Business Details
18 Years
experience
Advanced Solar Energy Systems for Residential & Industrial Use
Jetstream Energy Technologies was founded in 2008 with a mission to revolutionize solar energy solutions through innovative concentrating solar technologies. Our proprietary Spectrum Dish System and NewGen 7 technology deliver scalable, cost-effective energy generation for industrial and residential applications. With manufacturing facilities in Santa Fe, New Mexico, we maintain vertical integration while offering globally deployable systems that produce electricity, clean water, and hydrogen.Our team combines decades of engineering expertise with practical business strategies to address energy challenges through ethical and environmentally responsible practices. We serve clients in Australia and the United States, focusing on rapid implementation and technological advancements that outperform traditional photovoltaic systems.
Services
Solar Energy Systems
Water Treatment Solutions
Hydrogen Production
Concentrating Photovoltaics
Industrial Process Heating
Desalination Technology
Renewable Energy Consulting
Custom Solar Collectors
Energy Security Solutions
Carbon Credit Brokering
Details
- Year established: 2008
Highlights and features
- We pioneered proprietary concentrating photovoltaic technology with 40%+ solar cell efficiency
- Our vertically integrated manufacturing ensures quality control and cost efficiency
- Systems designed for rapid global deployment with scalable output capabilities
- Proven track record in utility-scale and residential solar energy solutions since 2008
- Expert team with decades of experience in renewable energy engineering and development
Services
Concentrating Photovoltaic Systems
Our proprietary concentrating photovoltaic systems use parabolic solar collectors to focus sunlight 800-1200 times normal intensity. This advanced technology achieves solar cell efficiencies exceeding 40% while reducing required cell area through optical concentration. The systems feature no moving parts, near-ambient temperature operation, and rapid manufacturing capabilities for both utility-scale and residential applications.
Water Treatment Solutions
We provide solar-powered water treatment systems that utilize concentrated solar energy for desalination and purification processes. Our technology enables efficient water treatment through adjustable focal points that activate specialized modules. These systems offer sustainable solutions for water-scarce regions while maintaining cost-effectiveness compared to conventional treatment methods.
Hydrogen Production
Our solar thermal technology facilitates hydrogen production through concentrated solar energy. By leveraging high-temperature processes without traditional energy inputs, we create clean hydrogen for industrial applications and fuel purposes. This approach reduces production costs while maintaining environmental sustainability through renewable energy utilization.
NewGen 7 Systems
The NewGen 7 system delivers small-scale solar energy solutions for residential and commercial applications. This advanced system produces up to three times more power than conventional photovoltaic panels while maintaining lower costs. Designed for rapid deployment and easy scalability, it represents the next generation of distributed solar energy technology.
Utility-Scale Solar
Our Spectrum Dish System provides large-scale solar energy solutions for utility and industrial clients. This proven technology offers reliable power generation with high efficiency rates and minimal environmental impact. The systems feature modular design for easy expansion and integration with existing energy infrastructure while maintaining cost competitiveness.
People
Henry P. Herman
Founder and CEO
With over two decades of renewable energy experience, Mr. Herman founded Jetstream in 2008 after directing renewable energy property development and forming international energy consortia. He previously led government-contracting initiatives for rapid prototyping firms, managing projects with NASA and the U.S. Navy.
Craig Wycoff
Chief Financial Officer
Mr. Wycoff brings 30+ years of financial expertise from investment banking and corporate acquisitions. As former Managing Director of Corporate Acquisitions Inc., he executed complex transactions including Dr. Pepper Company and Halliburton divisions, overseeing post-acquisition operations and corporate development.
Marc Powell
Director of Corporate Development
Mr. Powell offers 25 years of financial and operational leadership across diverse industries. A Harvard Law graduate and former CEO of IMADA Securities, he manages Jetstream's business development while overseeing portfolio companies in real estate and transportation sectors.
Questions
What makes Jetstream's solar technology different from traditional panels?
Our concentrating photovoltaic systems focus sunlight 800-1200 times normal intensity, achieving 40%+ efficiency compared to typical 15-20% for conventional panels. This allows more power generation with less material.
Can Jetstream systems provide both electricity and water treatment?
Yes, our technology platform supports multiple applications including electricity generation, water desalination, and hydrogen production through interchangeable modules that utilize concentrated solar energy.
Are Jetstream systems suitable for residential use?
Our NewGen™ 7 system provides small-scale residential and commercial solutions that deliver up to three times more power than standard photovoltaic systems at competitive costs.
How does Jetstream ensure system reliability?
Our systems feature no moving parts, near-ambient temperature operation, and modular design for easy maintenance. The technology has been field-tested since 2013 with proven performance in utility-scale applications.
Where are Jetstream systems manufactured?
All systems are manufactured at our vertically integrated facilities in Santa Fe, New Mexico, allowing complete quality control over component production and system assembly.
What geographic areas do you serve?
We currently implement projects in Australia and the southwestern United States, with systems designed for global deployment in regions with high solar insolation.
