国別内訳 (MtCO2)

世界

3.1%

米国におけるCO2排出量の新たな増加.

CO2排出量の増加(+ 1.9%)は過去の増加に基づく

経済成長の鈍化、エネルギー原単位の低下、および燃料構成の変化に関連して、2016年までの3年間の排出量の停滞の後、エネルギー関連CO2排出量は2017年に2.1%、2018年に1.9%増加しました。 石炭とガスの切り替え政策にもかかわらず、中国(+ 3.1%)、インド(+ 4.2%)、ロシア(+ 3.9%)で排出量が増加しています。
米国では、部分的に気象条件によってエネルギー消費量が増加したため、CO2排出量は3.1%増加しました。
欧州連合では、エネルギー需要の減少(ドイツなど)、発電用の再生可能エネルギーの寄与の大きさ、および天候(穏やかな天候)のため、CO2排出量が減少しました(-2.1%)。
日本では、2016年以降の太陽光発電の貢献度の増加と2018年の原子力発電の増加により、CO2排出量は5年連続で減少し続けました。

世界のエネルギー動向、2019年版

Enerdataは、G20諸国の2018年のデータに基づいて、世界のエネルギー市場の動向を分析します。

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Global Energy & CO2 Data

エネルギーの供給、需要、価格、温室効果ガス排出に関する包括的かつ最新のデータベースにアクセスする(189ヶ国).

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26
Mar

Global wind capacity increased by over 60 GW in 2019

According to the Global Wind Energy Council (GWEC), a total of 60.4 GW of wind capacity was installed worldwide in 2019 (19% more than in 2018), raising the global wind capacity by 10% to more than 650 GW.

25
Mar

India's carbon-free generation capacity rose by 72% over 2014-2020

According to the Indian government, the installed carbon-free capacity in the country increased by 72% between late March 2014 and the end of February 2020, from 81 GW to 139 GW. Around 55% of new installations between 2014 and 2020 (58 GW) were solar power plants (32 GW), followed by wind (17 GW, 29%) and large hydro (5 GW, 8%). In addition, 2.8 GW of other renewable sources (biomass, small-hydropower and waste-to-energy) and 2 GW of nuclear were added. Total investment in the Indian carbon-free energy sector reached US$75bn over the 2014-2020 period, with foreign direct investments accounting for 8% of it (US$6bn).

23
Mar

Global offshore wind capacity rose by 6.1 GW in 2019

According to the Global Wind Energy Council (GWEC), the global offshore wind power capacity increased by 6.1 GW to 29.5 GW in 2019. Offshore wind installations accelerated compared with 2018, when 4.5 GW were added, and accounted for 10% of the new wind power installations.

19
Mar

Renewables exceeded coal-fired power generation in the Netherlands in 2019

According to Statistics Netherlands (CBS), power generation in the Netherlands rose by 5.7% in 2019 to nearly 121 TWh (+6.5 TWh for net power generation). Most of the increase came from thermal power plants, especially from gas-fired power plants, whose power generation surged by 23% (+13 TWh at 71 TWh) in a context of low gas prices and high carbon prices; meanwhile, coal-fired power generation fell by 34% (-10 TWh at 17.4 TWh). According to CBS, renewable power generation rose by 18.5% (+3.5 TWh at 22.4 TWh) in 2019 (+8.5% for wind, including +14% for onshore wind, and +40% for solar), exceeding coal-fired power generation for the first time.


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