Globaler Platin-Energiespeicher
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Can platinum help achieve global decarbonisation targets?
WPIC research indicates that, given proposed PEM electrolyser build-out, platinum’s role in enabling the achievement of global decarbonisation targets could be highly significant. In fact, platinum-based PEM technology could alone deliver up to eleven per cent of global CO2 emissions-reduction targets as set out in the Paris Agreement by 2030.
Could platinum be a challenge to the energy transition?
Platinum, among the rarest of these, is invaluable in making electrolyzers and fuel cells cost competitive. But if supply – currently extremely limited – cannot be increased to meet demand, it could pose a challenge to the transition. Platinum’s role in the energy transition could lie in making clean hydrogen technologies commercially viable.
Why is platinum important in the energy transition?
The US, EU, and China have all recognized platinum as strategically important for the energy transition and have policies to stimulate demand. In the US, for instance, the Inflation Reduction Act aims to accelerate clean hydrogen production and fuel cell EV adoption and includes a generous tax incentive for low-carbon hydrogen.
Are platinum supplies too meagre to meet climate targets?
Today’s supplies of platinum are too meagre to meet ambitious climate targets. The International Renewable Energy Agency estimates current supplies will allow for annual PEM electrolyzer manufacturing capacity of just 3-7.5GW.