B-1-(i)Appendix 1 - HSV-2024-043-CA01 Condition assessment - Factorydale
4 passages
Remote Monitoring Capabilities: Begin upgrading systems to include remote monitoring capabilities, particularly for key components like the governor and hydraulic systems. This may involve installing new sensors and integrating them with a...
AI summary The text recommends upgrading systems with remote monitoring for key components like governors and hydraulic systems, involving sensors and central platforms to enable real-time analysis and improve plant management efficiency.
Modernization of Control Systems: Plan and execute the modernization of the plant's control systems, focusing on upgrading to stateof-the-art digital control technology. Ensure integration with predictive maintenance tools and advanced mon...
AI summary The document outlines plans to modernize plant control systems using digital technology, integrating predictive maintenance and advanced monitoring to enhance asset longevity and operational efficiency.
Upgrade Control and Automation Systems: Following the turbine replacement, upgrade the control systems to include modern digital controls, remote monitoring, and automated safety shutdowns. Integrate these systems with the new turbine for...
AI summary The document outlines the necessity to upgrade control systems following turbine replacement, emphasizing modern digital controls, remote monitoring, and automated safety shutdowns. It highlights that the current system, installed in 2020 and tested in 2023, is outdated and lacks remote control capabilities, which could compromise operational efficiency, safety, and reliability.
RISK ASSESSMENT Risk Number System Component Risk Scenario Description Likelihood (1-5) Impact (1- 5) Risk Level (Likelihood x Impact) Mitigation Measures Installation of overload protection relays and alarms to Continuous monitoring of lo...
AI summary The document presents a risk assessment table with various mitigation measures for potential system risks, including installation of overload protection relays, monitoring of load conditions, and use of high-quality materials. It focuses on preventive and corrective actions to manage risks related to equipment failure and system reliability.
B-1-(iii)Appendix 3 - HSV-2024-043-SREP02 Feasibility Study
6 passages
2.3 Proposed Equipment The project aims to fully upgrade all electromechanical systems, including the turbine, generator, balance of plant (BOP), transformer, and all associated systems at the Factorydale hydroelectric plant, increasing it...
AI summary The project proposes upgrading the Factorydale hydroelectric plant's electromechanical systems to increase capacity from 416 kW to 650-750 kW. Upgrades include new control systems, advanced condition-monitoring with machine learning for predictive maintenance, and modernization of components like turbines, generators, and transformers.
2.3.7 SCADA, Control, Automatization, Protection and Measurement The proposed Factorydale hydropower project involves upgrading the existing SCADA, Control, Automation, Protection, and Measurement systems. The upgrade will include a comple...
AI summary The Factorydale hydropower project proposes upgrading SCADA, control, automation, protection, and measurement systems. Key upgrades include PLC-based panel replacement, remote communication, machine learning for predictive maintenance, multifunctional relays, advanced power quality meters, redundant SCADA infrastructure, and compliance with IEC standards to enhance operational efficiency, reliability, and safety.
4.1 Grid Modernization - Improving the utilization and efficiency of existing assets. The project modernizes a hydropower facility, enhancing the efficiency of existing infrastructure. Upgrades to the turbine, generator, and draft tube opt...
AI summary The project modernizes a hydropower facility to enhance efficiency, improve system reliability through advanced monitoring, and increase renewable energy integration. Upgrades include turbine and generator improvements, SCADA systems, and real-time monitoring to reduce losses, ensure reliability, and support decarbonization goals.
• Affordability - o Upgraded turbine and generator systems increase energy efficiency, reducing operational costs and ensuring stable, competitive electricity rates. By extending the plant's operational life by 50 years, the project minimi...
AI summary Upgraded turbine and generator systems enhance energy efficiency, reducing operational costs and ensuring stable electricity rates. The 50-year operational life extension minimizes long-term capital expenditures. AMI upgrades enable affordable renewable energy access during periods of excess production from wind, solar, and hydro facilities.
• Improved Reliability and Resiliency o Modern controls, SCADA integration, and advanced protection systems enhance operational reliability, reducing the risk of outages. Real-time monitoring enables proactive maintenance, ensuring uninter...
AI summary Modern controls, SCADA integration, and advanced protection systems enhance grid reliability and resiliency by reducing outage risks, enabling proactive maintenance, and improving stability. Substation upgrades support renewable energy integration and load redirection, strengthening grid capacity.
5.1 Grid Modernization - Improving the utilization and efficiency of existing assets. - o Turbine-Generator Efficiency: Increase from 60% to 90% using hydropower efficiency tests (power output vs. hydraulic input). - o Unplanned Downtime R...
AI summary The Grid Modernization section outlines initiatives to improve asset efficiency (e.g., increasing turbine-generator efficiency from 60% to 90%), enhance grid reliability (e.g., reducing SAIDI by 30%), and boost renewable integration (e.g., achieving >55% renewable penetration). Metrics include SCADA/AMI analytics, PPA data, and generation reports.