Energy, Power & Propulsion
For the Light is a dual-purpose system designed to improve energy access and enhance disaster response in vulnerable coastal communities. It combines a solar-powered lighting unit with a GSM-GPS-enabled emergency alert device, offering both daily utility and life-saving functionality. The design addresses two critical problems: (1) lack of reliable electricity in remote areas,
In modern power plants, machinery operates under high stress and extreme conditions, making fault detection a critical component for maintaining efficiency and safety. This project introduces an AI-based fault detection system tailored specifically for power generation units such as turbines, motors, and boiler feed pumps.
Our initiative, the Thermoelectric-Based (Vaccine) Storage System, aims to deliver a dependable and portable solution for preserving the ideal storage temperature necessary for vaccines through the use of a Peltier module, an Arduino microcontroller, and a rechargeable battery.
Hydrogen Generation by DC/ Pulsed Electrolysis with Smart Materials Enhanced by Magnetic Field.
N. Kukhtarev, T.Kukhtareva, 2247 Fargo St. Los Angeles
There is worldwide need for environmental-friendly affordable sources of energy. Hydrogen is attractive candidate for an energy source that can be produced by electrolysis of water.
Modern portable devices such as computers, monitors, come with power adapters that work between 100V and 240V, 50Hz or 60Hz. However,
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.
Project: "OptoVEE"
The Design and Engineering of a more efficient configuration for solar panel installations.
Project Overview
The Project proposes to utilize a "V" configuration mounting system to attach solar panels. By implementing reflective panels on both sides of the "V", in conjunction with each solar panel,
This is a concept to use a material like salt which responds slowly to changes of temperature, to provide a house with the summer’s heat in the winter, and winter’s cooling in the summer.
Shown is a horizontal heat sink (salt, concrete, etc.
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,
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