Innovation: the accelerator for the changes in our energy transitions

No energy transition will be achieved without invention and innovation, yet we are currently failing badly to fund research, development and deployment. We are losing the race to stop our planet’s warming as our innovative human endeavours are not at the level they should be, or we lack the “will” to make the changes we so desperately need to undergo to protect our planet.

The sheer scope of the energy transition often pulls me in so many different directions. Still, the foundation stays in place, that of making the contribution of my understanding of innovation as my focal point of contribution- the accelerant to energy change.

The need for Transformational Innovation

The need for transformational innovation

Transformational innovation is increasingly needed to cope with the change needed in many organizations to find a new or repositioned value proposition.

Transformational innovation is one of the hardest, if not the hardest, to achieve. When you are required to become (really) different at the core, you face the inherent conflict that making change is where clear leadership can only bring about, guiding the changes required through this highly disruptive period and providing the compelling story of the compelling future that provides a fundamentally better state than the one occupied today.

We have many innovation outcomes to choose from, including incremental, distinctive, radical or disruptive. Today we focus more on open innovation where a greater external diversity combines with internal expertise to generate the potential for something fundamentally different. Today we have technology as an enabler and applying innovation ecosystem thinking in designing open platforms so this network of experience can be exchanged, shared and developed.

Yet transformational innovation does require something really different.

To become different, you have to go beyond adding innovation at the periphery, bolting new concepts onto the existing core, you need to dismantle the core fundamentally.

An innovation framework that offers a formula for sustainable advantage

A formula to build a framework for sustainable innovation

Here is my solution that I think is worth working through first to absorb it and its combination. Then apply it to your innovation-building activity as a framework for innovation. Each time you are reviewing innovative activity, run through this formula in your head to see if each of the parts is embedded into the work.

I have worked on the formula SCA = II + OC + EE + MLC + RNE for many years.

In that post, I detail the make-up of the formula, made up of the combination of positive relationships between the following interrelated parts.

We are or need to be, in search of a sustainable future where we can constantly build upon innovation capabilities, capacities and competencies that can be refreshed, strengthened and sometimes reduced to meet the circumstances.

The formula SCA = II + OC + EE + MLC + RNE makes sense to me. How you build out these yourself further adds more uniqueness and source of advantage.

The linkages of innovating purpose

The linkages of innovation purpose

Whenever I get into conversations about innovating, we always hit difficulties on the question, “how can I build this well and be sustainble?” Hence, I often try to build an extended narrative for what makes up the innovation capability building and understanding for the future. I frame this as the linkages of innovation purpose.

This opening narrative becomes increasingly important when you argue the move from our present way of thinking and building innovation systems, often linear and spread across different teams and islands of internal knowledge. into future ones built far more around innovation ecosystems in thinking and design that are integrated and connected, to open up conversations and exchanges, seeking common points of value in a broader network of solution providers.

I outlined in a post in May 2022, “linking sense of innovating purpose“, my ten points of linkage need, and I want to build on this further here in some explanations for each of the linkages..

I want to go deeper into these ten linking parts, breaking them down a little further.

What makes the Innovation Ecosystem different?

In the past few months, I have been writing consistently on the need to change our innovating process, thinking and designs into Innovation Ecosystem ones.

Source: tmforum.org

In October, for example, I wrote, “Why do we need to change our thinking about innovation“. I continue here with some more arguments of “why” we need to move towards an innovation ecosystem in design and thinking.

I continue to gather, reflect and construct the “how and what” structure of this redesigned innovation (ecosystem) process/system. This will be my initial view of how this needs to be shaped as the overriding architecture of an Innovation Ecosystem. I’m coming closer to the point of sharing this in the coming weeks.

I am focusing here on arguing for changing our innovation process on the Business-to-Business or Industry-to-industry, not the retail or consumer ecosystems and their designs.

Let us first provide the top view of the difference in need and the offer of new values.

Barriers to innovation, the cause and effect.

Seeing the barriers, the causes and effects.

I am on a personal mission to convince innovation software providers, corporations and innovators to change how they undertake innovation.

In some recent posts, I argued that we need to adopt a broader innovation ecosystem thinking and design. I stated in one recent post, “We must promote more dynamic environments and the constant desire that organizations and their people have to be fit for innovating purposes, adaptive and fluid in such highly challenging and confusing times.”

I do think we need to restate the current barriers to innovation.

These barriers do not ‘magically’ change by delivering what I believe moves us to a better system for innovation, that of an ecosystem and platform architecture. Still, barriers do need to be consciously built into any new thinking as ones “to be resolved” in any new solution design.

Recognizing the present and ongoing barriers to innovation needs solutions to be built into any future design. Let me outline many of these here, building further the case for necessary change.

Today most organizations have barriers towards creativity, ideas and innovation.

Why do we need to change our thinking about innovation?

I have been arguing in recent posts about the need to change how we approach innovation. We need to think about designs around innovation ecosystems.

In a series that builds the argument so far, I have provided the essential context within this post” Please, we need a different innovation narrative” followed by “Building out our innovation ecosystem in design and thinking.”

My personal energy is drawn from all the challenges we face, looking to help find solutions.

We must promote more dynamic environments and the constant desire that organizations and their people have to be fit for innovating purposes, adaptive and fluid in such highly challenging and confusing times.

Achieving this innovation ecosystem thinking does require a profound shift in how innovation is viewed and approached in the business landscape today and in the future.

Are we losing the Energy Transition Battle? Innovation to the rescue?

The growing fears are that we are falling behind the need to meet the Energy Transition required goals to the World has agreed to by 2050, set to meet the Paris Climate Agreement.
The climate is about to get really difficult to predict. We are facing some of the natural consequences of our present inability not to reduce greenhouse gases at the rate they are required.  We as humans are the perpetrators of generating all these greenhouse gases, and global warming is ruining this one and only planet we have.
Each part of the world is pursuing its energy agenda, understandably so in many ways, but the shift from the dependence on fossil fuels and recognizing all future solutions should be clean energy.
Our environment is in such a significant crisis when you witness the changing weather patterns increasingly becoming unstable and unpredictable. Then we have the increased frequency and amount of flooding or drought many places in the world are facing, let alone the melting of our ice caps and arctic regions.
Our planet is under great stress.

Thinking sustainability needs a mix of future scenarios.

The accelerating need to build a sustainability pathway

Sustainability is rising to be top or close to the top of a boards agenda. The growing concerns of several intertwined issues need addressing as they will initiate a significant change to the Business and how it operates and presents itself to the world.
Boards are asking where our business fits within and alongside society, both in who we serve and society in general, coupled with realising that the planet is heading towards a critical crisis and what we can do to reduce these pressures?
Not just sustainability forces a sharper need for strategic choices but the ability to undertake the product reinvention. A reinvention that concerns itself with reducing waste, minimizing carbon emissions, valuing the full life cycle and the ability to show the increasingly important end-of-life part of the lifecycle model. To extract precious, rare earth minerals and recycle parts reduces the demand for future mining or heat intensive materials.
Any products need to have a clear understanding of all their stages for the clarity of sustainability.

Accelerating Clean Energy Innovation


“Without a major acceleration in clean energy innovation, reaching net-zero emissions by 2050 will not be possible.”
A groundbreaking report, “Net-Zero by 2050: a roadmap for the global energy system“(referred to as NZE here) by the Internation Energy Agency (IEA), has been emphasising that this decade is pivotal to reaching net-zero by mid-century.
This 2050 target is in line with the 2015 Paris Agreement, the foundations of global consensus to limit the rise in global temperature to 1.5c. This requires nothing short of a total transformation of the energy systems.
The report is the world’s first comprehensive study of how to transition to a net-zero energy system by 2050 while ensuring stable and affordable energy supplies, providing universal energy access, and enabling robust economic growth.
The report sets out a cost-effective and economically productive pathway, resulting in a clean, dynamic and resilient energy economy dominated by renewables like solar and wind instead of fossil fuels. The report also examines key uncertainties, such as the roles of bioenergy, carbon capture and behavioural changes in reaching net zero.
The role of innovation has a crucial one to play.
In the near term, the report describes a net-zero pathway that requires the immediate and massive deployment of all available clean and efficient energy technologies, combined with a major global push to accelerate innovation.