Eight weeks. Two theatres. One-fifth of supply gone. Venezuela disrupted. Hormuz closed. China’s energy architecture didn’t collapse, but it bent exactly where it was supposed to hold. Ownership isn’t access. and what looked like diversification is resolving into dependency.
Some good insight, thank you. Once again illustrating why no one should underestimate the potential deliberacy of US action. And that as much as stress testing China, these actions also stress test NATO.
Excellent article on the Energy Squeeze being experienced by China as a consequence of American moves in Venezuela and Iran. Much of your take is on the mark as regards the utility of enormous Chinese investments in creating the string of pearls around IOR. It is also correct on the efficacy of CPEC investment which now requires Pakistan to turn to IMF in order to service her debts. However, China appears to have not faced the intensity of squeeze that others have. It has a far greater oil stockpile and is also using this opportunity to pivot towards EV in an aggressive way. This is the reason oil has not moved upwards of USD 150 mark which was envisaged earlier on the basis of projected Chinese usage. Also, the lack of active Chinese intervention in cajoling Iran to stick to the terms of MOU agreed with USA & open Hormuz, is a pointer to Beijings greater energy resilience than has been presumed thus far.
Thank you so much. And, my apologies for a delayed reply - I was on a break. I agree with you and it is also very interesting to see that while the US is being aggressive about oil and drilling, China and to some extent, even India are doubling down on renewables. China’s ties and land access to Russia also helps while its other traditional routes are under pressure.
The distinction between ownership and operational access is the strongest part of this analysis. Ports, corridors, and pipelines may exist physically while remaining strategically unavailable at the moment of maximum pressure.
The causal bridge to Power of Siberia 2, however, needs one additional layer. The disruption described here is primarily a crude-oil shock, while PoS2 is a natural-gas pipeline. Gas can reduce oil exposure indirectly in electricity, industry, and parts of transport, but it does not automatically replace refinery feedstock, petrochemical inputs, or liquid-fuel demand.
The sharper question may therefore be not simply whether China is being forced toward Russia, but through which energy vector: Russian crude, pipeline gas, or a broader restructuring of its domestic consumption architecture. Without separating those substitution pathways, the argument risks converting a real access crisis into a broader dependency conclusion faster than the energy system itself can convert.
Thank you. I think that is an important qualification, particularly the distinction between the crude-oil shock and the gas pathway through which I connect it to Russia. You are right that PoS2 cannot simply substitute for disrupted crude supplies, and that the substitution mechanisms operate differently across electricity, industry, transport, and petrochemicals.
The broader point I was trying to make is less about direct fuel substitution and more about how a disruption in one part of the energy architecture can alter the bargaining position across the system. The question then becomes whether China responds by securing more Russian crude, accelerating gas substitution where technically feasible, or using the crisis to push harder on domestic electrification and renewables. Those are very different pathways, with different timelines and dependencies.
Your framing makes the argument more precise: the real strategic question is not simply whether China becomes more dependent on Russia, but which parts of its energy system become more exposed to Russian leverage as it tries to compensate for vulnerabilities elsewhere. That is a more useful lens for thinking about what the next phase of this crisis could look like.
Exactly. The key is not aggregate dependence, but how vulnerability is redistributed across different energy pathways, conversion timelines, and points of leverage. Your revised framing captures that distinction very well.
Some good insight, thank you. Once again illustrating why no one should underestimate the potential deliberacy of US action. And that as much as stress testing China, these actions also stress test NATO.
Excellent article on the Energy Squeeze being experienced by China as a consequence of American moves in Venezuela and Iran. Much of your take is on the mark as regards the utility of enormous Chinese investments in creating the string of pearls around IOR. It is also correct on the efficacy of CPEC investment which now requires Pakistan to turn to IMF in order to service her debts. However, China appears to have not faced the intensity of squeeze that others have. It has a far greater oil stockpile and is also using this opportunity to pivot towards EV in an aggressive way. This is the reason oil has not moved upwards of USD 150 mark which was envisaged earlier on the basis of projected Chinese usage. Also, the lack of active Chinese intervention in cajoling Iran to stick to the terms of MOU agreed with USA & open Hormuz, is a pointer to Beijings greater energy resilience than has been presumed thus far.
Thank you so much. And, my apologies for a delayed reply - I was on a break. I agree with you and it is also very interesting to see that while the US is being aggressive about oil and drilling, China and to some extent, even India are doubling down on renewables. China’s ties and land access to Russia also helps while its other traditional routes are under pressure.
The distinction between ownership and operational access is the strongest part of this analysis. Ports, corridors, and pipelines may exist physically while remaining strategically unavailable at the moment of maximum pressure.
The causal bridge to Power of Siberia 2, however, needs one additional layer. The disruption described here is primarily a crude-oil shock, while PoS2 is a natural-gas pipeline. Gas can reduce oil exposure indirectly in electricity, industry, and parts of transport, but it does not automatically replace refinery feedstock, petrochemical inputs, or liquid-fuel demand.
The sharper question may therefore be not simply whether China is being forced toward Russia, but through which energy vector: Russian crude, pipeline gas, or a broader restructuring of its domestic consumption architecture. Without separating those substitution pathways, the argument risks converting a real access crisis into a broader dependency conclusion faster than the energy system itself can convert.
Thank you. I think that is an important qualification, particularly the distinction between the crude-oil shock and the gas pathway through which I connect it to Russia. You are right that PoS2 cannot simply substitute for disrupted crude supplies, and that the substitution mechanisms operate differently across electricity, industry, transport, and petrochemicals.
The broader point I was trying to make is less about direct fuel substitution and more about how a disruption in one part of the energy architecture can alter the bargaining position across the system. The question then becomes whether China responds by securing more Russian crude, accelerating gas substitution where technically feasible, or using the crisis to push harder on domestic electrification and renewables. Those are very different pathways, with different timelines and dependencies.
Your framing makes the argument more precise: the real strategic question is not simply whether China becomes more dependent on Russia, but which parts of its energy system become more exposed to Russian leverage as it tries to compensate for vulnerabilities elsewhere. That is a more useful lens for thinking about what the next phase of this crisis could look like.
Exactly. The key is not aggregate dependence, but how vulnerability is redistributed across different energy pathways, conversion timelines, and points of leverage. Your revised framing captures that distinction very well.