Fault Passage Indicators (FPIs) are devices used in distribution networks to detect where faults occur. These devices are typically attached to overhead lines to measure if a fault has occurred in the downstream direction. FPIs are generally classified into two types: non-communicable and communicable devices. Non-communicable FPIs do not support external communication and will only provide an on-site physical alarm by blinking a red light. Communicable FPIs, on the other hand, can provide an on-site physical alarm and also send a message to a SCADA system. However, the message sent is typically limited to notifying the SCADA system that a fault has occurred between FPI devices, without providing detailed information on the fault’s location or type.
In contrast, Safegrid’s Intelligent Grid System™ (IGS) takes FPI devices to the next level by using modern IoT sensors and cloud system technology. The IGS system’s sensors sends data on grid events and measurements to the cloud, where powerful analytical tools are used to continuously monitor and analyze the grid’s performance and condition. The IGS system can accurately locate faults to within 100 meters (330ft) and identify the exact fault type, such as an earth fault or short circuit.
Safegrid’s (IGS) is fundamentally different compared to conventional FPIs:
Advanced sensing technology provides accuracy
Safegrid’s IGS uses advanced sensing technology, microprocessor-based sensors, to provide more accurate and reliable fault detection.
Smart grid integration
Safegrid’s IGS provides real-time monitoring and control of the power system. This information can be used to improve the efficiency and reliability of the grid and reduce the environmental impact of the energy system.
Real-time monitoring of the power system
Safegrid’s IGS provides real-time monitoring of the power system. This information can be used to quickly isolate faults and reduce the downtime and damage caused by faults.
Advanced data analytics
Safegrid’s IGS uses advanced data analytics to provide utilities with real-time data on the performance of their power system. This information can be used to identify trends and patterns in energy usage, improve energy efficiency, and reduce the risk of power outages.
Overall, Safegrid’s IGS offers advanced features and improved performance compared to conventional FPIs, enabling utilities to more effectively monitor and control their power systems and improve the reliability and efficiency of the grid.
What are the benefits of Safegrid's IGS in comparison with traditional FPI's?
Safegrid’s IGS provides several benefits compared to traditional Fault Passage Indicators (FPIs):
- Improved reliability
Safegrid’s IGS provides real-time monitoring and control of the power system, enabling utilities to quickly isolate faults and reduce the downtime and damage caused by faults. This helps to improve the reliability of the power system. - Increased revenue
By improving the reliability and efficiency of the power system, utilities can reduce costs, increase revenue, and improve the overall performance of the grid. - Advanced data analytics
Safegrid’s IGS uses advanced data analytics to provide utilities with real-time data on the performance of their power system. This information can be used to identify trends and patterns in energy usage, improve energy efficiency, and reduce the risk of power outages.
Safegrid’s IGS offers a more comprehensive and sophisticated solution compared to traditional FPIs, enabling utilities to better monitor and control their power systems and improve the overall performance of the grid.
Utilities can monetize the benefits of Safegrid's Intelligent Grid System™
Improved reliability
By improving the reliability of the power system, utilities can reduce downtime and damage caused by faults, lower maintenance costs, and increase customer satisfaction. This can result in increased revenue from customers and improved financial performance for the utility.
Advanced data analytics
By using advanced data analytics to better understand the performance of the power system, utilities can identify trends and patterns in energy usage, improve energy efficiency, reduce the risk of power outages, and optimize their energy management strategies. This can result in increased revenue from customers and improved financial performance for the utility.
Enhanced safety
By incorporating additional safety features, utilities can reduce the risk of damage to equipment and personnel, lower insurance costs, and improve customer and employee safety. This can result in increased revenue from customers and improved financial performance for the utility.
Increased revenue
By improving the overall performance of the grid, utilities can increase their revenue from customers and improve their financial performance.
Overall, there are several ways for utilities to monetize the benefits of Safegrid’s IGS, including increased revenue from customers, improved financial performance, reduced costs, and improved customer and employee safety.