Energy, Power & Propulsion
The Universal Power Core (UPC) is a conceptual modular energy management platform designed to provide a standardized architecture for integrating, monitoring, distributing, and controlling electrical power across a wide variety of mobile, industrial, research, and emergency-response systems. Rather than serving as a single battery or power source,
Electric utility companies in developing regions lose millions of dollars due to unplanned power outages. Particularly, in Honduras only, energy losses reach 38%, which are among the highest in Central America, with unscheduled outages accounting for nearly 30% of the total offline time. Currently, in Honduras and neighboring regions the outages are addressed in a reactive manner,
Conventional Electric Vehicles (EVs) rely entirely on stationary grid charging, leaving drivers vulnerable to range anxiety, phantom battery drain while parked and an insufficient charging station-to-EV ratio, especially in many emerging and developing countries (ratio of 1:10 is recommended by IEA). Current Vehicle-Integrated Photovoltaics (VIPV) rely on rigid, heavy silicon panels. These components ruin vehicle aerodynamics,
The project relates to ecologically friendly power engineering which has been a trend based on renewable energy resources. The efficient and reliable technologies of electricity production through marine wave resources utilisation are of particular perspective and cost effective since sea waves exhibit the highest specific power among renewables.
This entry presents a Towed DC Electrical System (TDES) that enables fully electrified agricultural machinery to achieve zero on-site emissions and virtually unlimited operating duration. Traditional diesel machinery emits large amounts of CO₂, while battery-electric and hybrid solutions suffer from limited range, long charging times, or residual emissions.
The Smart Hybrid Solar Dryer is an eco-friendly and energy-efficient food drying system designed to reduce post-harvest losses while improving the quality and shelf life of agricultural produce. Every year, a significant percentage of fruits, vegetables, spices, herbs, grains, and other crops are lost due to improper drying methods.
DIVVCRN-Air is a distributed energy sharing architecture that enables autonomous drone swarms to cooperatively prevent battery related losses by intelligently redistributing electrical energy among drones. Unlike conventional drone operations, where each aircraft functions as an isolated energy system and must immediately return to base or perform an emergency landing when its battery becomes critically low,
The first thought was to build a solar power battery bank with higher storage capacity. The experimentation led to the development of a device that uses mirrors and silicon solar panels to create a more stable solar power storage system. The SPS is combination of two parts,
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