| Chiâu-ûn lêng-goân |
| --- |
| Wind turbines near Vendsyssel, Denmark (2004) |
| 
Chóng-lám |
| * Chiâu-ûn lêng-goân
* Carbon-neutral fuel
* Fossil fuel phase-out
 |
| Chiat-iok lêng-goân |
| * Cogeneration
* Efficient energy use
* Energy storage
* Green building
* Heat pump
* Low-carbon power
* Microgeneration
* Passive solar building design
 |
| Thang-chài-seng lêng-goân |
| * Biofuel
* Geothermal
* Hydroelectricity
* Solar
* Tidal
* Wave
* Wind
 |
| Sustainable transport |
| * Electric vehicle
* Green vehicle
* Plug-in hybrid
 |
| 
* **指令碼錯誤：沒有「portal-inline」這個模組。**
* **指令碼錯誤：沒有「portal-inline」這個模組。**

 |
| * hián
* lūn
* pian
 |

**Thang-chài-seng lêng-goân** (Eng-gí: *renewable energy*) sī ùi thang-chài-seng chu-goân (ē-tàng pó͘-chhiong, chhin-chhiūⁿ ji̍t-kng, hong, hō͘, hái-tiâu, chúi-éng, kap tē-jia̍t) siu-chi̍p lâi ê lêng-goân. Thang-chài-seng lêng-goân tiāⁿ-tiāⁿ thê-kiong lêng-goân hō͘ sì ê tiōng-iàu léng-he̍k: hoat-tiān, khong-khì, chúi ka-jia̍t/chè-léng, kau-thong, kap to̍k-li̍p tiān-goân hē-thóng téng lêng-goân ho̍k-bū.

Kin-kì REN21 2017 nî ê pò-kò, thang-chài-seng lêng-goân tī 2015 kap 2016 nî ê sî-chūn hun-pia̍t chiàm jîn-lūi sè-kài lêng-goân siau-hàu-liōng kap seng-sán lêng-goân ê 19.3% kap 24.5%. Lêng-goân siau-hàu pun chò thoân-thóng seng-chit-lêng 8.9%, jia̍t-lêng (hiān-tāi seng-chit-lêng, tē-jia̍t, kap thài-iông-lêng) chiàm 4.2%, chúi-le̍k-tiān chiàm 3.9%, kî-thaⁿ lâi-chū hong-lêng, thài-iông-lêng, tē-jia̍t, kap kî-thaⁿ hêng-sek seng-chit-lêng ê tiān-lêng chiàm 2.2%. 2015 nî, choân-kiû tùi thang-chài-seng ki-su̍t ê tâu-chu chhiau-kòe 2,860 ek Bí-kim. 2017 nî, choân-kiû thang-chài-seng lêng-goân tâu-chu chóng-gia̍h sī 2,798 ek Bí-kim, kî-tiong Tiong-kok chiàm 1,266 ek Bí-kim, chiàm choân-kiû tâu-chu ê 45%, Bí-kok chiàm 405 ek Bí-kim, Au-chiu chiàm 409 ek Bí-kim. Choân-kiû hām thang-chài-seng lêng-goân sán-gia̍p siong-koan ê kang-chok ko͘-kè ū 770 bān ê, kî-tiong thài-iông-kng hoat-tiān sī siāng tōa ê thang-chài-seng lêng-goân thâu-ke. Thang-chài-seng lêng-goân hē-thóng tng-teh khoài-sok piàn chò koh-khah ko-hāu mā koh-khah sio̍k, in tī chóng lêng-goân siau-hàu tiong só͘ chiàm ê hūn-gia̍h mā tng-teh cheng-ka. Chia̍t-chì 2019 nî, choân-kiû sin-cheng chong-ki iông-liōng ê 3 hun-chi 2 í-siōng lóng sī thang-chài-seng--ê. In-ūi cheng-ka liáu thang-chài-seng lêng-goân kap thian-jiân-khì ê sú-iōng, mûi-thòaⁿ kap chio̍h-iû siau-hùi ê cheng-tióng khó-lêng ē tī 2020 nî kiat-sok.

Tī kok-ka ê chân-kip, choân-sè-kài chì-chió ū 30 ê kok-ka í-keng ū thang-chài-seng lêng-goân, chiàm lêng-goân kiong-èng ê 20% í-siōng. Ī-kè kok-ka thang-chài-seng lêng-goân chhī-tiûⁿ tī bī-lâi cha̍p tang chì í-āu ē kè-sio̍k kiông-kèng cheng-tióng. Chi̍t-kóa só͘-chāi kap chì-chió nn̄g ê kok-ka (Peng-tó kap Nô͘-ui) í-keng ēng thang-chài-seng lêng-goân hoat-tiān, ah kî-thaⁿ chē-chē kok-ka lóng siat-tēng liáu bī-lâi ta̍t-kàu 100% thang-chài-seng lêng-goân ê bo̍k-piau. Sè-kài siōng chì-chió ū 47 ê kok-ka í-keng ū chhiau-kòe 50% ê tiān-le̍k lâi-chū thang-chài-seng chu-goân. Hām khòng-bu̍t tian-tó, thang-chài-seng lêng-goân tī khoah-khoah ê tē-lí khe-he̍k lāi chûn-chāi, khòng-bu̍t jiân-lia̍t chi̍p-tiong tī chió-sò͘ kúi-ê kok-ka. Khoài-sok pō͘-sú thang-chài-seng lêng-goân kap lêng-goân hāu-lu̍t ki-su̍t ē-tàng tòa-lâi kī-tāi ê lêng-goân an-choân, kiám-bān khì-hāu piàn-hòa kap keng-chè lī-ek. Tī kok-chè kong-lūn tiâu-cha tiong, tōa-la̍t chi-chhî thui-kóng thang-chài-seng lêng-goân, pí-lūn thài-iông-lêng kap hong-lêng.

Sui-jiân chē-chē thang-chài-seng lêng-goân hāng-bo̍k lóng sī tōa kui-bô͘--ê, m̄-kog thang-chài-seng ki-su̍t mā tī lông-chhun kap pian-oán tē-khu í-ki̍p hoat-tián-tiong kok-ka ha̍h-ēng; tī chia-ê kok-ka, lêng-goân thong-siông tùi jîn-lūi hoat-tián chì-koan tiōng-iàu. In-ūi tōa to-sò͘ thang-chài-seng lêng-goân ki-su̍t lóng thê-kiong tiān-le̍k, thang-chài-seng lêng-goân pō͘-sú thong-siông hām chìn-chi̍t-pō͘ ê tiān-khì-hòa kiat-ha̍p sú-iōng, che ū chin chē hó-chhù: tiān-le̍k ē-tàng choán-hòa chò kia̍t-lêng (pit-iàu sî sán-seng pí hòa-chio̍h jiân-liāu koh-khah koân ê un-tō͘), ē-sái choán-hòa chò ki-hāi-lêng. Hāu-lu̍t koân, pēng-chhiáⁿ tī sú-iōng ê sî chiâⁿ chheng-khì. Lēng-gōa, thang-chài-seng lêng-goân ê tiān-khì-hòa hāu-lu̍t koh-khah koân, só͘-í ē-sái tōa-tōa kàng-kē it-chhù lêng-goân ê su-kiû.

Chóng-lám
---------

Le̍k-sú
-------

Chú-liû ki-su̍t
---------------

### Hong-lêng

### Chú-le̍k-lêng

### Thài-iông-lêng

### Tē-jia̍t-lêng

### Seng-bu̍t-lêng

Iông-ji̍p lêng-goân hē-thóng
----------------------------

Chhī-tiûⁿ kap kang-gia̍p chhu-sè
--------------------------------

Chèng-chhek
-----------

Sin-heng ki-su̍t
----------------

Cheng-lūn
---------

Thang-chài-seng lêng-goân ê tē-iân chèng-tī
-------------------------------------------

Khoân-kéng éng-hióng
--------------------

Siá-chin
--------

Chham-oa̍t
----------

Chham-khó
---------

1. ↑  Ellabban, Omar; Abu-Rub, Haitham; Blaabjerg, Frede (2014). "Renewable energy resources: Current status, future prospects and their enabling technology". *Renewable and Sustainable Energy Reviews*. **39**: 748–764 [749]. doi:10.1016/j.rser.2014.07.113.
2. ↑  "Renewables 2010 Global Status Report" (PDF). REN21. September 2010. October 27, 2019 khòaⁿ--ê.
3. ↑  REN21, Global Status Report 2016. Retrieved 8 June 2016.
4. ↑  Frankfurt School – UNEP Collaborating Centre for Climate & Sustainable Energy Finance (2018). *Global Trends in Renewable Energy Investment 2018*. Available online at:
5. ↑  IRENA, Renewable energy and jobs, *Annual review 2015*, IRENA.
6. ↑  "Global renewable energy trends". *Deloitte Insights*.
7. ↑  "Renewable Energy Now Accounts for a Third of Global Power Capacity". IRENA. 2 April 2019. goân-loē-iông tī 21 April 2019 hőng khó͘-pih. 21 April 2019 khòaⁿ--ê.  Unknown parameter `|url-status=` ignored (help)
8. ↑  Electric cars and cheap solar 'could halt fossil fuel growth by 2020' *The Guardian*
9. ↑  "Expect the Unexpected : The Disruptive Power of Low-carbon Technology" (PDF). *Carbontracker.org*. pp. 3, 30.
10. ↑  REN21 (2017). "Renewables global futures report 2017".
11. ↑  Vad Mathiesen, Brian; et al. (2015). "Smart Energy Systems for coherent 100% renewable energy and transport solutions". *Applied Energy*. **145**: 139–154. doi:10.1016/j.apenergy.2015.01.075.
12. ↑  "12 Countries Leading the Way in Renewable Energy". *Click Energy*.
13. ↑  "Renewable Electricity Capacity And Generation Statistics June 2018". goân-loē-iông tī 28 November 2018 hőng khó͘-pih. 27 November 2018 khòaⁿ--ê.  Unknown parameter `|url-status=` ignored (help)
14. ↑  "Renewable Electricity Capacity And Generation Statistics June 2018". 3 January 2019 khòaⁿ--ê.
15. ↑  International Energy Agency (2012). "Energy Technology Perspectives 2012" (PDF).
16. ↑  "Global Trends in Sustainable Energy Investment 2007: Analysis of Trends and Issues in the Financing of Renewable Energy and Energy Efficiency in OECD and Developing Countries" (PDF). *unep.org*. United Nations Environment Programme. 2007. p. 3. goân-loē-iông (PDF) tī 4 March 2016 hőng khó͘-pih. 13 October 2014 khòaⁿ--ê.  Unknown parameter `|url-status=` ignored (help)
17. ↑  Sütterlin, B.; Siegrist, Michael (2017). "Public acceptance of renewable energy technologies from an abstract versus concrete perspective and the positive imagery of solar power". *Energy Policy*. **106**.
18. ↑  World Energy Assessment (2001). Renewable energy technologies Archived 9 June 2007 at the Wayback Machine. p. 221.
19. ↑  Armaroli, Nicola; Balzani, Vincenzo (2011). "Towards an electricity-powered world". *Energy and Environmental Science*. **4** (9): 3193–3222. doi:10.1039/c1ee01249e.
20. ↑  Armaroli, Nicola; Balzani, Vincenzo (2016). "Solar Electricity and Solar Fuels: Status and Perspectives in the Context of the Energy Transition". *Chemistry – A European Journal*. **22** (1): 32–57. doi:10.1002/chem.201503580. PMID 26584653.
21. ↑  Volker Quaschning, *Regenerative Energiesysteme. Technologie – Berechnung – Simulation*. 8th. Edition. Hanser (Munich) 2013, p. 49.

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