Project Experience

Fuel Management System Phase 2 (2020 - 2022)

Building on the success of the initial phase, Phase 2 of the project aimed to design and develop a comprehensive coal management web-based application for Jimah Power Plant. The extended scope covered coal handling from quality assessment, stock monitoring, and consumption tracking to advanced features such as stock planning and heat rate estimation. The project spanned four years, incorporating multiple modules for data entry, calculations, processing, and data visualization.

• Coal Quality Management
• Coal Stock Planning
  
• Heat Rate Estimation
  

• Extended Data Visualization
• Consumption Tracking & Analysis
• User Training & Support
  

Fuel Management System Phase 1 (2018 - 2020)

The project aimed to develop a comprehensive web-based fuel management system for Jimah Power Plant, covering both coal and diesel. The system comprised several modules to streamline various aspects of fuel management, including demurrage and dispatch of coal from vessels, coal quality and management comparison, coal shipping and invoicing, coal stock management, coal consumption and forecasting, and diesel consumption and forecasting.

• Demurrage and Dispatch
• Coal Quality & Management Comparison
  
• Coal Shipping and Invoicing
  

• Coal Stock Management
• Coal Consumption & Forecasting
• Diesel Consumption & Forecasting
  

Jimah Malaysia

Computerized Billing System (2017)

The project focused on the development of a web-based application for the generation billing system tailored to the Power Purchase Agreement (PPA) requirements at Jimah Power Plant. The application aimed to automate and streamline the generation of invoices for various components, including Availability Capacity Payment, Daily Utilization Payment, and Energy Payment, ensuring accuracy and efficiency in the billing process.

• PPA Compliance
• User Friendly Interface
  

• Automated Invoice Generation
• Validation & Testing
  

Jimah Malaysia

PI System Virtualization (2016)

The project focused on upgrading and virtualizing the existing PI (Plant Information) System at Jimah Power Plant. The primary goals were to enhance system performance, introduce high availability, and establish fault-tolerant support. Virtualization aimed to optimize resource utilization and provide scalability, ensuring the PI System's resilience to faults and downtime.

• System Upgrade
• Virtualization implementation
  

• High Availability Configuration
• Fault-tolerant Support
  

Jimah Malaysia

PI System Support & Maintenance (2014 - 2016)

The project focused on providing ongoing support and maintenance for the PI (Plant Information) System at Jimah Power Plant. The PI System, an integral part of the plant's infrastructure, is essential for data management, analysis, and reporting. The project aimed to ensure the system's reliability, availability, and optimal performance to support continuous plant operations.

• Health Checks and Monitoring
• Troubleshooting and Issue Resolution
  

• Routine Maintenance
• User Support
  

Jimah Malaysia

SCADA & PLC (2014)

The project aimed to implement a comprehensive performance monitoring system for boiler tubes at Jimah Power Plant. This involved the integration of temperature sensors, vibration sensors, and strain gauges with high-scanning data loggers into Programmable Logic Controllers (PLC) and SCADA (Supervisory Control and Data Acquisition) systems. The objective was to enhance real-time monitoring, data collection, and analysis for improved boiler tube performance.

• Sensor Integration
• Data Logger Implementation
  

• Automated Invoice Generation
• Validation & Testing
  

Jimah Malaysia

PI Server Operating System Upgrade (2013)

The project aimed to upgrade the PI (Plant Information) Server's Microsoft Windows Server from 32 bits to 64 bits for Jimah Power Plant. This comprehensive upgrade involved the re-installation of the operating system, PI Server, and various associated modules running on the server. Modules such as Webpart, PI-AF (Asset Framework), PI-ACE (Advanced Computing Engine), and the Notification system were included in the upgrade process.

• Operating System Upgrade
• PI Server Upgrade
  

• Module Re-Installation
• Testing & Validation
  

Tanjung Bin T4

PI System Support & Maintenance (2020 - 2022)

The project focused on providing ongoing support and maintenance for the PI (Plant Information) System at Tanjung Bin Energy (Terminal 4) Power Plant. The PI System, being a critical element of the plant's infrastructure, required continuous attention to ensure its reliability, availability, and optimal performance for efficient data management, analysis, and reporting.

• Health Checks and Monitoring
• Troubleshooting and Issue Resolution
  

• Routine Maintenance
• User Support
  

Tanjung Bin

PI System Virtualization (2018)

The project focused on upgrading and virtualizing the existing PI (Plant Information) System at Tanjung Bin Power Plant. The primary objectives were to enhance system performance, introduce high availability, and establish fault-tolerant support. The virtualization aimed to optimize resource utilization, provide scalability, and ensure the PI System's resilience to faults and downtime.

• System Upgrade
• Virtualization implementation
  

• High Availability Configuration
• Fault-tolerant Support
  

Tanjung Bin, Malaysia

Kuala Langat

PI System Support & Maintenance (2018 - 2020)

The project focused on providing ongoing support and maintenance for the PI (Plant Information) System at Kuala Langat Power Plant. The PI System, being a crucial component of the plant's infrastructure, required continuous attention to ensure its reliability, availability, and optimal performance for efficient data management, analysis, and reporting.

• Health Checks and Monitoring
• Troubleshooting and Issue Resolution
  

• Routine Maintenance
• User Support
  

AES Masinloc,

Philippine

TNB, Malaysia

PGB - CUF, Malaysia