Muhammad Ikhsan Kusrachmansyah Email & Phone Number

• Proficient in:
• Site Survey & Design: Evaluating potential solar installation sites, crafting detailed preliminary designs for on-grid, off-grid, and hybrid systems.
• Technical Precision: Utilizing AutoCAD for schematic diagrams, ensuring designs adhere to industry standards and client RFPs.
• Optimized Systemization: Crafting precise Bills of Material, leveraging PVSyst for meticulous energy yield simulations.
• Strengthening Client Relations: Streamlining solar benefits and guiding sustainable energy choices while maintaining ongoing collaboration with developers for recurring orders🏆 2023 Achievement: Key contributor to.

Bandung, Jawa Barat, Indonesia

Accomplished in the intricate modeling, simulation, evaluation, and development of solutions for diverse electrical power system ventures, including:1. Paiton-Grati-Bali Subsystem Advanced Defense Scheme Study (PLN P2B, 2021) 2. PLTGU Cilegon Battery Energy Storage System Start-Up (PLN, 2022)3. Single Line Diagram Sorong Papua (PLN, 2022)4. Study of.

Since 2018, I have actively engaged in tutoring senior high school students to excel in both national and international olympiads. My involvement spans over 40 projects, collaborating with esteemed educational institutions such as TPOA (Puspernas), belajarolimpiade.com, Eduversal, and Science Go Olympiad, among others. A collection of informative videos.

Supervised high voltage engineering experiments held in High Voltage Laboratory, namely: High Voltage DC Generation, High Voltage Impulse Generation, Voltage Distribution on Suspension Insulator, Breakdown Voltage on Gas, and Partial Discharge.

Supervised protection system analysis experiments held in High Current Laboratory, namely: Transmission System Study in ATP-EMTP, Protection on 3-Phase Distribution System, Overcurrent Relay Protection, Distance Relay Protection

Supervised power electronic experiments held in Energy Conversion Laboratory, namely: Static Switch, AC-DC Converters, DC-DC Converters, and Inverter

Supervised power system analysis experiments held in Power System and Electric Network Dynamic Laboratory, namely: Introduction to DIgSILENT Power Factory, Load Flow and Contingency Analysis, Short Circuit Analysis and Protection Coordination, Motor Starting Analysis, Transient Stability Analysis, and System Design Project

Gombong, Central Java, Indonesia

Enhanced and upheld the reliability of the electrical distribution system through a range of technical initiatives. These encompassed regular inspections utilizing tools like binoculars and infrared thermo-vision cameras, organized maintenance of the electrical network, diligent oversight of overhead line Right of Way, and effectively addressing customer.

Bachelor'S Degree, Electrical Power Engineering, 3.83/4.00

Final Project: Coordination Protection System Design for inverter-based Microgrids (Using DIgSILENT Power Factory)

A

Mathematics and Natural Science

Education record