Chris Mooney reports: “India is moving to the center stage of global energy,” IEA executive director Fatih Birol says. “All the numbers are indicating that India will be the number one country in terms of coal consumption and oil demand growth worldwide. India will also have more than 20 percent of the solar PV worldwide.”
The disconnect is huge: Even as countries of the world pledge to cut their greenhouse gas emissions going into the Paris climate talks, recent analyses suggest that overall emissions will still rise through the year 2030, and current national pledges will merely blunt the force of that trend.
The key reason, highlighted in the new 2015 World Energy Outlook by the International Energy Agency, is that the coming decades will also see an incredible one-third growth in overall energy consumption through 2040, much of which will still be satisfied by coal and other fossil fuels. The agency highlights one particular country to underscore this trend – though there are many other candidates – India, home to 1.3 billion people, 240 million of whom lack electricity, most of them living in rural areas.
This, the IEA says, is why India is about to surpass China as the dominant global energy story.
“We think India is moving to the center stage of global energy,” IEA executive director Fatih Birol says. “All the numbers are indicating that India will be the number one country in terms of coal consumption worldwide. India will be the number one country for the oil demand growth worldwide. And India will be the country with more than 20 percent of the solar PV worldwide.”
This is happening, of course, because China is slowing down, nearing the end of what Birol calls the “single largest demand growth story of energy history.” Meanwhile, India’s demand is set to boom as it not only expands electricity to those who currently lack it, but as population growth and a move toward urbanization mean more cars, more appliances, and more overall fuel and electricity.
The new IEA report profiles India in depth, pointing out that the country has ambitious clean energy plans, shooting for 175 gigawatts of renewable energy capacity by 2022 in the form of mass deployments of wind, solar and hydropower. However given the growth in electricity demand and that the country’s power sector is highly dependent on coal, a great deal of the expected demand growth will also mean burning more of this carbon intensive fuel.
Just how big is the growth likely to be? IEA points out that while India has 18 percent of the globe’s population, it only accounted for 5.7 percent of its energy demand in 2013.
And it’s not just lack of electricity – it’s everything that goes with it. “India also has the largest population in the world relying on the traditional use of solid biomass for cooking: an estimated 840 million people – more than the populations of the United States and the European Union combined,” the IEA notes.
This form of cooking is dangerous to health because of the indoor air pollution it creates. Getting people away from burning biomass is a very good thing, but it also means electrification and thus more use of all energy sources, including renewables but also coal.
India’s Intended Nationally Determined Contribution outlined for the Paris talks is highly detailed, outlining plans to have 40 percent of its power capacity be from non-fossil fuel sources 2030, to plant enough trees to pull 2.5 to 3 gigatons of carbon dioxide equivalents out of the air, and to reduce the “emissions intensity” of its economy by 33 to 35 percent. So the country has clear clean energy ambitions, but it has also been faulted for failing to declare a peak for its growing emissions.
On top of that, the IEA says that to lessen the carbon implications of India’s growth – to the extent that that is possible – the country will have to take additional measures such as constructing energy efficient buildings (so as not to be locked into inefficient ones for another generation), building smart cities and striving to control air pollution.
“We will have to follow the Indian energy policies much more closely in the future,” Birol says.
India is a key focus of the IEA’s 2015 World Energy Outlook, but the agency also examines many other trends. It expects that low oil prices will gradually rise to around $80 a barrel by 2020, though it also considers a scenario in which they could stay lower for longer, harming fuel efficiency gains and also making the world more dependent on the Middle East.
IEA also says that natural gas will continue to see global growth – “among the fossil fuels … the only one that sees its share rise” — particularly thanks to liquified natural gas or LNG transport worldwide, although the required pipelines and infrastructure will be costly. Meanwhile, coal will suffer overall, satisfying only about 10 percent of the total new growth in electricity demand. That’s because even though use will rise in places like India and Southeast Asia, it will plummet in the United States and Europe and will see renewables take its place.
In the end, though, the big picture has become depressingly familiar by now – we’re changing how we get energy, but we’re not changing it fast enough for the climate. Renewables are moving too slowly, so too much of burgeoning new demand will still be met by fossil fuels, at least under current climate pledges and trends.
“The net result is that energy policies, as formulated today, lead to a slower increase in energy-related CO2 emissions, but not the full de-coupling from economic growth and the absolute decline in emissions necessary to meet the 2 °C target,” the IEA concludes.
India’s huge need for electricity is a problem for the planet
Annie Gowen, The Washington Post
The Indian government has launched an ambitious project to supply 24-hour power to its towns and villages by 2022 — with plans for miles of new feeder lines, infrastructure upgrades and solar microgrids for the remotest areas. If India’s carbon emissions continue to rise, by 2040 it will overtake the United States as the world’s second-highest emitter, behind only China, according to estimates by the International Energy Agency.