Simple facts, time to act, on our energy grids

The energy industry has many problems transitioning from fossil reliance to renewables.

Any energy transition is a massive shift in the energy supply.

As our energy consumption continues rising, we face several global challenges. The primary sources of our energy production will need to change as carbon emissions and warming greenhouse gases continue to amass in the planet’s atmosphere, creating a more unstable world we live in today. Traditionally, we have been heavily dependent on mainly three types of fossil fuels in use for energy generation: coal, oil and natural gas are all non-renewable sources, depleting the planet’s resources.

The continued burning of fossil fuels for electricity, heat, and transportation is giving levels of carbon intensity that need to be dramatically reversed as this continues to put pressure on rising temperatures and a warming planet. We have this real need for an effective energy transition built on electricity supplied by renewables. Renewable energy sources offer cleaner alternatives based on solar, wind power, hydroelectric energy, biomass from plants, hydrogen and fuel cells and geothermal power.

We need to build different energy solutions to resolve the current grid difficulties of accommodating variable power sources like wind and solar energy, the fastest-growing renewable power sources. As these resources begin to supply increasing percentages of power to the grid, integrating them into grid operations will become increasingly difficult.

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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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Working through a proposed Energy Transition Evaluation

I often wonder about the rigor of assessments and the lack of a common approach when evaluating or assessing the contributions of new concepts or innovation solutions in any Energy Transition and the broader impacts these can have. So does this 18S framework provide this?

So what makes up the 18S framework to assess any change and innovation in the Energy transition?

I feel this framework can apply to any energy transition and provides a common point of evaluation with consistency in each part of the 18S to evaluate for efficiencies, affordability, reliability, accessibility, availability, dependability, abundance, and effectiveness.

The elements and dimensions of this 18S can determine what we need to work through and understand to gain a more “holistic” overview, especially coming from any changes and new innovative solutions.

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Building an Inspiring Energy Narrative

I struggle increasingly with individual energy organizations’ pledges of moving their solutions towards a carbon-neutral future. The mixture of reports, initiatives, and viewpoints all move towards the transformation of the energy system but they all admit or fail to address TWO crucial aspects.

Firstly the limited time we have to make such a transition in their offerings of new and different imaginative ways to change the current dynamics within our energy systems. Secondly how each organization alone cannot achieve it with limited or no alternative suggestions to how to overcome this “constraint”. Well, this post is about one alternative well worth considering.

One area of potential to bridge is the collaborations at the multiple firm levels. There is a weakness that deprives the ecosystem of a greater “collective action and innovation” to achieve a more accelerated pathway to the Energy Transition.

The Energy Transition has a rich network of complimentary ecosystems all keeping the energy transition change moving at a ‘certain’ level of momentum but is it good enough, I don’t think so.

The sheer number of Energy companies working on solutions within the Energy Transition is vast, varied and geographically spread. Each is struggling to get out of their (self-made) islands of knowledge to grow their business value through mostly individual innovation solutions.

We then have an Ecosystem of Governments and intergovernmental organizations providing policy suggestions and directions, offering sources of analysis, central data collection and interpretation along with proving reference and exchange points and forums. Then you have general and highly specialised Consulting firms, and investing institutions that are all constantly providing insights and supporting solutions.

We need to find new ways of collaborating and that means applying ecosystem thinking and platform solutions. Let me suggest one as an opener to this thinking.

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Navigating an Energy Transition strategic pathway

Energy Fitness Landscape primer

There are so many risks in the near to mid-term to derail the Energy Transition. I feel it is really hard to stay focused and not become distracted by the anti-energy transition groups. I am a firm believer in having a navigable strategic and tactical pathway to keep you on a given track along the route you have chosen to get to a given goal. Clearly, as we progress, we learn and adjustments are made but you have to map out a fairly solid (looking) pathway to keep on track.

I wrote about the concept of exploring energy fitness landscapes. The article “My initial thinking behind Energy Fitness Landscapes“, written in 2021, uses Hydrogen as an example, with a follow-up one year later. Here I am looking at the Energy Transition from an evolving technology innovation perspective. In other words, what “forces” can be identified or promoted that can transform the existing energy system through the pursuit of new inventions, innovations, or technological advancement? I took hydrogen as an example.

A risk of the energy transition is we give higher emphasis on the depth of knowledge in one area, get distracted often and fail to pull this together, to map it into the bigger picture of the practical, broader-based one. We do need a clear pathway.

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Thinking about the Energy Transition

Thinking about the Energy Transition

One of the largest News Agencies recently asked me about the Energy Transition. These were some really tough open-ended questions: “What are the industry challenges and solutions,” “the key trends and developments“, What are the Challenges I face,” then “What critical solutions are there to the challenges” and finally “What value and guidance would you offer.”

The energy transition is a vast, complex area to view. I took a deep breath and thought about how I would break this down over a discussion of only 45 minutes. I decided to break it down into bite-size chunks such as Key Challenges, Worries, Big Ticket issues, My working issues, and finally, How the energy industry needs to get organized.

On reflection, I realized how many more points I could have raised or explained. Still, the structure of my breaking this down allows for some further thinking and additions that help me build this out, as many struggles with absorbing this energy transition, and I can build on my initial reactions here. Well, that is in my plans going forward.

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The power to unlock energy is through innovation

The energy shifts we are undertaking within all the energy transitions today do allow real innovation opportunities when you survey the innovation landscape.

There is complexity in all the energy transitions going on. Still, the ones that can see the possibilities and ‘energize’ through new innovative solutions hold the future in our hands to capitalize upon as fast as we can.

All we can predict is that the pace of innovation and energy transition will speed and then scale up to meet the needs of a world rapidly wanting to decarbonize. The companies that are investors in innovation will be the best placed to capitalize on this.

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My twelve energy Christmas words or triggers that will drive my 2023 thinking

So as we wind down towards Christmas and begin to look out into 2023, I thought, what are my triggering points on the Energy Transition?

So I thought I’d turn these into a simple list of my twelve energy Christmas words or phrases that will drive my Energy Transition thinking in 2023

  1. The energy challenge
  2. Inclusive energy futures
  3. Innovation technology
  4. Complexity unravelling
  5. Unchecked consumption
  6. Stranded Assets
  7. Emerging Energy Platforms
  8. Energy backbone
  9. Climate change essential actions
  10. Clean energy innovator
  11. Pathways, landscapes and roadmaps
  12. Transition management

I made an Energy wish list for 2022, and all I can say is it was wildly optimistic, so this year, I’ll stick with my simple Christmas triggers.

So what trigger words or energy phases will drive your Energy work or thinking in 2023?

Add them below

Wrapping up the Energy Crisis Year of 2022


(ABC News: Michael Barnett)

This has undoubtedly been a year where the Energy Transition has felt, more often than not, thrown into reverse.

In Germany, coal mines have been reopened, and nuclear power stations scheduled to be decommissioned been given an extended lease of life. Nearly all EU countries, very dependent on Russian oil and gas, have been scrabbling like crazy to find alternative sources, all at rising prices and growing difficulties in finding supplies. The cost of energy to the consumer has risen significantly, and many Governments have been forced to offset winter bills with different incentives, payments or credits that will be highly expensive, so where does that cost come from, and what gets sacrificed?

France struggles with a rapidly ageing fleet of Nuclear power plants and the issue of how many of these can be up and running and functioning at levels to maintain power to their network and be able to support neighbours at times of their need.

The UK Government announced this week it’s the first opening of a new open coal mine in Cumbria a year after the UK lobbied to ‘consign coal to history. The developer, West Cumbria Mining, said it was “delighted” it could now deliver what it called “the world’s first net zero mine”. It plans to offset the emissions from the construction, mining and domestic transport phases. I hate the word “offset”. West Cumbria Mining says the coking coal it produces will be used for steelmaking in the UK and Europe. The local council had granted permission to dig for coking coal until 2049, with the mine expected to create about 500 jobs.. Yet the two prominent companies that still make steel using coal in the UK – British Steel and Tata – say they plan to move to lower carbon production methods. According to the UK Telegraph, this Cumbrian coal mine is economical and diplomatic idiocy.

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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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