Energy, Power & Propulsion
Plastic waste and non-renewable energy production represent two of the most pressing global challenges. This project introduces P2E (Plastic-to-Electricity), a novel system that utilizes plastic-fed microbial fuel cells (P-MFCs) to simultaneously degrade plastic waste and generate carbon-neutral electrical energy.
Unlike conventional waste-to-energy technologies that rely on high-temperature thermochemical processes,
The SATOK low-speed electric generator addresses a fundamental limitation of conventional power generation: the need for high rotational speeds and complex mechanical transmissions (gearboxes, multipliers) to produce electricity efficiently. This requirement increases system complexity, cost, energy losses, and maintenance, especially in renewable and distributed energy systems.
SATOK introduces a different approach.
TECHNOLOGY OVERVIEW
Micro-Combustion creates a 10-12% improvement in fuel efficiency by utilizing lost energy from engine exhaust gasses i.e. Waste Heat Recovery. Cavitation Ignition Bubble Combustion Technology, AKA Micro-Combustion, utilizes implosion combustion of millions of microscopic cavitation bubbles to overcome friction with highly efficient homogeneous charge compression ignition. Our fluid coupled,
Greetings to all!
With the current situations in energy markets due to conflicts the basic energy infrastructure is under stress for many countries specially India and china, the both countries have good coal deposits and have good solar irradiance to make a "Solar Powered Coal Gasifier " to mitigate dependency of oil and gas from imports.
Sunrise HyperEdge is an advanced Artificial Intelligence of Things (AIoT) platform designed to transform how energy and infrastructure systems are managed in emerging economies. Built to address the urgent challenges of climate change, energy inefficiency, and fragmented infrastructure, HyperEdge integrates real-time data intelligence, smart energy systems, and autonomous monitoring into a unified, scalable solution.
SkyVolt is a compact, off-grid renewable energy system designed to generate continuous electricity using solar thermal storage and thermoelectric conversion. Unlike conventional solar photovoltaic (PV) systems that operate only during daylight, SkyVolt combines concentrated solar heating, phase-change thermal storage, and thermoelectric generators (TEGs) to produce power both day and night.
During the day,
Page 2 of 2