Energy Transitions

Where are the success stories of Ecosystem thinking in the Energy Transition?

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A range of success stories showcase the value of ecosystem thinking in different industries relating to the energy transition. These are important to emphasise as they recognize the importance of combining a mix of stakeholders, technologies and organizations in interconnected and interdependent ways.

Ask how we can leverage and use Ecosystem thinking and design to promote innovation within the Energy Transition, as it is a powerful approach to radical change. By fostering collaborations and synergies, you can accelerate the development and adoption of innovative solutions for the energy transition.

Before we look at examples of ecosystem thinking and designs applied, we should consider a step-by-step guide to use and apply ecosystem thinking and design applicable to the energy transition.

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What makes up a winning innovation ecosystem of design?

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So what can be gained by adopting a more innovation ecosystem approach?

As we recognize and push out through more open networking and relationships, we are opening up to new learning. We sharpen our minds and attain smarter resources as this exposes ‘us’ to new fields of expertise and knowledge that we can absorb and translate into new innovation opportunities.

As we connect and integrate this learning, we are all becoming co-creators that can arrive at different defining and shape potential. By reaching out, we operate differently, we become more engaged and open.

Let me offer four connecting themes that are shifting our ways to operate and innovate that provide a far greater set of dynamics by ’embracing’ an ecosystem collaborative design approach.

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The Evolving Platform Strategies in the Industrial Space

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There is far more focus on the consumer platform market where Facebook, Alibaba, Google, etc. all get the publicity and consequential high valuations to their business models. Yet, the size of the Industrial Platform market will be bigger, perhaps not in “eyeballs” but far more in economic value and growth to those that commit to these changes by collaborating through a networked designed platform ecosystem.

Redesigning a specific industry space to adapt and adjust to a platform business model is hard work. The investment in years of building internal systems is rapidly becoming worrying “legacy” issues. The new way to perform in business is through open, collaborative networks of collaborators that achieve far more growth potential by participating in an ecosystem of partners.

Strategic Industrial relationships are radically changing

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Are innovation spillovers about to accelerate the course of the energy transformation?

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Achieving clean energy technology innovations will be vital if we want to meet the goals of net-zero emissions in the next fifty years.

Innovation is central to the energy transition through new technology solutions.

Innovation can accelerate and achieve rapid reductions in emissions of greenhouse gases to anything near the net-zero goals set in the Paris Agreement of 2015 to hold the global average temperature to below 2oC of pre-industrial levels.

We need significant development and diffuse new technology solutions to displace existing energy assets to move towards a global economy based on clean energy.

As we look at any clean energy scenarios, it is highly reliant on moving concepts, through prototyping into a commercial demonstration. Presently many of the clean energy solutions rely on technologies that are present only in a prototype or early smaller demonstration-scale and will not come to a commercial scale without significant new R&D efforts.

There are also numerous concepts indicating promising technology solutions that have not been, as yet, commercially deployed in any mass-market way. Some scenarios looking out over the next thirty or more years are suggesting these critical technologies can make up to 75% of solving any cumulative CO2 emissions.

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Exploring the Innovation Technology in the Clean Energy Ecosystem

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Anyone involved in the Energy world knows how complex it has become.

It seemed as we look back at the past; we had simply one power provider, using one fossil fuel, maximizing their dedicated infrastructure and transmission lines, to then deliver to their dedicated substations and then onto the eventual consumer or customer the needed electricity or heat supply. It is radically different today for numerous reasons.

Reality is, we need to undertake a radical redesign of our entire energy ecosystem.

The consensus is that over the next twenty to thirty years, we must undergo a drastic change in our whole energy systems.

Do we understand what this means? Can we grasp the complexity of this undertaking?

I think we have some real help in understanding this through how the International Energy Agency is going about tackling the complexity will significantly help; they have mapped the entire energy system.

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Designing our Innovation Ecosystems needs Five Considerations

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Firstly we need to put any innovation ecosystem into context. What are ecosystems, and why they are really valuable to consider when you are thinking about a more radical approach to any new innovation design?

Ecosystems are ideal for coalescing around a complex challenge, one that attracts and draws in all potential players who can contribute to sharing and relating to the challenges/goals and possible solutions, collectively. One individual’s contribution can’t solve this on its own, it needs this collaborative environment.

Ecosystems are networks of interconnected organizations, organized around one focal point, firm, or platform. They have both producers (that add intellectual value) and user-side participants (that add their experience and need), all wanting to focus and advance new value through innovation.

In any ecosystem, there is this need to recognize the value building and creation are both found upstream (producing) and downstream (consuming). It is this searching for the ‘combined effect’ that offers the more significant potential of sustaining value, by approaching new innovation in this ecosystem design approach.

So what do we need to consider for entering into an innovation ecosystem design?

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Let’s Create and Rejuvenate with Ecosystems

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Credit Tatiana Plakhova @ complexitygraphics.com

Ecosystems are under-deployed or even misunderstood in business. Ecosystems are certainly growing in our jargon to describe something we think we want to achieve, but we fail to recognize many of its functioning aspects or needs to realize it. It is being offered simply as a buzzword.

The business ecosystem is an important business model you can deploy if you are having higher levels of complexity and growing uncertainty, and let’s be honest who doesn’t today? It can also be a way to reach out and have engagement and traction (Facebook, Airbnb, Uber, etc.)

When you are in the pursuit of having the best highly coordinated and geared to optimize performance such as a global supply chain, it is the complexity and integration that needs governance and the utmost attention to the detail and the flows. These are brilliant to “shave” costs, time and are working in predictable market conditions.

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Economics, Politics and Climate need to come together.

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https://theconversation.com/humanitys-sustainability-is-no-excuse-for-abandoning-planet-earth-80699

In the last few months, I have got increasingly nervous about where we are NOT going on climate change.

The bush fires of Australia have been shocking, devastating, and crippling. They catalyze the concerns we all should have.

Each of us might or likely will face a shocking, devastating or crippling “event” in our lives in the next ten to twenty years. I feel it is inevitable, irrespective if we stopped all the debates and did the level of investment, we need to reverse the climate warming.

The next ten years of our investments in cutting emissions and refocusing our energy needs must go towards clean energy (renewables). Our ability to make a change will determine if these events recently will become the new norm, as our planet spins even more out of our ability to control climate-warming through greenhouse gases.

So I have to move through this shocking, devastating, and crippling effect but have I have begun to accept  the reality that our world is in a “state of climate alarm,” not just a “climate emergency.”

I have never before published one article on each of my three posting sites. This post I just had to. It is shaping me in how I look at innovation, collaboration, the power of networks, ecosystems and most of all, in our world of energy transition needed to reverse climate warming. So apologies if you see it on three separate sites but I don’t apologize for my real, underlying concern on where we are seemingly heading as a world.

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The Need for an Electrical Digital Twin

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Providing a digital twin solution in manufacturing is becoming a critical part of managing the complexity of the environment that entities have to increasingly operate within.

As digital twins become critically important, entities are beginning to adopt this “twinning” concept dramatically, and within the Energy Transition we are undertaking, it will be no different.

A digital twin enables a Utility, for example, to visualize its assets, track the constant changes occurring consistently, and make better decisions on the performance optimization.

Wikipedia offers a useful clarification of the Digital Twin.

“A digital twin is a digital replica of a living or non-living physical entity. By bridging the physical and the virtual world, data is transmitted seamlessly, allowing the virtual entity to exist simultaneously with the physical entity.

Digital twin refers to a digital replica of potential and actual physical assets (physical twin), processes, people, places, systems, and devices that can be used for various purposes.

The digital representation provides both the elements and the dynamics of how an Internet of things device operates and lives throughout its life cycle. Digital twins integrate the internet of things, artificial intelligence, machine learning, and software analytics with spatial network graphs to create living digital simulation models that update and change as their physical counterparts change.”

As the energy transition is presently undergoing such radical changes, the managing of energy and especially grid management is getting highly complex and the digitalization of this is becoming vital to manage differently. Why?

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The battle of the energy ecosystems

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We are currently locked into a ‘battle of ecosystems.’ where our very existence is requiring one side to win, it simply must, to be more dominant.

This ecosystem battle is between those that are highly vested in the fossil-based energy supply system of today and those that are forcing change into a more renewable reliant energy system as quickly as possible.

We are pushing so much of the principles and theories of ecosystems to the maximum test in the outcomes we wish to achieve, in the energy transition we require.

We are determining our future planet and what defines a healthy ecosystem in a very ad-hoc, self-determining way. The ambitions of so many vested interests need fresh evaluations in any new socio-economic structure. We must bring these two competing energy views into a balance. A balance that allows the planet to return to one where we, as humans, can be more in harmony with all that is around us, in the air we breathe, in sharing this earth in its diversity of resources, living creatures, and what it offers in natural wonder.

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