Russia and Ukraine are important to the renewables transition. Here's what that means for the climate

The Russia-Ukraine crisis is already a human catastrophe^[1]. And it could also prove disastrous for climate action by slowing the global energy transition.

Both Russia and Ukraine are key suppliers of crucial metals^[2] used in the manufacture of green technologies such as solar panels, wind turbines and electric vehicle batteries. The conflict threatens global supplies of these materials.

Concerns over energy security are also spurring fossil fuel imports and have triggered calls in Australia to delay emissions reduction efforts.

But the war in Eastern Europe must not cause global climate action to falter. We must ensure the renewables industry is better able to withstand such global shocks – which in the long run will aid the transition.

The threat of sanctions

The world needs a secure, steady and affordable supply of clean energy to meet emissions reduction targets. This supply relies on access to so-called “energy transition metals^[3]” such as copper, nickel, platinum, palladium, aluminium and lithium.

The Russian-Ukraine conflict has already prompted nations to impose trade sanctions on Russian oil and gas, coal and other commodities, affecting global energy security^[4].

Russia’s metals have so far escaped this punishment. But such sanctions are not out of the question. In 2018, sanctions^[5] were imposed on Russian aluminium producer Rusal, causing global prices to skyrocket.

Russia accounts for 7% of the world’s mined nickel^[6] – a scarce metal needed to make electric vehicle batteries. The current conflict reportedly pushed nickel prices up 250%^[7] in 48 hours last week.

Read more: Will Russia's invasion of Ukraine push Europe towards energy independence and faster decarbonisation?^[8]

Russia also produces a third^[9] of the world’s palladium. The metal is used in the car industry to control vehicle emissions^[10]. Palladium prices reached an all-time high^[11] following the Ukraine crisis, but have since slumped.

Ukraine is the world’s largest supplier^[12] of a group of chemical elements known as “noble gases”. These include neon and krypton, and are used to make semiconductor chips^[13]. The latter are a critical component of all electronic systems^[14] including those found in automobiles, renewables machinery and other technology.

Russia’s annexation of Crimea in 2014 triggered a rise in neon prices. Some chip manufacturers reportedly stocked up^[15] on neon ahead of the current Russia-Ukraine conflict, but the longer-term outlook is uncertain^[16].

A boost for fossil fuels

Before the Russia-Ukraine conflict, global progress towards reducing our reliance on fossil fuels was already too slow^[17]. In just one example, the development of solar and wind projects was recently found to be 30% below^[18] what’s needed to achieve the world’s climate targets this decade.

A shortfall in materials used to produce such technologies will only put the world further behind.

Concerns over energy security are also driving coal imports as nations race to shore up fossil fuel supplies. In Europe, for instance, fears over disruptions to Russian gas supplies led to a rush on coal imports^[19].

The German^[20] government is also under pressure to reconsider its short-term plans to exit coal and end the use of nuclear power.

And in Australia, rising fuel prices have prompted calls^[21] by pro-coal members of the federal government for Australia to pause its plan for net-zero carbon emissions by 2050.

Ripple effects

Despite all the bad news for the energy transition, disruptions caused by the Eastern European conflict provide important lessons in the longer term.

Together with the COVID-19 pandemic, the crisis has highlighted the need for countries to strengthen their domestic^[22] capacity to build clean technologies.

The United States, for example, is investing in critical metal^[23] exploration and manufacturing^[24].

And in Australia, the federal government’s manufacturing strategy supports investments^[25] in critical resources processing.

The crisis has also provided a wake-up call^[26] for countries to reduce their reliance on Russian fossil fuels by investing in renewable energy, and better managing domestic energy demand^[27].

The spike in the prices of critical minerals is likely to^[28] drive new mining, manufacturing and renewable energy projects outside Russia. In the Philippines, for example, a dozen new nickel mines^[29] are expected this year.

This push may indeed diversify global supplies. But it could also unleash a suite of environmental and social harms^[30].

So wherever these large projects are undertaken, communities and environments must be protected^[31].

Read more: Critical minerals are vital for renewable energy. We must learn to mine them responsibly^[32]

Where to from here?

The Russia-Ukraine conflict casts a cloud of uncertainty over the world’s supply of resources necessary for the energy transition.

Investors, governments, and industry must ensure any disruptions to the world’s transition goals are short-lived. And we must seize this opportunity to make the renewables sector more resilient in the longer term.

We cannot afford to let the Russia-Ukraine conflict derail our focus on an even broader crisis: Earth’s worsening climate catastrophe.

Read more: Demand for rare-earth metals is skyrocketing, so we're creating a safer, cleaner way to recover them from old phones and laptops^[33]

References

1. ^{^} human catastrophe (www.theguardian.com)
2. ^{^} crucial metals (iea.blob.core.windows.net)
3. ^{^} energy transition metals (www.nature.com)
4. ^{^} energy security (epic.uchicago.edu)
5. ^{^} sanctions (www.reuters.com)
6. ^{^} nickel (www.reuters.com)
7. ^{^} 250% (www.smh.com.au)
8. ^{^} Will Russia's invasion of Ukraine push Europe towards energy independence and faster decarbonisation? (theconversation.com)
9. ^{^} a third (investinrussia.com)
10. ^{^} vehicle emissions (www.washingtonpost.com)
11. ^{^} all-time high (www.reuters.com)
12. ^{^} largest supplier (www.afr.com)
13. ^{^} semiconductor chips (www.ft.com)
14. ^{^} electronic systems (www.csis.org)
15. ^{^} stocked up (www.wsj.com)
16. ^{^} uncertain (www.csis.org)
17. ^{^} too slow (www.nature.com)
18. ^{^} below (renews.biz)
19. ^{^} coal imports (www.reuters.com)
20. ^{^} German (www.cleanenergywire.org)
21. ^{^} prompted calls (www.theaustralian.com.au)
22. ^{^} domestic (insidesmallbusiness.com.au)
23. ^{^} critical metal (www.whitehouse.gov)
24. ^{^} manufacturing (www.jisea.org)
25. ^{^} supports investments (www.industry.gov.au)
26. ^{^} wake-up call (www.forbes.com)
27. ^{^} energy demand (www.theguardian.com)
28. ^{^} is likely to (pubs.acs.org)
29. ^{^} new nickel mines (www.reuters.com)
30. ^{^} harms (www.sciencedirect.com)
31. ^{^} protected (theconversation.com)
32. ^{^} Critical minerals are vital for renewable energy. We must learn to mine them responsibly (theconversation.com)
33. ^{^} Demand for rare-earth metals is skyrocketing, so we're creating a safer, cleaner way to recover them from old phones and laptops (theconversation.com)