Startups selected to the Program

Description

ENERGIOT uses energy harvesting to create self-powered IoT smart devices to monitor and optimize electric grids.

The Problem

Challenges in Predictive Maintenance of Substation Equipment: Substations play a critical role in the distribution and regulation of electricity across the grid. The primary challenge here is the traditional reactive maintenance approach, which often leads to unexpected equipment failures and costly downtime. Substation equipment, such as transformers and circuit breakers, requires continuous monitoring to ensure operational integrity. Detecting issues before they lead to failures is crucial for maintaining uninterrupted power supply and preventing extensive repair costs. Furthermore, as substations age, the risk of component failure increases, highlighting the need for an effective predictive maintenance strategy. Challenges in Dynamic Line Monitoring for Transmission Lines: Transmission lines are the backbone of the power grid, carrying electricity over long distances. One of the major challenges is managing the line capacity to meet fluctuating demand without overloading the system. Traditional static line rating methods do not account for real-time environmental conditions like temperature, wind speed, and solar exposure, which can significantly affect the line's capacity to safely carry current. This often results in underutilization of the infrastructure or, conversely, risks to line safety and longevity due to overheating. Challenges in Bird Detection and Deterrence on Transmission Towers: Bird collisions with transmission towers and lines pose significant problems, including threats to wildlife and potential disruptions to power supply. The high voltage and structure of transmission towers attract birds, making them sites of frequent bird strikes, which can cause outages and damage to both the infrastructure and the bird populations. Effective bird detection and deterrence are necessary to minimize these risks, requiring solutions that can both identify the presence of birds and actively prevent their interaction with the equipment in a humane and environmentally friendly way. These challenges highlight the need for innovative solutions that can enhance the reliability, efficiency, and safety of power grid operations while also considering environmental impacts.

The Solution

At Energiot, we specialize in innovative IoT solutions that transform the efficiency and sustainability of electrical grids worldwide. Our focus is on addressing the critical challenges of energy management through advanced technology in predictive maintenance, dynamic line monitoring, and environmental protection. Predictive Maintenance: We revolutionize substation management by implementing IoT devices that perform continuous monitoring of crucial substation equipment. Our technology predicts potential failures and maintenance needs before they lead to costly downtime, enhancing operational reliability and reducing maintenance expenses. Dynamic Line Monitoring: Our Dynamic Line Rating (DLR) technology leverages real-time environmental and operational data to optimize the capacity of transmission lines. This allows grid operators to maximize throughput and efficiency without compromising safety, effectively responding to changing grid conditions and increasing the integration of renewable energy sources. Bird Detection and Deterrence: Energiot also addresses environmental and safety concerns with our innovative bird detection and deterrent systems. Installed on transmission towers, these devices use AI-driven cameras and non-harmful deterrents to prevent birds from interacting with critical infrastructure, thus safeguarding wildlife and preventing outages caused by bird strikes. Through our solutions, Energiot not only enhances the operational efficiency of power grids but also contributes significantly to their sustainability and reliability. We are committed to delivering technology that meets the demands of modern energy systems, helping utilities navigate the challenges of today and tomorrow.

What makes us different?

Self-Powered IoT Devices: Energiot's IoT devices uniquely leverage patented piezoelectric energy harvesting technology, allowing them to operate autonomously by converting ambient vibrations into electrical energy. This eliminates the need for external power sources or frequent battery replacements, enhancing sustainability and reducing maintenance demands. Advanced Predictive Maintenance: Unlike traditional reactive maintenance methods, Energiot employs sophisticated AI and machine learning algorithms to predict equipment failures before they occur. This proactive approach minimizes downtime, extends the lifespan of grid components, and drastically reduces operational costs. Seamless Integration with Existing Systems: Energiot’s solutions are designed for easy integration with existing grid management systems, ensuring that implementation is smooth and does not disrupt ongoing operations. This ease of integration is crucial for utilities looking to upgrade their systems with minimal operational impact. Scalability and Cost-Effectiveness: The lightweight and cost-effective design of Energiot’s devices makes them scalable across extensive power grids. This scalability is vital for utilities that need to deploy monitoring solutions widely without incurring prohibitive costs.