Energy, Power & Propulsion
This project relies on the desalination of Storm water drainage and Seawater by solar energy & inside power generation: Only require Five minutes power by (solar energy) to start the operation this device after that distribution this power from inside this device it will be automatically work without outside energy by Absorption Energy Self (Inside Round energy),
The Openiano Gas Turbine introduces a paradigm shift in energy technology with multiple unprecedented game changing advantages not available in conventional gas turbines:
Revolutionary Fuel Efficiency: Offers as much as 80% improvement in fuel efficiency, drastically reducing energy consumption and operational costs.
Environmental Breakthrough: Emits 50% less CO₂, under 2 ppm NOx (compared to 15 ppm in others),
Problem Solved: Current desalination technologies recover only 60% potable water from seawater, while 40% concentrated brine loaded with pollutants is discharged back to marine environments, killing underwater vegetation and fauna. These toxic discharges create dead zones persisting for decades. Additionally, conventional methods consume massive energy and produce waste,
VoidBrick™ is a passive thermal building material that reduces indoor energy demand by minimizing reliance on HVAC systems in temperature-stressed environments. Engineered from agricultural and industrial waste and bonded with TPoxy™—a proprietary nanotechnology-based binder under IP filing by Doctor T Co., Ltd.—VoidBrick™ delivers energy savings through its structure, surface properties, and deployment adaptability.
With the increasing reliance on battery-powered systems in renewable energy and portable electronics, there is a growing need for real-time monitoring to ensure performance, safety, and reliability. The Real-Time Battery Monitoring System using an OLED display is a compact,
In response to the global demand for clean and efficient transportation infrastructure, our project introduces an innovative solar-powered wireless charging station for electric vehicles (EVs). This smart system integrates inductive charging, renewable energy utilization, and secure access control through RFID and keypad authentication, eliminating the need for physical connectors and reducing dependence on the electrical grid.
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,
Our idea is to develop a multi-layered filtration membrane for purifying, deodorizing, decolorizing, disinfecting the grey water. Administrate UV treatment for photocatalytic degradation and deactivation of hazardous chemicals of the grey water.
The grey water first passes through the polyolefin membrane, then the multi layered membrane that consists of the polyethylene terephthalate (PET), chitosan, polyurethane cyclodextrin.
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.
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