NO MONEY OR OTHER CONSIDERATION IS BEING SOLICITED, AND IF SENT IN RESPONSE, WILL NOT BE ACCEPTED. NO OFFER TO BUY THE SECURITIES CAN BE ACCEPTED AND NO PART OF THE PURCHASE PRICE CAN BE RECEIVED UNTIL THE OFFERING STATEMENT IS FILED AND ONLY THROUGH AN INTERMEDIARY’S PLATFORM. AN INDICATION OF INTEREST INVOLVES NO OBLIGATION OR COMMITMENT OF ANY KIND. "RESERVING" SECURITIES IS SIMPLY AN INDICATION OF INTEREST.
Why Over 8,000 Investors Joined:
Through multiple successful funding rounds, we have raised over $17M, demonstrating strong investor confidence in our vision and technology.
As named by Pepperdine University Business School in 2020.
Flower Turbines holds a strong patent portfolio in aerodynamics and electronics, protecting our cutting-edge innovations and providing a competitive advantage in the wind energy sector.
We are growing our presence in international markets, increasing sales acros Europe, and actively expanding operations in Canada to meet rising demand for clean energy solutions.
Research Suggests Most Small Wind Turbines Struggle to Provide a Viable Solution
Flower Turbines aims to address what we believe are five major problems preventing the small wind sector from reaching its true potential within the industry:
Our Solution: A Unique Combination of Beauty and Power
Flower Turbines are uniquely designed to overcome the problems facing small wind technology with improvements that make them less turbulent, more efficient, and allow them to work together in ways previously thought impossible.
The advantage of our approach is that Flower Turbines provides a solution for any area where space is limited and sustainable energy is needed such as close to people, buildings, and parking lots. When used in tandem with solar, our turbines mean energy during more of a daily and seasonal cycle, saving costs on battery storage.
Innovations That Change The Market: The Bouquet Effect
Focused on creating beautiful, affordable, and efficient turbines for the urban/suburban market and tight spaces, we are paving the way for the future of distributed energy and providing investors with an equitable opportunity in the process.
Better Together: The Bouquet Effect, a unique feature whereby our turbines perform better when tightly clustered, gives us a key advantage in scaling wind farms and harnessing electricity. Our testing has revealed a 25% performance increase for each turbine added to a group, making four turbines as effective as eight separate ones. This positions Flower Turbines to compete with already mass-produced solar products.
Some Achievements We’re Celebrating...
A Once-in-a-Lifetime Opportunity to Invest in Clean Energy
Wind energy is growing. Canada is investing in renewables. Flower Turbines is leading the charge.
In all our contacts and developments, we have experienced Flower Turbines as a flexible, service-focused partner. They helped us realize sustainable solutions.
Demonstrated Success: Our “Bouquet Effect” is Blooming
Beauty Combined with Aerodynamic Innovations
Technology being developed by Flower Turbines enables a new model in the small wind industry. Focused on creating beautiful, affordable, and efficient turbines for the urban/suburban market and tight spaces, we are paving the way for the future of distributed energy and providing investors with an equitable opportunity in the process.
Our Bouquet (Cluster) Effect (whereby our Tulip turbines perform better when tightly clustered as opposed to the most common turbines which perform worse when clustered) gives us a key advantage to scaling wind farms and harnessing the electricity they produce. This is likely our most serious market-changing innovation, and is protected by both aerodynamic and electronics patents. In fact, our testing found that each turbine added to a group increases the performance of each turbine in the group by 25%. That means that four correctly placed turbines is approximately the equivalent of eight separate ones.
Here is a video that enables you to see for yourselves that the bouquet effect works.
The Bouquet Effect
That is our key to competing with already mass-produced solar costs. We have in the last year patented electronic controls that we believe will enhance this Bouquet Effect even more. The following diagram shows how each of our smallest turbines produces more power as more turbines are added.
The carefully crafted and patented (already approved in multiple countries) design of the Tulip is so aerodynamically efficient, it is actually able to take the wind entering the turbine, reverse its direction, and point toward the second blade at a higher speed than the initial wind outside. (Of course, much of the wind’s force is expended on the first blade, but the right amount of air space enables the remainder to operate more efficiently.)
The next picture is a cross-section of a computer simulation of our turbine in wind coming from the left, where red is highest speed and blue is lowest.
The red, higher velocity areas on the side show how the Bouquet Effect works–by driving wind tunnels into adjacent turbines.
We have a long list of serious competitive advantages over other small turbines:
Tapping Into The Potential Power of An Energized Market
Since our last raise, Flower Turbines has scaled manufacturing operations across North America to meet growing demand, deploying our small wind turbines in diverse applications. Their ability to generate clean, off-grid energy makes them ideal for businesses, communities, and remote locations, ensuring reliable power where traditional infrastructure falls short.
One of our key use cases in Europe has been e-bike charging stations, supporting sustainable urban mobility. Now, we’re actively working to bring this solution to North America, where the need for decentralized and eco-friendly energy is rapidly increasing.
Canada is built for wind energy—now you can invest in its future.
With vast wind-rich regions, Canada presents a massive opportunity for Flower Turbines’ technology to thrive. Our innovative turbines are designed to operate efficiently in diverse conditions, making them ideal for off-grid applications and urban sustainability projects. One of the objectives of this funding round is to set up sales and manufacturing in Canada, bringing our cutting-edge wind solutions closer to this high-potential market.
How Crowdfunding Works
Traditional venture capital (VC) funding often limits investment opportunities to institutional investors and high-net-worth individuals, making it difficult for everyday people to take part in high-growth startups. Crowdfunding changes that by allowing a broad community of investors to support innovative companies at an early stage, democratizing access to investment opportunities that were once exclusive to the elite.
See Flower Turbines in Action
Want to dive deeper into how our technology works and why it’s a game-changer for the wind energy industry? Watch these videos to learn more about Flower Turbines’ innovation, impact, and vision for the future.
Our Team
Dr. Daniel Farb Founder, CEO and Director
Dr. Farb, CEO of Flower Turbines since 2013, has extensive experience in renewable energy and corporate sales. He holds degrees in business, science, and literature, with over 80 patents and 100 books to his name. He founded Leviathan Energy, a renewable energy company, in 2008 but now focuses primarily on Flower Turbines. Dr. Farb is also an avid hiker and strong advocate for ecological sustainability.
Warren StollCOO
Warren Stoll is a high-impact leader with a proven track record. He has raised venture capital for four start-ups and successfully sold each. Notably, he founded and sold Einstein Software to Microsoft. Warren also created Flower Power, a product line at Flower Turbines.
Hani GeraVP Business Development / Sales
Hani Gera, VP of Business Development/Sales at Flower Turbines, brings over 15 years of experience in B2B sales, marketing, and business development. With an Executive MBA, she focuses on driving global growth, expanding partnerships, and advancing renewable energy adoption.
Irakli BaitishChief Engineer
Josh MacfieElectrical Engineer
A highly skilled engineer with expertise in renewable energy systems, grid-forming inverters, and microgrid technologies. Josh has led multiple high-impact projects, including collaborations with Texas Tech University and ARPA-E, and brings extensive experience in power electronics and cybersecurity for critical infrastructure.
Milan AdamovichSr. Mechanical Engineer
Milan Adamovic, with a Master of Mechanical Sciences, brings extensive experience in mechanical engineering and design, having worked in the automotive and grinding machine tool industries. At Flower Turbines, he focuses on creating cost-effective, eco-friendly mechanical designs, driven by sustainability and innovation. His blend of technical expertise and creativity makes him a key contributor to the team.
Let’s Change Sustainability. Forever.
Our goal is to provide 5% of electric power in most major markets within the next 20 years — a significant objective, designed to have a significant impact.
Let’s Change Sustainability. Forever.
Our goal is to provide 5% of electric power in most major markets within the next 20 years—a significant objective, designed to have a significant impact.