Accelerating the Energy Transition into a Revolution.

Moving towards an Energy Revolution

We are in numerous world crises; the erratic weather patterns are causing droughts, floods, and high extremes of heat or sudden cold; less productive land and the oceans of the world are heating up, and that has progressively a dire consequence on our food chain.

We are still caught up in this fruitless debate of shall we / shant we switch away from fossil fuels, especially while we are (seemingly) in an energy crisis. We need to radically switch away from fossil fuel now period!!

We have worse to come. All these crises are heading us towards a world that will become increasingly difficult to live in as humans, to produce enough food or uninhabitable for many animals or species we have around us that increasingly are facing extinction. Then what about nature itself? I find it very hard that humans seem to ignore so much and just seem to want to carry on as usual. We as humans have induced climate change, we have less than twenty to thirty years to attempt to reverse it.

I would argue we need to have a revolution!

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Low-cost DAC is challenging, but no more so than any other revolutionary technology – OH PLEASE!

Climeworks visual

I was reading a (typical) consulting article from BCG entitled.”Shifting the Direct Air Capture Paradigm” giving a “classic”, somewhat optimistic view of how we can bring the costs down of Direct Air Capture.

The authors start with, “Even though it is still nascent, DAC could play a critical role in delivering on net zero.”

Sorry, convince me.

They outline that “the cost of DAC (the end-to-end cost of CO2 removal including final storage) will need to fall from $600 to $1,000 per ton of CO2 today to below $200 per ton and ideally closer to $100 per ton by 2050, and preferably earlier.”

Is this where I get my magic wand out, wave it a few times, and this scenario will happen?

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How can we encourage more Collaborative Solutions in the Energy Transition?

Is the needed path to the Collaborative Energy Transition Approach through Grand Challenges?

I have to admit that I am sceptical of individual energy organizations’ pledges to move toward a carbon-neutral future. They argue that there is a limited amount of time to make this transition, yet it is broadly recognized that individual organizations cannot achieve this alone. Are energy organizations open enough to alternative suggestions for overcoming the resource and knowledge constraints working alone can bring? Are they exploring alternative thinking enough, such as organised collective challenges? We need to bridge the gap through collaborations at multiple firm levels.

I believe there is a weakness in the energy ecosystem that deprives it of more significant collective action and innovation to achieve a more accelerated pathway to the energy transition. My argument is that while many energy companies are working on solutions within the energy transition, they often work in isolation and struggle to get out of their “self-made” islands of knowledge.

I suggest that applying ecosystem thinking and platform solutions could bring together many organizations to work in broader, more ambitious innovation ecosystems of collaborations or even work through grand challenge-designed approaches.

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Building momentum, gaining idea generation into energy insights

Gaining momentum and idea generation

I have been asking myself how a combined effect of innovation and ecosystem design thinking will support the energy transition we are undertaking to give it additional traction and generation.

In a recent report released by IEA in the last week or so, “Tracking clean energy innovation in the business sector: an overview.” they emphasised the point that “Acceleration of clean energy innovation, supported by effective innovation policies, is critical for achieving net-zero emissions by 2050, and the technology development in the business sector will be to success“.

I draw from this report this initial perspective: “The major drawbacks are we are simply NOT recognizing the need to have a clear and consistent way of approaching and capturing innovation at the front end of discovery or exploration. The inconsistency of not having clarity of how innovation is undertaken and then reported uniformly is continuing to hold up upfront investment, institutional capacity building and consistent classification of technologies”.

The IEA estimates that companies active in energy technologies spent almost USD 120 billion on energy R&D in 2021, three times more than governments. They remark, “Beyond these headline estimates, however, information on the energy innovation activities of firms – whether freely or commercially available; at technology level or highly aggregated – is frustratingly scarce.”

We need to recognize the importance of innovation, not just on what it can bring in through future solutions but on its need to have a recognized, established process to capture, evaluate and openly report on any innovation project’s progress.

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