2023
Sustainable Technology
Our groundbreaking project combines innovative technology and sustainable energy solutions, introducing a floating solar panel system equipped with a smart tracker, cleaning mechanism, and cooling system. This extraordinary combination not only increases the overall efficiency of solar panels but also maximizes power generation, making it a game-changer in the renewable energy sector. 
A multi-rotor wind turbine called the G-VAWT (Gyro Vertical Axis Wind Turbine) was created to support SDG Goal 7, which is concerned with developing affordable and sustainable energy sources. When it comes to controlled power output and consistency, this cutting-edge vertical turbine outperforms conventional wind turbines.
Microbial fuel cells (MFCs) are technologies that turn the chemical energy found in organic materials into electrical energy by using microorganisms. They are under the category of bio-electrochemical systems (BES), which are capable of producing power from a variety of organic wastes, including wastewater, agricultural waste, and even human faeces.
An anode (the electrode where oxidation takes place),
Motivation:
Need for sustainable development requires use of renewable energy and clean fuel for power generation and thermal application. Various resources and technologies including solar PV system, wind, hydro, biomass, etc. are available for renewable energy production. Biomass is one of the renewable sources of energy, abundantly available universally. But,
Green Solar is an approach to building solar panels where only the green light is used for generating electricity, and red & blue light pass through to agriculture below. Plants are green because they do not use the green light.
This project aims to improve the global environmental situation by using renewable energy sources to reduce greenhouse gas emissions. The "Green Spiral" technology efficiently converts fresh KPC manure through anaerobic fermentation, producing high quantities of effective Fermented Organic Biofertilizers and Biomethane rich in microorganisms. These Biofertilizers enhance soil mineral composition and balance,
The Ina Vibe Project is a eco-friendly clean cooking, charging, and lighting solution designed to address the energy poverty that has led to unsustainable and unhealthy cooking and lighting practices in Nigeria. With over 90 million Nigerians lacking access to grid electricity and over 180 million Nigerians lacking access to clean-cooking products,
Today, many cotton crops are dying as a result of poor quality and non-distribution of entomophages by hand for biological control of pests in cotton fields in our country.
We have created special equipment for the distribution of entomophagola. It attaches to a drone or tractor unit. At the same time,
The IoT-based Plant Weaning System is an innovative solution designed to optimize plant care processes, specifically addressing the crucial phase of plant weaning. This system leverages the capabilities of the Internet of Things (IoT) to enhance efficiency, precision, and automation in plant cultivation. By integrating sensor technologies, data analysis algorithms, and automated control mechanisms,
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