The world is at a crossroads in the fight against climate change, and the path forward is anything but straightforward. But here's the shocking truth: despite growing momentum, our current energy transition plans might not be enough to meet the Paris Agreement goals. As we approach COP30, Rystad Energy has meticulously analyzed over 400 historical and updated Nationally Determined Contributions (NDCs) to gauge global progress. What we’ve found is both encouraging and alarming.
Most countries are zeroing in on short-term decarbonization in power, energy, and transportation, setting ambitious targets for renewable energy and electric vehicle (EV) adoption. Alternative fuels and carbon capture, utilization, and storage (CCUS) are also on the table for industries that are harder to decarbonize. But here’s where it gets controversial: while many 2035 targets appear more ambitious than those for 2030, this shift often reflects extended timelines rather than bolder policy actions. Our analysis reveals that even if these pledges are fully implemented, global emissions would only drop by about 25% (10 Gt) by 2035—a trajectory consistent with a 1.7 °C warming pathway, still short of the 1.5 °C goal.
To bridge this gap, the energy transition must focus on three critical tasks:
Task 1 – Transforming the Power Sector: Half of the pledged emission reductions hinge on cleaning up the power sector through rapid solar and wind expansion, alongside storage and grid upgrades. While progress is evident—with record renewable energy additions annually—bottlenecks in permitting, transmission, and market saturation threaten to derail momentum. And this is the part most people miss: without addressing these challenges, even the most ambitious targets could fall short.
Task 2 – Electrifying Everything: Electrifying transport, buildings, and industry could deliver 43% of the emission reductions needed by 2035. EVs now make up a quarter of new car sales, a staggering leap from just 2% five years ago. However, scaling this transition depends on robust charging infrastructure and policy support. Heat pumps are gaining traction, but high power prices remain a hurdle in some regions. Meanwhile, early pilots in steel and aluminum suggest industrial electrification is slowly gaining ground.
Task 3 – Tackling the Last 5%: The hardest-to-abate emissions will require scaling up CCUS, hydrogen, and bioenergy. While these technologies are increasingly featured in NDCs, their deployment lags far behind renewables and electrification. Here’s the bold question: Can we accelerate these solutions fast enough to achieve long-term impact? Without a step change in scale and pace, the answer may be no.
To better understand these challenges, we’ve developed the Rystad Energy NDC Relative Risk Index. This framework categorizes countries based on their ability to implement climate commitments. Low-risk nations like Switzerland, Sweden, and Finland (22% of the index) combine high incomes, political stability, and strong electrification and renewable energy adoption. In contrast, high-risk countries (44%), including Uganda, Ethiopia, and Niger, face structural barriers like low income, fragile governance, and rising emissions, making NDC delivery uncertain. A middle category (33%), featuring China, Vietnam, and South Korea, showcases rapid technological adoption and structural modernization despite carbon-intensive energy systems.
But here’s the bigger question: What does this diversity of risk profiles mean for global cooperation? Leading nations are pushing for more ambitious net-zero initiatives, signaling a shift to the next energy era. However, success depends on political stability, economic resilience, and coordinated progress across these three interdependent tasks. Without global alignment, the energy transition risks falling short of its goals.
What do you think? Are current NDCs ambitious enough, or do we need bolder action? Share your thoughts in the comments—let’s spark a conversation that could shape the future of our planet.
By Rystad Energy (https://www.rystadenergy.com/)
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