Collaborations
& Research

Iniskim partners with Indigenous and remote communities to develop and deploy sustainable clean-energy solutions. Their work includes technical assistance, microgrid scoping, funding strategy, application support, and technical training for workforce development.

Their approach is deeply community-centered—supporting local capacity, strengthening energy resilience, and ensuring that projects move from concept to implementation with clear accountability.

KGM1 is a research project at TRL5-6 (Technology Readiness Level) that aims to develop next-generation Airborne Wind Energy (AWE) systems designed for remote and off-grid communities—many of whom rely heavily on diesel generators and face extreme energy insecurity.

Their compact kite-driven wind system (10–20 kW rated) offers up to 50% cost savings and a 90% weight reduction compared to conventional wind turbines, making it easy to transport, install, and maintain even in harsh terrains.

Think of it like a kitesurfer—but instead of riding waves, the system converts the kite's motion into continuous electrical power.

Recent assessments show a high energy density per km² in the AWE landscape, and the future goal will be to go on-grid with fully automated machines.

Managed by GHIVA Prog. CAD, the project is built for modularity and future scale, with seamless integration into microgrids, solar + battery systems, and hybrid energy networks.

Arctic Wind Riders operates an exquisite program in Nunavut, fostering innovation and community engagement through kite-based activities in one of the world's most challenging and beautiful environments. Their work demonstrates the practical applications of wind energy in Arctic conditions while building community resilience and cultural connections.

The program combines traditional knowledge with modern sustainable energy practices, creating opportunities for youth engagement, skill development, and environmental stewardship in remote northern communities.

Lewis Crathern is a professional kitesurfer and passionate advocate for kite sports education and community development. With years of experience at the highest levels of competitive kitesurfing, Lewis has dedicated his career to sharing the excitement and technical knowledge of kite sports with the next generation.

His work extends far beyond competition—Lewis actively collaborates with schools, educational programs, and community organizations to introduce young people to kite sports, wind energy awareness, and outdoor adventure. Through workshops, demonstrations, and hands-on training, he inspires students to explore STEM concepts through the dynamic world of kites.

Lewis also organizes and participates in numerous kite events worldwide, creating opportunities for enthusiasts of all skill levels to connect, learn, and celebrate the power of wind. His commitment to education and community engagement makes him a valuable partner in promoting airborne wind energy awareness and kite culture globally.

Andrew Kazantsev is the founder and lead researcher behind AirHES (Airborne Hydrological Energy System), an innovative approach to atmospheric water harvesting and renewable energy generation. AirHES represents a unique application of airborne wind energy principles combined with water extraction from clouds and atmospheric moisture.

The Cloud Power Water project explores the intersection of AWE technology, hydrological engineering, and sustainable resource management. By utilizing high-altitude platforms to capture both wind energy and atmospheric water, AirHES aims to provide integrated solutions for energy and water scarcity in remote and arid regions.

Andrew's work bridges multiple disciplines—aerospace engineering, atmospheric science, and renewable energy systems—demonstrating the versatility of airborne platforms for addressing critical resource challenges. His research continues to push the boundaries of what's possible with AWE technology applications.

We are with reason—our kite practice has suggested novel DIY ways to extract kinetic energy from streams without dams and from sources like ocean waves, using “rag and string”.

Jalbert Aerology Laboratory (JAL) carries forward the aerology and kite research tradition associated with Domina C. Jalbert, whose pioneering work on parafoils and aerological concepts underpins much of modern kite and AWE thinking.

JAL was revived on June 1, 2021 with involvement from kPower and the broader AWE community. Dave Santos (DaveS) serves as Chief Technology Officer, connecting JAL's foundational research with contemporary airborne wind energy development.

Josia Stoll is a young explorer who designed his own small wind sled and planned an Antarctic Peninsula crossing with it. His project represents the next generation of kite-traction innovation—combining hands-on engineering with polar exploration ambition.

AWEIA has discussed potential collaboration with Josia, whose work aligns with the youth and education axis of the association, alongside initiatives like Catch Them Young and student-led AWE projects worldwide.

Embry-Riddle has had an IFO (Innovative Flight Operations) research program with NASA for over 8 years, overlooked until now by us because they never use the K-word (k*t*).

Heads up, get ready for opposed kite networks tapping shear fields in 3D.