Creating A Unique Nested Hydrogen Ecosystem for the Energy Transformation

Ecosystems hold a certain fascination for me. The ecosystem approach can tackle and help resolve some of the more complex issues we face.

We increasingly use the word “ecosystem” to describe our environment that we operate with, but we are often diluting its true positioning.

Truly unique ecosystems are hard to find and certainly to manage. One I really feel reflects a collaborative model worth explaining is the ones that are forming around Hydrogen as the alternative energy vector based on renewables. To replace or become a significant part of any entrenched energy system requires a system design approach. This part of the energy transition fits within the ‘greater’ energy system design.

Let’s look at this with some context and then clarify that approaching Hydrogen needs a unique Ecosystem design. We are presently building a unique ‘nested’ Hydrogen Ecosystem within the Energy Transition. It is interesting to explore, firstly here and then in a follow-up post on one of its specific parts.

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The Power of Innovation Ecosystems

Powerful networked ecosystem

We are entering the world of innovation ecosystems where broader, more complex innovation challenges, through greater collaborations can be achieved.

So to help, there is a dedicated site to building the arguments and exploring options for your future here in collaborative designs and you have found it!

Collaborative Ecosystems are forging a new direction and momentum for innovation to travel and tackle more demanding innovation that requires the capabilities of more than one to deliver what is becoming increasingly possible through technology and the network effect we see through our growing connections.

For many today, innovation is simply not working, it remains a disappointment for a variety of reasons, especially for those leading organizations required to be seeking out new growth, operating in increasingly volatile and tough markets where disruption and copying are increasing the pressures. Something has to change and it is this recognition that it can come from managing innovation in ecosystems that can provide part of the answer.

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Thinking About Relationship and Network Management

 

By looking outside we open up. More and more demands are being placed on us via our customers, suppliers, our regulators and a host of other stakeholders all wanting to contribute into our existing knowledge. The ability to collaborate, to cooperate is coming by purposefully designing ecosystems and platforms

We struggle to adapt to these new external pressures as the more we engage outside we realize there are (often) stark differences in approaching problems. This adaptation demands a very different approach to anyone organizations structures, processes and systems. They need to adapt to and support these changes in working within an ecosystem designed one.

We all need to be more flexible, adaptable and agile so our resources grow their capacity to absorb and strengthen the competency and capability in new more dynamic ways. To design in ecosystem thinking needs a very different approach.

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Thinking differently about Ecosystems


Thinking about ecosystems certainly allows us to go out of our normal scope of the possible invention by allowing us to push innovation and be creative to accelerate and extend our thinking well beyond just knowing as one, we connect to many and all the diversity of knowledge and understanding this can offer.

The ability to tackle those larger societal problems within an ecosystem, or combine unique resources to overcome a complex business challenge you are incapable of solving alone, does have greater potential in a collaborative adaptive system. Collaborating is the route to greater value and enhancing a shared objective, extending the scope and scale beyond just your borders or offering.

Ecosystem co-operations can allow you to align with others, totally outside your existing relationships, so you can enter new markets, explore new concepts and design, that would have been impossible as an individual organization.

Applying ecosystem thinking offers you the collaborative ability to extend beyond more traditional delivery channels, or being restricted to only utilizing your own existing infrastructure. It allows you to search and build on others that can add their specialization to build out that “greater” concept.

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Look around you the cross-industry or community ecosystem is exploding.

Many of the changes that will emerge in the next twelve to twenty-four months will become more cross-industry and service ecosystems. The search is far more today looking for synergies.

Connecting into a Ecosystem is necessary to extract those collaborative synergies. It requires a host (platform provider), different apps, weblinks and consistent ways to integrate these so those using the airport or train station can navigate their way around their personal needs. It needs an ecosystem and platform management to bring this together.

We are increasingly expecting as consumers, uninterrupted connectivity, and virtual integration and that need for continued connectivity will spur new value propositions for technology and AI to take over and manage more of your daily, repetitive tasks.

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The ecosystem relationship of a rain forest is also how innovation can work effectively  

Firstly I would argue that innovation, to be managed well, needs to operate like an ecosystem, the same as a tropical rainforest.

Ecosystems to flourish need to experience critical feeds, in the rain forest this is high average temperatures and significant rainfall.

Well for innovation to thrive needs critical aspects; it needs a real focus, well above average and significant attention  to be well maintained and flourish.

We argue for diversity within our innovation teams, in our thinking, in our environment and that is no different from the high levels of biodiversity in tropical rain forests.

We need this ‘richness’ of thinking, of approaches, of discovery.  We search constantly for ideas, we experiment, and we are subjected to change. We are always looking for that certain something still undiscovered.

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Exploring the Innovation Technology in the Clean Energy Ecosystem

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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Creating A Unique Nested Hydrogen Ecosystem for the Energy Transformation

Ecosystems hold a particular fascination for me. The ecosystem approach has the potential to tackle and help resolve some of the more complex issues we face.

We increasingly are using the word “ecosystem” to describe our environment that we operate within, but often we are diluting its accurate positioning or understanding.

Indeed unique ecosystems are hard to find and certainly to manage. One I really feel reflects a collaborative model worth explaining is the ones that are forming around Hydrogen as the alternative energy vector based on renewables. To replace or become a significant part of any entrenched energy system requires a system design approach. This part of the energy transition fits within the ‘greater’ energy system design.

Let’s look at this with some context and then the clarification that approaching Hydrogen needs a unique Ecosystem design. We are presently building a unique ‘nested’ Hydrogen Ecosystem within the Energy Transition, and it is interesting to explore, firstly, here and then in a follow-up post on one of its specific parts, the Hydrogen Council.

Read more

Designing our Innovation Ecosystems needs Five Considerations

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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Designing Ecosystems in Health Understanding

Understanding any health issue is complicated enough, in how a doctor works through the alternatives as a “pattern recognition” when someone sick seeks help.  The diagnostic process is a complex transition process that begins with the patient’s personal illness history to achieve a result that can be categorized so solutions can then be applied.

A patient consulting the doctor about his symptoms starts an intricate process that may label him, classify his illness, indicate certain specific treatments in preference to others, and put him in a prognostic category.

The outcome of the process is regarded as essential for effective treatment by both patient and doctor(1). It is seen as “the clustering of signs and their development over time is, in narrative theory, defined as the plot, with this plot, eventually becoming the diagnosis.

Taking health systems higher into whole health systems

When you take health systems higher, into a design of a whole health system, the complexity becomes a magnitude of order to sort out that is way up there, in a different league. We struggle to find ways to capture whole health systems, perhaps until now.

There are so many gaps in our health system, to the point we are often just plugging parts thinking they are improving the system.  Actually, the opposite is often true, we produce a ‘knock-on’ effect that depreciates the system to make it less effective progressively over time or in surprising sudden fashion. This progressive decline comes partly from not understanding the complete Health Ecosystem you are in. We need to think about designing Health Systems in Ecosystem ways.

It is argued our health systems are failing as they do not address the “whole” health ecosystem, as we only tend to treat part of the system. The doctor is looking to cure the immediate issue, applying solutions that are often grouped as generative but in his judgment applicable to your need.

The question we all face there are significant gaps as the system really is one-sided, it is looking for speedy outcomes, and to limit the cost. This is a solution-providers need but is it coving the patient’s side by delivering value in one that offers affective capacity. Affective here refers to the underlying affective experience of feeling, emotion, or mood, both in its physical and mental capacity to influence and produce lasting change but also to provide a better health system focused on outcomes that work for the system providers and the patients’ perspectives delivering value to both.

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