Welcome to Oasis Microgrids, where we believe that simple solutions hold the key to a greener future. As a startup energy provider, we are dedicated to delivering ultra-low CO2 and NOx emission electricity through our innovative microgrid powered by our patented engine modification. Our team consists of individuals with diverse backgrounds and expertise in mechanical engineering, creative problem-solving, business management, and technology innovation.
At the heart of our technology lies the iconic "557" V-8 full-cycle (throttle-less) ebullient cooled engine, originally developed in the 1950s. We are proud to showcase the capabilities of this engine. Running on natural gas, each engine generates an impressive 165 kilowatts of high-voltage power, along with 1.9 MMBtu of steam at a rate of 1000 pounds per hour. However, its versatility extends beyond natural gas; it can also run on hydrogen, biogas, RNG, propane, or a mixture of these fuels with an exceptional efficiency of over 90%.
At Oasis Microgrids, we are committed to developing our patented engine for carbon capture applications. We understand that industries and potential partners are seeking reliable and carbon-neutral electricity solutions at an affordable cost. Our mission is to provide clean energy made simple. With our innovative engine, we aim to empower businesses with their own sustainable power supply. Join us on our journey towards a cleaner and more efficient energy landscape and discover how our streamlined approach to clean energy can revolutionize your business while minimizing your carbon footprint.
The future of our economy and society is at a crossroads, where political will and the economics of the electric grid's supply and demand collide. At Oasis Microgrids, we understand that electrification alone is not enough. We believe in a balanced approach to electricity supply, ensuring sustainability and prosperity for all.
While it's widely recognized that large-scale wind and solar power generators strive to put clean electricity on the grid, they face significant challenges. Lengthy waiting periods and exorbitant interconnection fees hinder their progress. Moreover, renewable sources are inherently intermittent and operate at maximum efficiency of only 20%. To overcome this, supplementary power supplies are necessary, which are currently reliant on carbon-based fuels or expensive battery storage. Unfortunately, batteries are limited to a few hours of operation, requiring frequent recharging. Their cost is also prohibitive, especially when exceeding fourteen (14) megawatts. However, renewables will play a pivotal role in the future with our decarbonized energy approach.
.
While HCCI linear generators are currently in vogue and perceived as a solution, they come with their own set of challenges. Issues such as high magnetic attraction force, large size for minimal output, significant end effects, high cogging force, and high cost raise doubts about their long-term viability. However, time will reveal their potential as we strive to implement a balanced approach, and they can contribute to the growing demand for clean energy.
In the United States, more than 60% of electricity generation is reliant on carbon-based fuels. Achieving complete carbon-free electrification without carbon capture is impossible. The existing interconnection and distribution systems are vital to the viability of these fuels. Even if renewable energy and batteries were readily available, the cost of transmitting and transforming electricity for new end users is estimated at a staggering $8 trillion. Consequently, the cost per kilowatt will rise to $1.00 once additional renewable energy, extensive battery storage, industrial-scale carbon capture, and new transmission lines are introduced.
For businesses that rely on high heat and steam, electrification is an insurmountable challenge. However, we have developed a simple strategy to decarbonize these hard-to-electrify industries. Take, for example, our manufacturing client in Orange County, California. By utilizing our Combined Heat and Power (CHP) solution, we generate electricity while simultaneously reducing natural gas consumption in their steam boilers by 50%. This approach not only saves them almost a quarter million dollars in electricity costs annually but also significantly minimizes their carbon footprint.
Join us in shaping the future of clean energy. Together, we can unlock the full potential of our microgrid and help create a sustainable tomorrow. Contact us today to learn more about our revolutionary solutions for a greener world.
Running on natural gas, this video demonstrates our production prototype engine operating at 2400 rpm while generating 165 kilowatts of high-voltage electricity along with 1.9 MMBtu of steam at a rate of 1000 pounds per hour.
Bob, an Oregon State degreed mechanical engineer and nationally recognized steam boiler expert, is the visionary behind Oasis Microgrids' revolutionary technology. In 2012, he invented a boiler burner that not only produced high heat but also generated high-voltage electricity. Recognizing the value of carbon-neutral electrical generation
Bob, an Oregon State degreed mechanical engineer and nationally recognized steam boiler expert, is the visionary behind Oasis Microgrids' revolutionary technology. In 2012, he invented a boiler burner that not only produced high heat but also generated high-voltage electricity. Recognizing the value of carbon-neutral electrical generation, Bob's patented invention, the ebullient cooled, stoichiometric big block V-8 engine, perfectly aligns with Oasis Microgrids' vision. His expertise and multiple patents in clean energy make him the ideal leader for our technical team as we relentlessly pursue carbon-neutral electricity generation. Together, we are shaping the future of clean energy and redefining the possibilities of sustainable power.
Michael Lawson, a visionary with a Master's Degree in creative problem solving from USC (actually Real Estate Development), played a pivotal role in the birth of Oasis Microgrids. It was through his profound realization that the existing electric grid couldn't support his ambitious EV charging station venture that he understood the oppor
Michael Lawson, a visionary with a Master's Degree in creative problem solving from USC (actually Real Estate Development), played a pivotal role in the birth of Oasis Microgrids. It was through his profound realization that the existing electric grid couldn't support his ambitious EV charging station venture that he understood the opportunity afforded by Bob's engine design to address the urgent need for reliable and carbon-neutral microgrid solutions to facilitate mass electrification. With his extensive knowledge in real estate development, Michael will lead Oasis Microgrids' project development and sales teams, driving our mission to revolutionize the energy landscape through sustainable and innovative microgrid solutions.
Andy Newman, a seasoned Wall Street veteran with over 30 years of experience, played a pivotal role in uniting the talents of Michael and Bob, thus solidifying the foundation of Oasis Microgrids. Recognizing the immense potential of Bob's patented engine and sharing Michael's vision for a carbon-neutral microgrid, Andy became an invaluab
Andy Newman, a seasoned Wall Street veteran with over 30 years of experience, played a pivotal role in uniting the talents of Michael and Bob, thus solidifying the foundation of Oasis Microgrids. Recognizing the immense potential of Bob's patented engine and sharing Michael's vision for a carbon-neutral microgrid, Andy became an invaluable member of the team. Leveraging his extensive knowledge of financial markets and business management, he is responsible for developing Oasis Microgrids' financial models and ensuring robust corporate governance. As an executor of the Board's financial strategy, Andy also provides critical insights by analyzing commodity futures—a vital aspect of our startup and operational success. With Andy's leadership, Oasis Microgrids thrives in driving financial excellence and strategic decision-making, propelling us towards a future of sustainable energy.
Mark Nair brings a wealth of expertise to Oasis Microgrids, with over 20 years of experience leading technological initiatives and successfully aligning them with business objectives. Initially introduced to Oasis Microgrids to assess the feasibility of their technology for a third party, Mark quickly recognized the compelling value prop
Mark Nair brings a wealth of expertise to Oasis Microgrids, with over 20 years of experience leading technological initiatives and successfully aligning them with business objectives. Initially introduced to Oasis Microgrids to assess the feasibility of their technology for a third party, Mark quickly recognized the compelling value proposition of their business. His extensive background in taking technologies from proof of concept to wide-scale distribution, combined with his scholarly demeanor, insatiable thirst for knowledge, and profound expertise in systems and technology, make him a pivotal asset in scaling our operations. Mark's creative vision, passion for invention, and remarkable achievements, such as being a Senior Member of the National Academy of Inventors and a National Science Foundation I-Corp National Mentor, underscore his dedication to driving technological advancements and fueling the success of Oasis Microgrids.
531 Cypress Avenue, Hermosa Beach, California 90254, United States
Copyright © 2023 Oasis Microgrids - Todos los derechos reservados.
Con tecnología de GoDaddy
Usamos cookies para analizar el tráfico del sitio web y optimizar tu experiencia en el sitio. Al aceptar nuestro uso de cookies, tus datos se agruparán con los datos de todos los demás usuarios.