Tim Ding

1. Conducting design reviews (as Owner’s Engineer) and performing due diligence on the complete electrical system for wind farms, solar projects, and battery energy storage systems in renewable energy projects. 2. Communicating critical information regarding local grid connection conditions to project team members. 3. Ensuring electrical designs comply with the national grid code (TPC) and relevant IEC/IEEE/National standards. 4. Engaging with the transmission system operator, Taipower, to understand their requirements and negotiate optimal technical and commercial solutions. 5. Managing cold and hot commissioning processes, grid connection applications, and substation energization for renewable energy projects, including on-site monitoring and overseeing the COD process. This includes confirming the assembly and coordination of electromechanical, electrical, protection, monitoring, and system equipment, and developing comprehensive test plans. 6. Leading the technical design, assessment, and review of supplier proposals for onshore substations (ONS). 7. Reviewing the technical design of the overall wind farm system, including HV, LV systems, studies, protection schemes, and SCADA integration. 8. Developing technical specifications for onshore substations for conceptual design purposes.

1. Conducting design reviews (as Owner’s Engineer) and performing due diligence on the complete electrical system for wind farms, solar projects, and battery energy storage systems in renewable energy projects. 2. Communicating critical information regarding local grid connection conditions to project team members. 3. Ensuring electrical designs comply with the national grid code (TPC) and relevant IEC/IEEE/National standards. 4. Engaging with the transmission system operator, Taipower, to understand their requirements and negotiate optimal technical and commercial solutions. 5. Managing cold and hot commissioning processes, grid connection applications, and substation energization for renewable energy projects, including on-site monitoring and overseeing the COD process. This includes confirming the assembly and coordination of electromechanical, electrical, protection, monitoring, and system equipment, and developing comprehensive test plans.

1. Cold and hot commissioning of GIS, Transformer (TR), VSR, HF, and RCP systems, including grid connection applications and substation energization processes. This involves confirming the complete assembly and integration of electromechanical, electrical, protection, monitoring, and associated system equipment, while developing the corresponding test plans. 2. Prepare detailed test records and reports. 3. Develop standard commissioning procedures for equipment and system testing. 4. Execute and complete test procedures, adhering to test methods, standards, static checklists, and equipment functional test record sheets. 5. Develop the commissioning schedule, outlining the necessary conditions and preparatory work. 6. Assist in managing the grid connection/substation application process and the electrical business license application process. 7. Oversee the construction supervision of renewable energy solar power plants, including the execution of projects such as the Formosa 2 Offshore Wind Farm (Formosa II) and the SYUEJIA Solar Project (Marubeni Group).

1. Execute project bidding, labor services, and property procurement processes for public works. 2. Draft specifications for engineering, labor, and property procurement related to public works. 3. Assist in the project management of school building renovation projects. 4. Develop and coordinate the repair schedules for school buildings, including repair assessments and preparatory work. Executed Projects: Project management for the improvement of school practice workshop environments and facilities, including room renovation, electrical system upgrades, and ventilation system enhancements.

1. Execute power engineering substation turnkey project planning and provide technical services for line replacements and inspections. 2. Implement planning and design for 69/161/230kV GIS systems, including heavy electrical equipment, power cable routing, protection relays, and instrumentation control systems. 3. Coordinate GIS interface management for power engineering substations. 4. Develop procurement specifications and bill of materials (BOM) for GIS heavy electrical equipment, including power cables, protection relays, and instrumentation control systems. Executed Projects: Petrochemical facilities, rapid transit systems, railway electrification, sewage treatment systems, offshore wind power substations, solar power substations, and government public works projects.

1. Develop DDC (Direct Digital Control) automatic control system documentation. 2. Manage the trial acceptance schedule, conditions, and preparatory work for the central air-conditioning energy-saving monitoring system. 3. Execute and finalize trial procedures and complete the equipment functional test record sheets. Executed Project Target: Large hospital operators.

Bachelor Degree