Industry outlook: The way forward is electrification

As industrial players around the world look toward a fossil-free future – or, at the very least, one in which carbon emissions are significantly reduced from today’s levels – electric heating has an important part to play.


Emissions from fossil fuels are widely known to cause climate change, while also posing hazards to human health and global ecosystems. In recent years, governments and policy makers have responded by putting in place legislation and environmental targets designed to minimize our dependence on fossil fuels. One key feature of this process will be the transition away from fossil-based energy to clean electricity.

Researchers believe the deep decarbonization of the power sector will be key as governments and industry players seek to meet the climate targets set by the Paris Agreement and the European Green Deal, the latter of which pledges a green transformation of the EU with a view to achieving carbon neutrality by 2050.

Electrifying industrial processes is central

Dr. Silvia Madeddu works at the Potsdam Institute for Climate Impact Research, where she specializes in industry decarbonization strategies. In a recently published paper, she and her colleagues analyze the CO2 reduction potential via electrification of heat supply in European industry, which is a bottleneck for the EUs 2050 target of climate neutrality. Madeddu explains that replacing fossil fuels with low-carbon electricity – and using that electricity for core industrial processes such as heating – is central to this challenge.

Dr. Silvia Madeddu works at the Potsdam Institute for Climate Impact Research, where she specializes in industry decarbonization strategies.

With the ambitious climate targets set globally, we can only foresee that more and more pressure will be put on the shoulders of policy makers and leaders to accelerate the energy transition and implement supporting policies,” she says. “Electric heating in industrial processes is central to this transition because industry is responsible for around 15 percent of Europe’s CO2 emissions, which are mostly generated to supply heat via fuel combustion. Thus, substituting low-carbon electricity for fossil fuels could significantly reduce the environmental impact of industrial processes.”

Madeddu’s study found that in Europe, electrification could cut industrial CO2 emissions by 78 percent and almost entirely abate the energy-related CO2 emissions, assuming the power sector was already decarbonized. This in turn would reduce the industry bottleneck to only residual process emissions.

Electricity sector plays a key part

According to the International Energy Agency’s World Energy Outlook 2020, the Covid-19 crisis has further emphasized the “importance of a reliable, affordable and secure electricity supply.” The report predicts that the electricity sector is set to play a key part in supplying our global energy needs and supporting economic recovery after the pandemic. It forecasts that global electricity demand will recover and surpass pre-Covid levels in 2021 and that electricity will meet 21 percent of global final energy consumption.

Madeddu says additional drivers for electrification are the efficiency benefits offered by electrically powered technologieswhich have the potential to deliver significant energy savings compared with combustion systems – along with the need to secure alternative energy sources and maximize flexibility, due to fossil fuel price fluctuations.

While industry electrification already makes sense in some sectors from an environmental point of view, access to green power still needs to be expanded to achieve carbon-free production. However, renewable electricity is already on the rise, with the IEA predicting that it will meet up to 80 percent of global electricity demand growth during the next decade.

Global renewable energy generation capacity has steadily increased, and the vast potential of renewable power has a clear edge over other green energy sources, like biomass,” Madeddu adds.

Overcoming the hurdles

While the technology required to make the switch to electric is largely available, there are still hurdles to overcome.

Aside from the lack of access to green electricity, other obstacles include a shortage of expertise and a tendency among industrial players to prioritize short-term gains over long-term sustainable investments.

Cost remains a major obstacle. Madeddu explains that in Europe, electricity still costs on average around three times more than gas. As she and her colleagues write in their paper, “Industry investments in electrification, not only monetary but also for the acquisition of technical expertise, will probably stall until a clear scenario is presented where electricity is going to be cost competitive.”

Madeddu argues that the transition would be accelerated if a level playing field were created in the energy market, through an adjustment of electricity taxes, as well as levies and other supporting policies, such as a carbon tax.

If a carbon tax should be implemented, the transformation of the power sector will be significantly faster and deeper, fostering a new electrification era, in which renewable electricity could become not only the cleanest but also the cheapest energy carrier,” she concludes.

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