Sustainable Technologies/Future Energy
Analysis of Farm Data
Mapping of farms, acreage, yield with GPS-enabled sensors which would be used to receive data for the different stages of crop development during the entire growth cycle.
Identification of necessary inputs via AI-enabled platform
Using available literature,
Our solar technology (a Distributed Generation) is gaining traction in the United States, and I believe it’s a worthy entry. We truly have a credible value proposition, and it’s an easy, efficient, and simple process to combine Solar FUSION™ during an LED Lighting upgrade. In fact,
The world population continues to grow steadily. In 2050, the United Nations expects the world population to reach 9.7 billion people. Therefore, achieving global food security is necessary. In today’s world, fish and meat consumption is still of enormous importance.
This device captures ALL power sources: Solar, fuel, wind, water motion, etc. adapting humanity to ANY energy.
Many MANY pistons in a closed-system provide the TIME to heat and cool the pistons for power generation from heat. Converting to non-heat power sources (wind &
A CAWT (Figures 1 & 2) incorporates an innovative wind turbine rotor with a maximum power coefficient (Cp) of 0.88. This value is based on 3D computational fluid dynamics (CFD) studies confirmed by an independent CFD-simulation services company. This exceptional aerodynamic performance is achieved by using closely-spaced,
Keyed BricksTM require no fasteners, no cement or no training. Keyed Bricks are a high-tech shell filled with low-tech recycled plastic waste that increases its strength. It is engineered for a decentralized manufacturing process using local resources.
High-performance Novel-morphology Al/PDMS TENG for High-sensitivity Force-sensor and Self-powered Application
Triboelectric nanogenerators (TENGs) are widely applied to the self-powered devices and force sensors. TENGs consists of the electrode-layer frequently made of high-cost conductors (Ag, Au, ITO) and the tribo-layer of rigid negative-triboelectricity fluoropolymers (PTFE, FEP). The surface morpholoy is studied for enhancing performance.
Patent No. US 7,843,099 B2
For installations where flows are regulated, the Hollow Hydroelectric Generator™ provides a more efficient and compact means for generating electricity than do other designs. The Hollow Hydroelectric Generator™ itself is an extension of the previously introduced Hollow Turbine,
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