Project Overview
TectoPower is a comprehensive solution to the global earthquake crisis.
Earthquakes are a powerful natural force that can release enormous amounts of energy, strike
without warning, destroy cities, and cause significant loss of life.
Our project aims to address three major challenges associated with earthquakes: prediction,
energy utilization, and structural protection.
First, we developed an AI-powered earthquake prediction model trained on data collected from
thousands of sensors that have recorded seismic activity from previous earthquakes. We also
incorporated additional factors, including the potential relationship between earthquake
activity and lunar movements, as well as low-frequency seismic waves and other signals that
may occur before an earthquake. By analyzing these patterns, the model can estimate the
probability of future earthquake activity at different levels of likelihood.
Second, we developed a prototype capable of generating electrical energy from earthquake
vibrations, based on Faraday’s law of electromagnetic induction. The concept aims to
transform part of the mechanical energy produced by seismic movement into usable electrical
energy.
Finally, to reduce the destructive impact of earthquakes on buildings, we drew inspiration from
Japanese earthquake-resistant engineering techniques. Our design incorporates spring-based
isolation systems beneath buildings, allowing the structure to absorb and reduce seismic
vibrations, helping protect buildings from severe structural damage or collapse.
Through these three integrated solutions, TectoPower aims to transform earthquakes from an
unpredictable and destructive threat into a phenomenon that can be better predicted, partially
utilized as an energy source, and mitigated through innovative structural protection.
Core Innovations
- AI Model: It works to predict earthquakes more than six hours before they occur.
- Electricity from Earthquakes: The ability to convert a large amount of earthquake energy into electrical energy.
The AI Architecture
Take a glimpse into the AI model powering our predictions. The model analyzes complex seismic datasets to forecast potential threats accurately. You can download the core prediction model source code below.
Results
Tests conducted in a virtual environment have demonstrated Tecto-Power's high capability for earthquake prediction and its high efficiency in converting earthquake-generated energy into electrical energy.
Global Competitions & Recognitions
TectoPower has been presented and recognized at several prestigious global stages:
IEEE IC-ESI Competition
Top 6 FinalistsWe are incredibly proud to have qualified among the Top 6 exceptional projects in the prestigious IEEE competition, showcasing our commitment to engineering and innovation.
