Shandong province (China) plans to cut coal capacity

The Environmental Protection Bureau (SEPB) of the Shandong province of China has released a 3-year plan against pollution. Among its main objectives, the SEPB plans to reduce coal production by 10% by 2020, from 156 Mt to 140 Mt, to boost gas consumption to 15.8 bcm by 2020 by increasing LNG imports and ensure that LNG reaches an 8% share of energy consumption in the province. In addition, it plans to raise gas imports from other provinces and targets a 70% share of clean energy sources in rural areas originates by 2020.

The plan is a part of a national strategy against pollution released by China’s State Council, whose main pillars are to cut coal consumption, incite electric vehicle sales and shut outdated steel and coke facilities.

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AEMO expects Australia to phase out coal power in the next 20 years

The Australian Energy Market Operator (AEMO) has unveiled the new Integrated System Plan for the National Electricity Market, which forecasts the likely changes that will be occurring over the next 20 years across the domestic power market. Despite the anticipated electrification of the transport sector over the next 20 years, electricity grid demand will flatten, due to the growth of solar rooftop PV installations and energy storage coupled with energy efficiency efforts.

Existing coal-fired power plants that generate around 70 TWh/year - one third of the NEM's demand - will continue operating until the end of their operational life (by 2040 at the latest) as it would be uneconomical to retire them before the end of their operational lifespan. Replacing them later on with renewables - whose costs are falling -, gas-fired capacity, distributed generation capacity and energy storage systems (including pumped-storage) would be more cost efficient.

The domestic power grid will shift to a more decentralised system model: 28 GW of solar, 10.5 GW of wind, 17 GW of storage and 500 MW of flexible gas-fired generation will be set up along with a significant upgrade of the domestic power transmission system.

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Enerdata's free online applications: EnerOutlook and Yearbook

EnerOutlook

EnerOutlook fossil fuel prices up to 2040

EnerOutlook is a free online interactive data software which enables you to browse data through intuitive maps and graphs, for a visual analysis of the expected long-term trends in the energy industry.

These can be viewed globally and by world region. The interface provides robust forecasts on energy supply and demand as well as information on fossil fuel prices, renewable energies and CO2 emissions.

This application is an excerpt of the complete EnerFuture global forecast service based on the POLES model.

Global Energy Statistical Yearbook 

Global Energy Statistical Yearbook interactive map

The Global Energy Statistical Yearbook is Enerdata's free online application that displays global energy statistics through an interactive interface with maps and graphs. Browse the latest data (last update: 2018) by region, energy and year; compare and benchmark countries; and download data series to integrate to your model. 

The Yearbook provides statistics on : 

• production, consumption and trade of oil, gas, coal, power and renewables;
• CO2 emissions from fuel combustion;
• covering 60 countries and regions throughout the world;
• including updated data until 2017.

Global Energy Trends, 2018 edition. A step backward for the energy transition?

Every year, Enerdata leverages its globally recognized expertise and databases to produce its Global Energy Trends, an independent study of the past year’s energy market trends and resulting environmental impacts.

This analysis of G20 data, which accounts for 80% of the global energy demand, highlights key evolution of 2017 global markets.

2017 was defined by strengthened global economic growth (+3.7%), as well as by a rebound in CO₂ emissions (+2%) and energy consumption (+2.1%, twice as much as in 2016).

For more exclusive insight and detailed analysis by energy and country, you can download the publication on Enerdata's website.