Creating clean energy
We work for the world
Revolutionizing Clean Energy and Hydrogen Production
At TransElectric, we are pioneering the next generation of clean hydrogen, medical-grade oxygen, and sustainable energy solutions through our patented HEFTEG technology. Our mission is to drive global energy transformation by delivering scalable, efficient, and environmentally responsible innovations.
The process is expected to have significant environmental and economic benefits and will create a strong competitive advantage for TransElectric Corporation. We have created an entirely new sector in the energy production field, Mixed Techhologies Generation.
The growing demand for renewable energy sources creates a significant opportunity for TransElectric Corporation, which aims to provide an innovative solution to the growing demand for renewable energy.
What
we do
Why choose us
The Hydro-Electrolysis Fueled Thermal Electricity Generator (HEFTEG) process being developed by TransElectric is a unique and innovative way to generate electricity.
The 5-step process uses a renewable resource that is readily available and has no negative impact on the environment. It produces no pollution, with the only by products being water and heat, and has significant advantages over conventional ways of producing electricity, clean hydrogen, and medical grade oxygen; and is expected to revolutionize the energy industry.
The process is comprised of 5 sections:
Solar Array
Photovoltaic cells provide electricity for the electrolysis process.
Thermal Reaction Chamber
Gases are recombined via thermal reaction, producing heat and water.
Steam Turbine / Generator
The steam turbine generator receives the steam and spins from the pressure, producing electricity.
Electrolysis Pool
Electrolysis pool splits water into its component parts which provide fuel for the thermal reaction chamber.
Containment Vessel
The water in the vessel absorbs the heat and is turned into steam.
Clean hydrogen production is a process that creates hydrogen fuel without releasing harmful carbon emissions, unlike conventional methods that rely on fossil fuels.
With its potential to transform multiple sectors, clean hydrogen production is a key component in the shift towards a sustainable, low-carbon economy. By supporting us, you’re investing in a greener future powered by innovative, eco-friendly solutions that prioritize both planet and people.
What it
can bring
Clean hydrogen
Powering a sustainable future
TransElectric’s hydrogen production process delivers high-purity, renewable hydrogen that can be used in:
Transportation – Fuel cell vehicles, aviation, and marine applications.
Industrial Processes – Steelmaking, ammonia production, and power plants.
Energy Storage – Grid-scale hydrogen storage for balancing renewable energy supply.
Why Clean Hydrogen?
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Eliminates reliance on fossil fuels.
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Designed for industrial-scale deployment.
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Aligned with global hydrogen initiatives & funding programs.
Medical-grade oxygen
Advancing healthcare & industry
Our process co-produces medical-grade oxygen, addressing critical demand in:
Hospitals & Clinics – Respiratory treatments, surgeries, and ICUs.
Industrial Applications – Welding, metal cutting, and manufacturing.
Aerospace & High-Altitude Operations – Life support systems & aviation safety.
Why Medical-Grade Oxygen?
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Meets industry and healthcare standards.
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Produced as a byproduct of our clean energy systems.
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Reduces dependence on centralized oxygen manufacturing.
Clean Energy
Reliable, renewable, and scalable
HEFTEG technology produces continuous, grid-independent renewable power that supports:
Off-Grid Power Solutions – Remote communities & disaster recovery.
Industrial Energy Needs – Manufacturing, desalination plants, and logistics hubs.
Grid Integration – Balancing intermittent renewable sources like solar & wind.
Why Clean Energy?
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Unlike intermittent renewables, HEFTEG ensures constant energy supply.
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Increases efficiency, lowers long-term electricity expenses.
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Provides a resilient power source, reducing reliance on fossil fuels.
Stacked Screen Electrolysis System
Maximizing Hydrogen & Oxygen Production Efficiency
TransElectric’s latest breakthrough—the Stacked Screen Electrolysis System—redefines the efficiency of hydrogen and oxygen production through a revolutionary multi-layered electrolysis process. It utilizes vertically stacked mesh screens with progressively larger spacing to maximize electrolysis efficiency.
How It Works:
Breakthrough innovation
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Prevents bubble accumulation, allowing smooth hydrogen and oxygen separation.
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More active electrode exposure means higher production rates per chamber.
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Each screen receives its own regulated electricity supply for maximum efficiency.
Why It Matters:
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Maximizes hydrogen and oxygen production in the same chamber footprint.
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Ensures uniform electrolysis efficiency, lowering operational costs.
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Modular design allows easy expansion to meet industrial and grid-scale needs.
Financial and environmental impact
Economic Benefits
High Market Demand
Global hydrogen market projected to reach $500B by 2030.
Diversified Revenue Streams
Hydrogen, oxygen, and clean energy production.
Government Incentives & Grants
Eligibility for federal, state, and international funding.
Environmental Benefits
Zero Emissions Production
Eliminates greenhouse gases from energy generation.
Reduces Industrial Carbon Footprint
Supports decarbonization of energy-intensive industries.
Water-Efficient Process
Designed to optimize water use in electrolysis.
Who
we are
Our team has a diverse set of skills and expertise that will be critical for the success of our Phase I project. We share a passion for innovation and a commitment to sustainability, and we are excited to apply our expertise to the development of this groundbreaking technology.
We are confident that our combined expertise will enable us to develop a prototype that demonstrates the performance and efficiency of our technology in real-world conditions, setting the stage for future commercialization and widespread adoption.
“Working with Charles and their clean energy company has been an absolute game-changer. Their dedication to a sustainable future is truly inspiring.”
— Christian Rodriguez, Mechanical Engineering Program, Florida International University
