Hydro Wind Energy is solving three of the biggest challenges of the 21st century with a single class of AI-enabled offshore systems — dispatchable renewable power, mechanical energy storage, and desalinated water
The climate transition depends on solving electricity, storage and water — at a cost the world can afford. HWE is engineering the marine infrastructure to do all three from a single floating asset.
Reducing global carbon emissions by 1 billion tonnes of CO₂ equivalent per year.
A single gigatonne is meaningful at planetary scale.
AI-enabled deep-offshore wind that converts wind up to 40 m/s into mechanical lift and delivers stable, dispatchable 24/7 electricity — the missing piece between renewables and a fully-decarbonised grid.
Each platform lifts and releases a submerged mass to store and dispatch energy on demand — pumped-hydro economics, no land, no rare-earth chemistry, hours to days of duration built into the structure itself.
SubSea RO Wind is an AI-enabled offshore desalination system that couples wind energy directly to subsea reverse-osmosis, targeting water below $0.10 per cubic metre — a new world record for cost per cubic metre.
Stable, dispatchable 24/7 renewable power in the deep sea — at lower cost than any other generation technology.
OceanHydro Omni is an AI-enabled deep-sea offshore wind energy system that uses wind power for mechanical lift rather than direct electricity generation. By lifting and releasing a submerged mass, it provides built-in mechanical energy storage — capturing the strongest offshore winds of up to 40 m/s and delivering stable, dispatchable 24/7 renewable power in deep-sea environments where conventional turbines cannot operate.
Platform render · 1 MW pilot
Each generation multiplies capacity by 100×. The same AI-enabled platform scales from a single demonstrator unit into a continent-scale offshore array, delivering dispatchable renewable power and energy storage at terawatt-hour levels.
A 100 GW OceanHydro Omni Array at 12 m/s winds could supply over 100% of the Arabian Peninsula's electricity demand — or 20× Oman's annual consumption.
Training and running frontier AI is driving the steepest surge in electricity demand in a generation. Data centres are already straining grids, delaying retirements of fossil plants, and competing with homes and industry for power. The constraint on AI is no longer chips — it is clean, firm, dispatchable energy at scale. That is exactly what OceanHydro Omni is built to deliver.
Below $0.10 per cubic metre — at scale, offshore, off-grid.
SubSea RO Wind is an AI-enabled offshore desalination system that couples wind energy directly to subsea reverse-osmosis modules, eliminating the cost layers that make conventional desalination prohibitive for water-stressed regions. Adaptive control matches RO throughput to live wind conditions in real time — supplying desalinated water at a lower cost than any other technology operating today.
Subsea reverse-osmosis module
The same platform that solves clean power and water also answers AI's energy crunch. HWE combines OceanHydro Omni, floating data centres, and SubSea RO Wind into a single off-grid, off-land facility — powering, cooling, and hydrating AI compute at the source.
OceanHydro Omni delivers firm, AI-enabled 24/7 renewable power with built-in mechanical storage — enough to run compute that land grids can no longer spare.
Floating data centres are cooled by seawater heat exchangers that draw on the deep ocean's ambient temperature — eliminating the single largest energy and water cost of land-based data centres.
SubSea RO Wind turns the surrounding seawater into low-cost freshwater — for the facility, for industrial use, and for the water-stressed regions nearby.
One offshore platform that powers, cools, and hydrates AI compute. Off-grid. Off-land. Carbon-free. Built where the wind is strongest and the water is coldest.
QuenchSea is HWE's portable, low-cost, manually-powered desalination device — a triple-stage pre-filter and reverse-osmosis membrane in a hand-pump form factor. The 3.0 generation is shipping to humanitarian, expedition, and emergency-preparedness customers worldwide.
Hydro Wind Energy is preparing a Regulation A+ global and community offering with the U.S. Securities and Exchange Commission. When qualified, it will let everyday investors — not only accredited or institutional ones — invest directly in HWE alongside our existing backers. Add your name to the list to be first in line when the round opens.
Regulation A+ permits non-accredited investors in the U.S. to participate alongside accredited and international investors, subject to per-investor limits set by the SEC.
The offering will be made only via an SEC-qualified offering circular. Until qualification, all communications are “testing the waters” under Rule 255 — indications of interest only.
A Reg A+ round broadens HWE's investor base to thousands of climate-aligned individuals — aligning the financial outcome of our technology with the people it is built to serve.
Sign up below — no payment, no commitment. We use the list to gauge demand and to notify you the moment the round qualifies.
HWE files Form 1-A; SEC staff review and qualify the offering circular before any sale can be made.
Once qualified, the offering goes live on our regulated funding platform. You'll receive a private invitation link.
Subscribe in minutes, complete the standard KYC, and follow the build through investor updates and Reg A+ ongoing reporting.
Any U.S. investor can participate — accredited or not — subject to per-investor limits set by the SEC. Non-accredited investors are limited to the greater of 10% of their annual income or 10% of their net worth per offering. International investors can participate where local regulations allow.
Reg A+ offerings typically set a minimum ticket between $100 and $500. The final minimum for the HWE round will be specified in the offering circular qualified by the SEC. The intent is to keep entry accessible while remaining administratively viable.
The round opens after the SEC qualifies HWE's Form 1-A filing. We are currently in the “testing the waters” stage, gauging demand from the community. We will notify everyone on the list before the offering goes live.
The offering will be hosted on a regulated funding portal authorised to facilitate Reg A+ transactions. The platform handles KYC, payments, and investor records. Details will be confirmed in the offering circular and confirmed on our website.
The community round is structured to be additive to HWE's existing capital structure, with terms aligned to those agreed with our existing backers. Pro-forma capitalisation, share class, and rights will be detailed in the offering circular.
Investors purchase securities in Hydro Wind Energy, Inc. as specified in the offering circular — typically common or preferred equity. Ownership is recorded on HWE's cap table via the regulated funding portal. Reg A+ issuers are subject to ongoing reporting obligations to the SEC and to investors.
Tier 2 of Regulation A under the Securities Act of 1933 lets U.S. and international companies raise up to $75 million per twelve-month period from any investor — not just accredited ones. Offerings are qualified by the SEC, made via an offering circular, and subject to ongoing reporting obligations to both the SEC and investors.
Companies that have used Reg A+ include consumer-tech and climate-tech businesses previously closed to retail capital. For HWE it is the right instrument: it gives the people most affected by climate change the chance to own a piece of the infrastructure we are building to address it.
No money or other consideration is being solicited; if sent, it will not be accepted. No offer to buy securities may be accepted, and no part of the purchase price may be received, until the offering statement is qualified by the SEC. Any indication of interest involves no obligation or commitment of any kind.
HWE has commercialised a hand-powered desalination product, advanced an offshore platform from concept to TRL 6 with three granted patents, attracted institutional capital commitments, and built a 40-strong team.
Climate tech will produce eight to ten Teslas, a Google, an Amazon, and a Microsoft.
Bill Gates
HWE is working with DeSciTech to pioneer a new way for the public to follow and participate in advanced deep-tech innovation — combining no-minimum digital participation, live progress visibility, and crypto-native market access.
HWE is preparing to raise through DeSciTech using a utility-token model designed to mirror participation in a certified HWE-related SPV share pool, with the SPV certification layer supported through ORIGYN.
DeSciTech's live transparency layer, inspired by NASA's Technology Readiness Level framework, presents HWE's progress from milestones and patents to tests, partnerships, and product history.
A utility-token model designed to mirror participation in a certified HWE-related SPV share pool — with the certification layer supported through ORIGYN.
A more open path into HWE's growth journey — no-minimum digital participation, live progress visibility, and crypto-native market access.
There is nothing more powerful than an idea whose time has come.
Victor Hugo
Hydro Wind Energy develops disruptive technology for clean power, grid-scale energy storage, and freshwater access. The company is headquartered in the United States and is backed by GEM, Chair Capital, Techstars, Republic, and a community of climate-aligned investors.
The team brings together expertise across energy systems, naval architecture, offshore engineering, machine learning, membrane chemistry, and capital markets — drawn from energy majors, climate-tech startups, university research labs, and water-utility operators. That breadth lets HWE design, build, and operate offshore systems end-to-end, from hardware to the AI control plane that orchestrates them.
Sets HWE's long-range technology and capital plan. Leads investor relations and partnerships.
Heads HWE's technical strategy and product–market fit — translating engineering capability into the products, customers, and commercial outcomes that scale the business.
Leads the AI control plane, digital twin, and software platform integration.
Builds HWE's engineering and operations team across the US, UK and Middle East.
Drives new ideas, technologies, products, and business models — identifying emerging trends.
Owns HWE's long-range strategy — markets, partnerships, M&A, and capital sequencing.
Builds HWE's commercial pipeline across utility, sovereign, and corporate partners.
Leads digital strategy, community, and the HWE web platform across the public and investor channels.
Leads HWE's engineering execution across mechanical systems, hydraulics, and platform integration — from prototype to manufacturable, certifiable production.
Builds HWE's machine-learning systems — forecasting, dispatch optimisation, and the digital-twin layer that runs each platform.
Hydro Wind Energy