So... We solved the energy crisis... but nobody has the time to read it seems.

Around the turn of the last century... The entire global concept of humanity took a horrifyingly wrong turn.

Humanity had just come to terms with the industrial revolution , and what it all meant and could mean.

The results of these things playing out caused that little thing called WW1 , and there was a period of high flux when it came to global empires.

In the year 1900 the Ottoman empire was still a big thing... there wasn't a United Nations yet, but an ancestor to it called the League of Nations.

And industrial technology was booming... literally... since all the proceeds and increased efficiencies of the industrial revolution were spent mostly on creating vehicles and armies and weapons of war since all the Empires at the time wanted to be sure they were the ones controlling the then most important resources to sustain their Gunboat Diplomacy based models of colonialism. All nations were guilty of this. It was basically all out war at a time there wasn't any real scarcity of anything to talk of. But by the time of recovering from WW2 , that whole situation had gotten only worse and the economics of scarcity and fear had firmly settled themselves.

This is most clearly observable when considering all the wars fought over any place that had Iron, Coal and/or Oil in the ground. Once we figured out how to make plastic out of oil... this thing had gotten completely out of hand.

By the time of the end of WW2 , the digital variant of that plastic was also developed and then things really got out of hand…

This makes absolutely no logical sense at all.

It servers no purpose talking about which empire, which language, which religion, which colour , which gender , culture or logo was to blame for this... It was everywhere. It has nothing to do with Capitalism or Communism… with left or right… with this ism or that ism. It’s not religious at all. It’s not even scientific…

It’s just a mentall ilness. A degenarative one. And it’s been growing.

It was a byproduct of the industrial revolution. And that was a pervasive movement all over the globe... in some places involuntarily obviously... But even those places all took over the same technical solutions and paradigms of whatever invading entity there was to blame for the war at that place at that time.

Ever since then, we've been running from one pipe-dream into the next with bigger infrastructures, and bigger promises that always lead back to the same irrational thought.

"No... this does not pay itself back at all... but it might in the future if we just keep making it bigger and believe in magic" ... And that's what we started doing with all technology since then. Any negative side effects needed to be ignored , and since fewer and fewer people were actually knowledgeable of how certain conveniences were provided... this just kept getting worse too.

And the solution to all this is super simple though... At the time of the industrial revolution there was a boom of inventions and technology. And we haven't come up with any really new since then. They were already selling wireless radio headsets in the 1920's... electric cars were all the rage back then too. And by the end of WW2 there was all the rage about atomic energy, mostly because atomic bombs were the global ruler.

But Oil completely took over all energy solutions , any question anyone ever had suddenly got solved with a petrol engine, wether it made sense or not. ... and transporting stuff... required or not... became a revenue stream in stead of a cost... and the administration to handle all the cost that is counted as revenue in that insane system ... was also counted as revenue while it's only a cost.

Of course all the fantasies of all governments keep failing. It makes absolutely no sense to organize an organization that way. It's even illegal to do so when running a business.
Imagine going to Tax-guy and telling him… “No no no… the banks and the accountants… that’s not a cost… we count the money we give him as revenue! “ And the only thing he can say then is… “No.. That’s insane! and We’re the only ones allowed to do that anyways!”

And everyone knows it's just too dumb to even consider. But when you're a country with an army , your own bank , and your own fiat currency... all of that is somehow magically believed to be able to keep going. It’s even called “progress” … and the results of that… no matter if it’s good or bad… if there’s famine and war and desease and stuff… That’s all… “Wealth” … they even say it’s the “only” way to “wealth” .

Uhuh…

So the finance solutions we need are super simple... Start a business model that doesn't count it's costs as revenue , and seed a secondary economy based on that while it slowly integrates and compensates your currently failing logic of fiscal policy. (Do it right bottom up , and you’ll actually have a profit you know? It is actually possible… but it’s only made impractical today by the weight of the failed insane systems of the past.

Just grow something that makes sense in between the cracks with whatever funding you’re wasting on dumb repeats called "innovation" that are actually regression... think... "Big AI datacenters" for instance... Think “fusion” … since we won’t need that energy anymore anyways… since there will be way to much of it anyways and spend that money on localized green hydrogen farming and suddenly several paradigms of your society start to heal at the same time.

And this technology isn't locked up in patents even... since all these patents are now more then a 100 years old it’s all public domain.

Solar steam engines combined with hydro-power near rivers can produce copious amounts of energy in many places and it is not more technically complicated then mirrors, classic combustion engines and hydraulics … Literally every community has too many people that are bored off of their asses with all those skills anyways.

Sure... it’s not THAT simple everywhere... but why not solve problems in places where it's easy to lighten the load for the places where it isn't easy?

And in many of the places where it's super easy to create massive excess of energy, completely green with nothing else but the sun, and the wind and the rain + 100 year old tech ... a lot of the food is grown too.

Which means there are a lot of farms there that are using oil and external electricity and gas to power their farming equipement, tractors and vehicles and trucks and other vehicles to transport all that food to the markets that need it.

I live in this valley with multiple rivers... plenty of sunshine and wind... And a collection of a few hundred farms.

And if each farm would run it's own Solar Steam engine like Shuman did in Egypt... They could all have massive hydrogen tanks filled to the brim by nothing else than that sun and water's power. And they could run all their machines and vehicles easily on pure ICE engine hydrogen which literally only has water as a byproduct of running an engine like that.

Those farmers wouldn't need to buy any kind of energy... and have plenty left to sell it to the trucking companies that can come pick up the produce and tank the hydrogen for the trip back too. And it's not a far stretch that the farmers then unite in forming their own hydrogen truck shipping company to transport all that excess towards other places.

This is all proven technology. This is all scientifically proven to work perfectly. But why is it so god damn hard to get even a single organization or a single person with about 100K€ left to spend on making one such farm... to then also create an academy and production facility of modular blocks to allow more and more farms to do this at lower costs even. because once the details are worked out for one farm... standardized components can help alleviate the difficulty in setting up this circular loop of energy , since there are variances for each location... but they would always have the same components though.

This is even a profitable business model with a practical guarantee on investment and then some after about 3 years.

So apparently... When presenting a business case that

- only costs 100K to set up as a proof of concept on one farm.

- has a practical guarantee of profit after 3 years

- cleans up the environment

- Solves the energy crisis, and chances it to energy abundance... and truly fully green for once...

- solves the solvency of farming

- gives local communities a chance for not only independence... but will allow them to become supportive elements to their governments instead of a cost they need to pour money , otherwise they'd have no food...

It seems...

That it is practically impossible to get someone to listen to this. While no one is capable of pointing out the flaws in these plans either. It all works... everyone willing to dig into it agrees on that.

But we literally can't find a single organization or person , willing to invest even the attention and time to investigate it ...

Even the time to talk about it seems to be too much to ask these days.

You have to realize something is seriously wrong with the average ability of the human mind these days , and the organisations they create , and the way that those organization are even still capable of taking any kind of rational action on any event.

Our question is only this today... Do you know anyone even willing to investigate it?

Because we are justing working on this stuff… But it’s going redicuously slow due to regulatory and financial restrictions… And the fact that nobody even wants to think about it. Let alone talk about it.

But it just… Works! It would solve soooooo many problems it hurts your head… which is probably why you don’t want to talk about it? :)

You have a farm in a place with rivers and lots of sun?

And if you then think of any of these things that you think are problems…

1. Risk Aversion and Unfamiliarity

• Barrier: Even if the tech is proven, many farmers and investors are unfamiliar with solar steam engines or hydrogen ICEs.
• Rational Concern: “What if it doesn’t work on my land?” or “What if I can’t maintain it?”
• Solution: A working pilot project with transparent data and training resources would help overcome this.

2. Lack of Visibility and Advocacy

• Barrier: These ideas aren’t widely known or promoted in mainstream agricultural or energy policy circles.
• Rational Concern: Without institutional support or visibility, people assume it’s fringe or untested.
• Solution: Partner with agricultural cooperatives, local universities, or green tech incubators to gain credibility.

3. Upfront Capital and Financing Models

• Barrier: Even if €100K is “cheap” for the return, it’s still a lot for a single farm or small investor.
• Rational Concern: “I can’t afford to wait 3 years for ROI.”
• Solution: Create shared ownership models, microfinancing, or community energy co-ops to spread the cost and risk.

4. Policy and Regulatory Gaps

• Barrier: In many regions, hydrogen production, storage, and transport are under-regulated or over-regulated.
• Rational Concern: “Will I be allowed to store hydrogen on my land?”
• Solution: Work with local governments to create pilot-friendly zones or exemptions.

5. Competing Narratives and Lobbying

• Barrier: Fossil fuel and centralized energy industries have deep lobbying power and influence over public discourse.
• Rational Concern: “Why isn’t this already being done if it’s so good?”
• Solution: Build grassroots momentum and media visibility to shift the narrative.

6. Lack of a Turnkey Package

• Barrier: Farmers don’t want to become engineers or energy entrepreneurs.
• Rational Concern: “Who installs it? Who maintains it? Who trains me?”
• Solution: Develop a modular, plug-and-play system with support services—like a franchise model for green hydrogen farming.

So tell me… Can you think of anything else than these 6 things… and can you disagree with their proposed solutions?

Again… It should be illegal NOT to do this!

So here… This is what AI said you needed now. :)

Pilot Project Proposal: Decentralized Green Hydrogen Farming for Rural Energy Independence

Project Title

"HydroHarvest: A Renewable Energy Pilot for Sustainable Farming Communities"

Executive Summary

HydroHarvest is a pilot project aimed at demonstrating the viability and profitability of decentralized green hydrogen production using solar steam engines and river-powered hydro systems on rural farms. The project will establish a fully operational prototype on a single farm, showcasing how farmers can achieve energy independence, reduce emissions, and create new revenue streams by producing and using hydrogen fuel derived from water and sunlight.

Objectives

• Demonstrate a working model of a solar-hydrogen energy loop on a rural farm.
• Validate the economic feasibility of a €100K investment with ROI in under 3 years.
• Develop a modular, replicable system for other farms to adopt.
• Train local technicians and farmers in installation, maintenance, and operation.
• Create a blueprint for scaling to regional or national levels.

Key Components

1. Solar Steam Engine System

   • Based on the Frank Shuman design, updated with modern materials.

   • Converts solar heat into mechanical energy to drive electrolysis.

2. Hydrogen Electrolyzer

   • Uses solar and hydro power to split water into hydrogen and oxygen.

   • Hydrogen stored in high-pressure tanks for use in farm machinery.

3. Hydrogen Internal Combustion Engine (ICE) Conversions

   • Retrofit existing tractors and vehicles to run on hydrogen.

4. Hydro-Power Assist

   • Small-scale river turbines to supplement energy needs during low sunlight.

5. Training & Education Hub

   • On-site academy to train local farmers and technicians.

   • Documentation and open-source blueprints for replication.

Location

A rural valley with:

• Multiple rivers
• High solar exposure
• A cluster of 100+ farms
• Strong community ties and logistical access

Budget Estimate

Item

Cost (€)

Solar Steam Engine & Infrastructure

35,000

Electrolyzer & Hydrogen Storage

25,000

ICE Conversion Kits (2–3 vehicles)

15,000

Hydro Turbine System

10,000

Training & Documentation

10,000

Total

€95,000

Timeline

Phase

Duration

Planning & Design

1 month

Procurement & Setup

2 months

Testing & Optimization

2 months

Training & Documentation

1 month

Evaluation & Reporting

1 month

Expected Outcomes

• Energy self-sufficiency for the pilot farm
• 30–50% reduction in operational costs
• Zero-emission fuel for farm machinery
• Blueprint for replication across similar communities
• Increased local resilience and food security

Why This Matters

This project addresses:

• Energy dependence on fossil fuels
• Rural economic fragility
• Climate change and emissions
• Lack of scalable, local green energy solutions

Call to Action

We are seeking:

• €100,000 in seed funding
• Partners for technical support and outreach
• Policy support for hydrogen infrastructure