08/14/2026
POWER + WATER: It Is Time to Bring the Solutions Forward
A Call for a New Generation of American Energy and Water Innovation
For nearly a lifetime, I have studied and followed the work of Nikola Tesla and other pioneering inventors who believed that science and engineering could fundamentally change the way humanity produces, transmits, and uses energy.
Today, the American Southwest is reaching a point where that kind of thinking is needed again.
California, Nevada, Arizona and surrounding states face two interconnected challenges:
ELECTRICITY AND WATER.
Population growth, extreme heat, increasing electrical demand, aging infrastructure and pressure on the Colorado River system demonstrate why depending too heavily upon a limited number of energy and water resources creates vulnerability.
Hoover Dam remains an extraordinary engineering achievement, but no single dam, river or generating technology should be expected to carry the future of the Southwest.
The question we should be asking is:
WHAT CAN WE BUILD NEXT?
The Technologies Already Within Our Reach
There isn't one miracle machine that will solve the problem.
There can, however, be an integrated network of technologies.
We should aggressively investigate and develop combinations of:
- Advanced solar generation and high-capacity battery storage
- Geothermal and enhanced geothermal power
- Distributed community microgrids
- Advanced electrical generators and high-efficiency motors
- Waste-heat recovery and energy-recapture systems
- Pumped-hydro and gravity energy storage
- Atmospheric water harvesting
- Fog and moisture collection
- Wastewater purification and reuse
- Brackish-water and seawater desalination
- Advanced membrane and filtration technologies
- Solar-powered water purification
- Water recovery from industrial and cooling systems
- Advanced thermal and condensation systems
- Artificial-intelligence-controlled power and water management
And we should continue scientifically investigating unconventional electrical and water technologies inspired by Tesla and other inventors.
But there must be one requirement:
PROVE THE TECHNOLOGY.
Build it.
Instrument it.
Measure the electrical input.
Measure the electrical output.
Measure the water produced.
Measure energy consumption.
Measure operating costs.
Measure environmental effects.
Then allow independent engineers, universities and laboratories to reproduce the results.
If a technology doesn't work, we learn from the experiment.
If it does work, we stop treating it as an idea and start engineering it for deployment.
Water and Power Should Be Designed Together
One of the biggest opportunities is to stop treating electricity and water as completely separate problems.
Water requires energy.
Energy production frequently requires water.
Therefore, future infrastructure should be designed as an integrated POWER + WATER SYSTEM.
Imagine a desert community where solar and geothermal resources supply electricity to homes while excess generation charges batteries and operates water-treatment or water-production equipment.
Purified wastewater could be returned to agriculture and industry instead of being discarded.
Atmospheric water systems could supplement drinking-water supplies where climate conditions make them efficient.
Desalination could provide additional supplies where geography and economics make it practical.
Advanced monitoring systems could continuously measure water quality, energy production, storage capacity and consumption.
Instead of depending upon one enormous centralized system, communities could have multiple interconnected sources.
If one source becomes limited, the others continue operating.
That is resilience.
Tesla's Most Important Lesson Was to Question Limits
Nikola Tesla's legacy should not simply be remembered through historical photographs, museums and quotations.
His larger lesson was that accepted technological limitations should continue to be challenged.
Modern engineers now possess technologies Tesla never had:
advanced semiconductors,
power electronics,
supercapacitors,
high-strength magnetic materials,
computer simulation,
nanomaterials,
advanced membranes,
artificial intelligence,
high-speed sensors,
and sophisticated manufacturing.
Ideas that were difficult to investigate 100 years ago can now be modeled, constructed, instrumented and tested with extraordinary precision.
That doesn't mean every historical claim will prove correct.
It means we finally possess the tools to find out.
Stop Arguing. Start Demonstrating.
If an inventor claims to have a revolutionary generator, build a properly instrumented prototype.
If someone develops a better atmospheric water system, measure how many kilowatt-hours are required to produce each gallon under actual Arizona conditions.
If a new desalination technology claims dramatically lower energy consumption, run it continuously and publish the results.
If a generator claims greater efficiency, connect calibrated instruments and have independent engineers verify it.
If a technology claims energy output greater than its total energy input, the evidence must be exceptionally rigorous and independently reproducible.
Science should neither blindly accept extraordinary claims nor automatically dismiss unconventional ideas.
TEST THEM.
Build a Southwest Power + Water Technology Demonstration Center
I believe Arizona and the greater Southwest could become the proving ground for an entirely new generation of technology.
Create a facility where inventors, engineers, universities, manufacturers and researchers can bring promising technologies.
Give them standardized testing equipment.
Measure performance independently.
Publish the results publicly.
Compare technologies under identical environmental conditions.
Then take the successful systems from:
IDEA → PROTOTYPE → TESTING → VALIDATION → PILOT PROJECT → MANUFACTURING → DEPLOYMENT
That is how an invention becomes infrastructure.
A Challenge to Scientists, Engineers and Inventors
Bring forward your ideas.
Bring forward the inventions sitting in workshops.
Revisit forgotten patents.
Examine Tesla's work with modern engineering tools.
Develop new generators.
Develop better storage.
Develop better purification systems.
Develop better desalination.
Develop better atmospheric water collection.
Develop technologies nobody has considered yet.
But bring evidence with the invention.
The world doesn't simply need another claim.
It needs working machines.
A Challenge to the Public
People also have a role.
Start asking:
What technologies are being tested?
What alternatives are being ignored?
Which technologies have independently verified results?
What could Arizona, Nevada and California demonstrate today rather than waiting another 20 years?
Share legitimate research.
Support inventors.
Support engineering competitions.
Support university research.
Support demonstration projects.
Demand transparency.
And most importantly, don't allow the discussion about our future to be reduced to the false choice that we must either continue exactly as we are today or run out of electricity and water.
Human beings are inventors.
We solve problems.
THE SOLUTIONS SHOULD NOT REMAIN ON THE SHELF
There may be technologies sitting in universities, laboratories, patent archives, companies and independent inventors' workshops that deserve serious investigation.
Bring them into the light.
Not through conspiracy.
Not through promises.
Through demonstration.
Build them.
Test them.
Challenge them.
Improve them.
Publish the results.
And when something truly works, stop allowing bureaucracy, lack of imagination or institutional resistance to prevent a legitimate technology from moving forward.
The Southwest needs electricity.
The Southwest needs water.
Human civilization needs both.
This is bigger than politics.
It is bigger than one company, one inventor or one technology.
POWER + WATER = SURVIVAL
The next Tesla may already have an idea.
The next breakthrough may already exist as a prototype.
The question is whether society has the courage to investigate it.
STAND UP.
START ASKING QUESTIONS.
START BUILDING.
START TESTING.
BRING THE SOLUTIONS FORWARD.
Don't tell humanity there are no solutions until we have seriously investigated what we are capable of building.
