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The Advanced WindWall® is a groundbreaking wind turbine that has the potential to revolutionize the renewable energy industry. This innovative turbine is capable of producing an astounding 19 megawatts of energy on just one acre of land, making it one of the most efficient wind turbines on the market. The AWW® achieves this impressive feat through its unique design, which utilizes a series of interconnected panels that work together to capture and convert wind energy into electricity.
In addition to its impressive energy output, the AWW® is also highly adaptable and can be installed in a variety of locations, including urban areas and offshore environments. The turbine's modular design allows it to be easily customized to fit project-specific needs, and its compact size makes it ideal for use in areas where space is at a premium. The AWW® represents a major step forward in renewable energy technology, offering a reliable and cost-effective solution for meeting the world's growing energy needs while reducing our dependence on fossil fuels.
The Advanced WindWall is a high efficient wind (HEW) turbine system that uses aerodynamic ducting and advanced technology to maximize wind harvesting for power generation and using on-site weather data for self-adjustment, making it a reliable and supremely efficient solution for meeting renewable energy needs.
Integrated weather system provides on-site data for performance optimization.
The smallest 1kW wind turbines ever created. Aerodynamic ducting increases ambient wind speeds. A dynamic eleven bladed system that uses both wind speed and air pressure. State-of-the-art technology that optimally combines generated power.
Inside the optional but recommended pedestal system, lays a built-in rack mount for additional electronics resident within a sealed environment with easy access for maintenance.
The AWW® further optimizes the ambient airflow ducting performed by individual MicroCube®. While the MicroCube® increases the ambient wind speed by 1.92x itself, when paired with the increased ducting of the Advanced WindWall® the wind speed is further increased. This means at a 17mph ambient wind speed each blade surface in this system is experiencing 50+ mph wind speeds. This is one of several scientific principles we use to gather energy at lower ambient speeds than our competitors.
Every AWW® sits on a base with a worm gear system to rotate into prevailing wind. The AWW® intelligent power system works in conjunction with the integrated weather station to orient the WindWall® with micro-adjustments to maintain optimal power generation.
Every AWW® sits on a base with a worm gear system to rotate into prevailing wind. The AWW® intelligent power system works in conjunction with the integrated weather station to orient the WindWall® with micro-adjustments to maintain optimal power generation.
A Microcube® is a 1 Kilowatt per hour wind turbine in the shape of a cube. Housing a revolutionary generator that uniquely powers this wind turbine with nearly frictionless performance. The generator actually shows a negative torque value when placed under load, meaning that there is no energy loss due to back EMF. This couples with a ducting system that nearly doubles the ambient wind speed at the blade’s surface. Airfoils take this very fast, high-pressure air and reduce it just after contact to greatly reduce system back pressure.
(Note* The MicroCube® is a component to a larger system, much like a solar cell to a solar panel, and is not intended to be used as a stand-alone unit.)
This 18-Pack AWW® is designed to generate power in the smallest rotational wind turbine footprint. Intended to offer affordable rotational wind power generation.
This system is designed to generate large scale high-efficiency power. The C-Pack AWW is intended for larger scale power generation and this system like all WindWall® products can be bundled for larger power requirements, microgrids and wind farm solutions.
This 18kW max power unit provides small power for a more affordable price.
The 36kW Advanced WindWall® provides ample power for medium -sized solutions.
This system provides mid-level power for any project.
The 72kW Advanced WindWall® is the second-largest single system that we offer.
Our flagship product. This system is that should be used for large scale large building power and for wind farm solutions.
Production for the Advanced WindWall® (AWW) kicks off in 2028! Engineered for high efficiency by pivoting into prevailing winds, the AWW system offers adaptable, sustainable energy with easy setup and transport. Don’t miss out—subscribe to stay informed on production milestones, release dates, and exclusive updates as we gear up to launch this game-changing solution.
Performance
| Designed Output | 100kW100kW |
| Current | 600A | 60A | 6A |
| AC Voltage | 180V | 1,800V | 18,000V |
Physical
| Advanced WindWall Length | 96"2.4m |
| Advanced WindWall Width | 120"3m |
| Advanced WindWall Depth | 24"0.6m |
| Pole Segments | 120" x 30"3m x 0.8m |
| Weight | 4000lbs1814kg |
Operating Conditions
| Cut in Speed | 1.5mph.67 m/s |
| Max Speed | 140mph+63 m/s |
| Temperature | 375°F to -15°F190°C to -25°C |
Power Curve - Reflects Early-Generation Design Advanced WindWall® vs Traditional Turbines (kW) [Performance validation pending with 2025 HWW® performance testing to occur pre-production.]
Now Accepting Reservations for the Groundbreaking Horizontal WindWall®
Every 100th paid order receives one free WindWall®!
The alarming rise in debt burdens is a greater menace to developing countries than any other nation, yet it’s an issue that ultimately affects all of us. The pandemic and escalating fuel prices following the Ukraine invasion have significantly contributed to this worrisome trend, which hit developing nations the hardest. Urgent action is needed to reinvigorate the global partnership for sustainable development, especially by prioritizing energy accessibility and security as an equalizing force. To this end, we firmly believe that our innovative technology can play a vital role in providing resilient and efficient wind energy, which can augment the catalytic ingredients required to achieve this critical goal.
The ongoing decline of terrestrial ecosystems continues to be a pressing concern, with 10 million hectares of forest being destroyed every year. The primary drivers of this loss are agricultural expansion and urban growth, with other activities also playing a significant role. The pursuit of renewable energy is also contributing to the reduction of available land, with solar energy initiatives creating unusable areas after installation. Traditional wind turbines present their own challenges, such as static fields, noise pollution, and negative effects on farming.
Our technology offers a distinct solution to these issues, providing unobtrusive energy from wind without the negative effects of solar and traditional wind turbines. We believe that our technology should be used in conjunction with solar and traditional wind solutions, where appropriate. For example, our products can help reduce the vast amounts of land required for solar, while generating more resilient energy. In cases where traditional wind turbines are necessary, our technology can be used to fill necessary gaps. As stated in the recent United Nations Sustainable Development Goals Report 2022, there is a pressing need for better protection, restoration, and sustainable use of terrestrial ecosystems, and our technology offers a vital contribution to achieving these goals.
The recent United Nations Sustainable Development Goals Report 2022 has sounded a “code red” warning about the devastating consequences of climate change. It is alarming to know that our much-needed window to prevent a catastrophic disaster is rapidly closing. The oceans and global temperatures are experiencing an unprecedented rise, with a sharp increase in the intensity and frequency of extreme weather events. Adding to this distressing situation, energy-related CO2 emissions have hit a record high.
The situation demands immediate action, and that is exactly what our innovative micro-wind technology offers. With a uniquely high-power density and exceptional efficiency, our technology is designed to remove maximum CO2 per square foot, making it an excellent choice to combat climate change. As we strive to protect the planet for future generations, our technology offers an effective step in the right direction.
According to the United Nations Sustainable Development Goals Report 2022, the state of urban air pollution is dire, affecting an astonishing 99% of the global urban population. Furthermore, the number of nations without adequate plans to combat disasters sustainably and resolutely has doubled since 2015. The current strategy of the United Nations – to ensure that no one is left behind – will require less costly and more dependable mix of technologies such as solar, wind, water and biomass energy solutions in the most affected impoverished regions. The deployment of aggressive carbon reduction initiatives will be imperative to ensure the success of this plan. Our incredibly adaptable and resilient micro wind energy technology is the perfect solution to this crisis. We strive to provide affordable electrification options to urban areas and reduce carbon dioxide emissions. As a result, these underprivileged communities can thrive in safe, all-inclusive, prosperous environments that are both resilient and sustainable.
As per the United Nations Sustainable Development Goals Report 2022, global manufacturing has made a resounding comeback from the pandemic. However, it is daunting to find that less developed countries have not been able to revel in the same positive impact. A concerning figure indicates that 1 in 3 manufacturing jobs have suffered negative implications, and this trend is especially apparent in developing nations where the costs of energy are disproportionately high, exerting harsh impacts on the bottom line. A prime example is South Africa, where the persistent power outages have resulted in significant losses. To combat this challenge, our exceptional product offers a lower levelized cost of energy (LCOE), enabling manufacturing entities to curtail their dependence on expensive and ecologically harmful fossil fuels. By reducing costs, our solution considerably impacts the bottom line, and owing to its high power density, it has the potential to create a revenue stream by supplying energy to other facilities and nation states.
According to the United Nations Sustainable Development Goals Report 2022, while worker productivity has bounced back, it remains a concern that less developed countries have not experienced the same positive impact. This issue is compounded by rising inflation rates and sustained labor market challenges. Nevertheless, the renewable energy sector is expected to be among the fastest-growing labor industries in the market. As we plan to scale up our innovative technology’s sales and implementation, it will be critical to provide necessary upskilling to support our expansion in this market, promoting long-term, inclusive, and sustainable economic growth, as well as full and productive employment for all.
According to the United Nations Sustainable Development Goals Report 2022, there has been a concerning deceleration in electrification progress, especially in areas that are underserved and underdeveloped. Although aggressive targets for renewable energy have been set worldwide, the share of renewables in total final energy consumption is a mere 17.7%, even lower than that of developing nations. Fortunately, our innovative product offers a solution to this problem. With a power density that surpasses any other wind-based energy generator at an impressive 19MW/acre or 50MW/Ha, we guarantee high levels of efficiency without sacrificing performance. Furthermore, our product is easily transportable, eliminating the need for extensive infrastructure construction before delivery and installation, such as building new road systems and transmission networks. This makes it possible for us to supply reliable and sustainable power to even the most remote and rural areas.
The United Nations Sustainable Development Goals Report 2022 indicates that there is a significant gender disparity in global employment, with women comprising only 39% of the total workforce. Recognizing the need to address this inequality, our solutions prioritize inclusivity and aim to empower individuals of all genders, race, class, and sexual orientations.
We believe that collaboration with a diverse range of local partners and employees is essential in promoting gender equality and empowering women and girls. Our approach is non-restrictive, ensuring that everyone can participate in achieving meaningful change.
By prioritizing inclusivity and promoting collaboration, we are committed to doing our part in creating a world where all individuals, regardless of gender or orientation, have equal access to opportunities and resources. Through these efforts, we hope to contribute to the broader push towards sustainable development and a more equitable future for all.
The negative effects of respiratory illness and disease can be largely mitigated through a decrease in carbon emissions. By utilizing our highly efficient products, a substantial amount of carbon dioxide can be effectively removed from the atmosphere, allowing for improved health and well-being for all individuals and contributing to the development of healthier communities.
Based on findings from the United Nations Sustainable Development Goals Report 2022, the combination of conflict, COVID-19, climate change, and increasing inequalities has resulted in a worldwide threat to food security. As a result, 47% of countries globally have been impacted by rising food prices. Our product offers a lower levelized cost of energy (LCOE), allowing countries to reduce their reliance on costly and environmentally harmful fossil fuels. By adopting our technology, such countries can provide their citizens with lower energy costs, enabling families to have more money at their disposal.