the figure being zero or not available, and ¨0.00© indicates the figure
is too tiny to be addressed.
