Energy, Power & Propulsion
NanoArchitech's is a Climate Tech Award Winner in 2025 . The team has a proven innovation history of disaster preventative nanoceramic structural insulated panels which have withstood Two Category-5 hurricanes in the Caribbean.
Our proposal introduces a groundbreaking building-integrated photovoltaic (BIPV) system that seamlessly embeds perovskite solar cells (PSCs) onto layered nanocomposite panels.
We've developed our unique SRM as a prime-mover, converting DC electrical energy from the solar panels into mechanical energy. This mechanical energy is then transferred via direct coupling to an electrical generator which converts the mechanical energy into clean electric power free from harmonic distortion. Our SRM is efficient, compact and reliable.
Electrochemical Alternating Current Luminous Power Regulation System for Non-Dimmable LED Luminaires
System Description
The electrochemical regulator uses electrodes with an electrolyte in equilibrium, preventing reduction and oxidation at the electrodes. It operates with alternating current and is capable of varying or regulating the luminous power of LED luminaires that are not originally designed to be dimmable. The system, through its advanced technology,
Modern portable devices such as computers, monitors, come with power adapters that work between 100V and 240V, 50Hz or 60Hz. However,
Nanoenergetic propellants offer superior energy density per unit mass, resulting in higher specific impulse compared to conventional solid propellants. This efficiency enables the use of smaller amounts of propellant to achieve the same change in momentum, making these materials ideal for space propulsion and orbital maneuvering. In addition to their exceptional gravimetric energy density,
Is FlowFilm the elusive Maxwell’s Demon?
FlowFilm is a patent-pending, revolutionary, low-cost film that significantly reduces energy demands for heating, cooling, and lighting. By passively managing thermal and light energy, it lowers reliance on traditional HVAC and lighting systems, leading to substantial energy savings and carbon emission reductions.
How FlowFilm Works
This ultra-thin,
The main concept of the Quantum-Enhanced Hydrogen Plasma Brick is a self-contained unit that splits water into hydrogen and oxygen at ultra-low voltage using quantum dot catalysts, ignites hydrogen in a magnetoplasma thruster for high-Isp propulsion, recovers waste heat in a supercritical CO₂ turbine for gigawatt-scale grid power,
During warm seasons (summer/spring), the main challenge is dissipating excess heat: daytime and nighttime temperatures are higher, the day–night temperature difference is much smaller, and the effective sunlight duration is longer. During cold seasons (autumn/winter), the main challenge is retaining heat: daytime and nighttime temperatures are lower, the day–night temperature difference is much larger,
Heliosync's invention reduces the cost of concentrating solar power (CSP) and improves its efficiency.
In CSP, a multitude of sun-tracking mirrors (heliostats) direct sunlight onto a central receiver at a distance of up to about a kilometer.
Typically, heliostats follow predetermined trajectories in an open loop. In order to reliably hit the receiver, the heliostats then need to be built massively, i.e.,
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