ATMAG RO GENSETS® – Clean reverse osmosis, atmospheric water, with permanent electricity
Our Atmospheric Water + Electric energy generators
For pricing and sizes, please click to view on the DEALER site.
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60 MWH Data Center Generator Energy ATMAG GENSETS®
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100 MWH Data Center Generator Energy ATMAG GENSETS®
For pricing and sizes, please click to view on the DEALER site.
THERON H2O with our ATMAG RO GENSETS aim to empower AI DataCenters worldwide, and this is how:
- Key Characteristics and Context:
Definition & Purpose: CREUs are designed to provide power to new industrial, commercial, or data-center loads without relying on the existing, heavily regulated, and interconnected bulk electric system. - Physical Separation (Islanded): A defining feature is that they must be “physically islanded,” meaning they do not connect to the traditional, regulated utility grid.
- Regulatory Status: CREUs are exempt from federal regulations, such as those from the Federal Energy Regulatory Commission (FERC), which normally oversee wholesale power sales. They operate based on voluntary contracts rather than state-dictated rate structures.
- Benefits: Proponents argue they accelerate the deployment of power infrastructure, reduce risk for traditional ratepayers (by not passing on “stranded” cost risks), and cater to high-demand, high-speed development projects like data centers.
- Alternative Concept (Consumer-Owned): In some contexts, “consumer-regulated” can also refer to non-profit municipal utilities or rural electric cooperatives where, instead of a state commission, the utility is directly governed by its member-consumers.
Disclaimer: As of early 2026, CREU is also being discussed as a new, specific legislative model to bypass traditional utility regulation for specialized, isolated, private power systems.
Theron Energy delivers Permanent Perpetual Electricity for the world, ensuring a reliable power source that lasts up to 100 years with our Magnetic Energy Permanent Generators. Each industrial generator produces a powerful 2.5 megawatts and can be seamlessly daisy-chained to surpass the electrical output of the Hoover Dam. Trust in our technology to meet your energy demands with unmatched efficiency.
- Heat transfer:
Liquids have a higher heat capacity than air, meaning they can absorb and move more heat more efficiently.
Closer component packing:
Liquid cooling allows components to be packed more tightly, as it doesn’t require as much space for airflow.
- Efficiency:
The heat can be captured closer to the source, allowing the cooling liquid to be warmer and more efficient to cool down. This also improves opportunities for “free cooling”.
- Hybrid systems:
Many solutions are hybrid, using both liquid and air cooling to remove heat loads.
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Liquid is piped directly to the hottest components, such as CPUs and GPUs, through cold plates. It typically removes a significant portion of the heat, with the remaining load handled by air cooling.
Immersion cooling:
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Servers are submerged in a tank of a dielectric (non-conductive) liquid.
- Single-phase immersion: The liquid absorbs heat and is circulated to a heat exchanger to be cooled.
- Two-phase immersion: The liquid vaporizes as it absorbs heat and then condenses back into a liquid, which is a highly efficient process.
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Hybrid solutions: These often involve liquid cooling within the rack (like rear door heat exchangers) that transfers heat from the server’s hot air to facility water.
- Energy efficiency: Uses less energy compared to air cooling for the same cooling task.
- Improved performance: Reduces heat-related performance throttling on powerful components, especially for AI workloads.
- Increased lifespan: Helps components last longer by reducing thermal stress and temperature fluctuations.
- Space savings: Reduces the need for bulky air-cooling infrastructure like CRAC units, raised floors, and large fans.
- Higher heat density: Enables more powerful processors to be housed in a smaller space.
Data centers in the United States market are clearly defined as having three main regions: East, Central, and West. Companies that prioritize low latency to major American markets strategically deploy in all three regions. Most data centers in the US are situated in or around leading tier 1 metropolitan markets, with Northern Virginia and Northern California standing out as the most prominent locations. Areas such as Ashburn and Silicon Valley are essential, while New York/New Jersey and Illinois experience significant supply and demand dynamics.
Each major US market is home to key data centers that are inherently well-connected and have earned the designation of carrier hotels due to their abundant interconnections and internet exchange points. Despite some facilities being older, they continue to play a critical role in shaping the American data center landscape and reinforcing the country’s network infrastructure.
Data centers in the United States market are clearly defined as having three main regions: East, Central, and West. Companies that prioritize low latency to major American markets strategically deploy in all three regions. Most data centers in the US are situated in or around leading tier 1 metropolitan markets, with Northern Virginia and Northern California standing out as the most prominent locations. Areas such as Ashburn and Silicon Valley are essential, while New York/New Jersey and Illinois experience significant supply and demand dynamics.
Each major US market is home to key data centers that are inherently well-connected and have earned the designation of carrier hotels due to their abundant interconnections and internet exchange points. Despite some facilities being older, they continue to play a critical role in shaping the American data center landscape and reinforcing the country’s network infrastructure.
Understanding Data Center Growth and Needs
The data center industry is growing rapidly, driven by demand for more data storage and computing power. The growth is expected to continue as the use of artificial intelligence (AI) increases.
Data center market size
- The global data center market was valued at $219.23 billion in 2023.
- The market is projected to grow to $584.86 billion by 2032.
- The data center server market is estimated to grow by $169.3 billion from 2024 to 2028.
Data center power demand
- The global power demand by data centers is expected to grow by 16% from 2023 to 2028.
- The power demand is expected to increase due to the growing use of AI.
Key drivers of growth
- The Internet of Things (IoT)
- Cloud computing services and applications
- The need for more data to improve business performance
Challenges
- The need for more reliable power sources
- The need for more sustainable power
- The need for more power equipment
- The need for more electrical trade workers
AI Data Centers expected to grow by 160%
On average, a ChatGPT query demands nearly ten times more electricity to process than a Google search.
This stark contrast signals an imminent transformation in how the United States, Europe, and the global community will consume power, along with the future financial implications.
For years, data centers have maintained a remarkably stable appetite for electricity, even as their workloads expanded. However, with the slowdown in efficiency gains and the rapid advancement of AI technology, Goldman Sachs Research firmly predicts that the power demand from data centers will surge by 160% by 2030.
Currently, data centers consume about 1-2% of total electricity worldwide, but this figure is poised to rise to 3-4% by the end of the decade. In the United States and Europe, this escalating demand will drive unprecedented electricity growth, a phenomenon not witnessed in a generation. At the same time, carbon dioxide emissions from data centers are on track to more than double between 2022 and 2030.
How much power do data centers consume?
Goldman Sachs Research analysts have published a series of three reports examining the implications of the recent spike in electricity demand in the US, Europe, and globally. While our demand for data has been substantial in recent years—data center workloads nearly tripled between 2015 and 2019—the power consumption of data centers remained relatively stable during that time, averaging around 200 terawatt-hours per year.
This stability can be attributed, in part, to the growing efficiency of data centers in utilizing the power they consume, as highlighted in the reports authored by Carly Davenport, Alberto Gandolfi, and Brian Singer.
Clearly, the amount of electricity needed for this “new silicon valey” growth explosion is enormous, and Theron Energy will be there to help fill that demand.
Theron Energy has the solution for the high cooling and electricity demands of AI data centers through our sister company, THERON H2O.
At THERON ENERGY we combine Atmospheric Water Generators and Reverse Osmoses Filtering with Magnetic Electric Generators — ATMAG RO GENSETS®
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60 MWH Data Center Generator Energy ATMAG GENSETS®
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100 MWH Data Center Generator Energy ATMAG GENSETS®
Welcome to the world’s first and only licensed and produced atmospheric magnetic generator sets,
– ATMAG GENSETS, and ATMAG RO GENSETS, brought to you by THERON ENERGY.
Description:
This single Theron ATMAG GENSETS® ranging from 5 to 20 Mega Watt Permanent Industrial Silent AI Data Center Magnetic Energy Generator, including Atmospheric Water Generators 4,000 to 16,000 Liters/Day with Reverse Osmosis filters, is ideal for large industrial Data Center and AI Artificial Intelligence applications. These generators run quietly and have zero emissions because they are perpetual energy generators and do not require a fuel source or energy source to operate. Installation is easy because you do not need to connect to a diesel or propane tank and once you have connected the harness to your electrical distribution point, you can turn off your utility company supply for good.
- Our generators are Magnetic NdFeB Energy Generators.
- Our generators include Atmospheric Water Generation,
- Our Generators include Reverse Osmosis Filtering,
- Our Generators include Farday Cage Protection,
- Our Generators include Remove Controls,
- Our generator is completely silent,
- Our generator is completely green,
- There are zero carbon emissions or pollutants emitted into the air.
With our generator, there is NO recurring monthly cost since it does not require fuel to run. It is a one-time purchase that frees you from energy costs for the life of the generator. Water and Osmosis filters must be replaced depending on the environment in which you are located. Speak to an engineer to ensure you get a great maintenance program.
In the event of a disaster when power is down and fuel is unavailable, our generators will keep running and keep your AI Data Center up and functional.
Since there are zero-emissions our generators can be placed anywhere on the property within legal zoning ordinances.
Our generator housings are built inside a Faraday cage housing to ensure operation after an EMP event.
Additional equipment is available to order such as mobile remote monitoring via your cell phone APP. We can provide this on request and your order should be placed up front. Contact us for more info.
Contact Theron Energy for this ATMAG GENSETS® solution.
