Modeling, simulation, and grid connection compliance for Battery Energy Storage Systems (BESS) across various domains.
Responsibilities
- Modeling of Battery Energy Storage Systems; these models will be used to perform steady state, dynamic, transient and frequency domain simulations.
- Perform Steady State simulations to evaluate compliance to requirements related to: Short Circuit, PQ capability, Voltage limits, overloading of equipment, other simulations in the steady state domain.
- Perform Dynamic simulations (RMS) to evaluate compliance to requirements such as FRT, voltage stability, frequency stability, other simulations in the dynamic domain.
- Perform Transient simulations (EMT) to evaluate compliance to requirements such as FRT, voltage stability, frequency stability, other simulations in the transient domain.
- Perform Power Quality studies to evaluate compliance to requirements such as harmonic, flicker and voltage change.
- Simulate and evaluate grid behaviour of the connected BESS using power systems analysis software with emphasis on full system integration, control and model validation.
- Preparing and reviewing engineering deliverables including complex reports and presentations.
- Working with stakeholders (internal, customer, consultant, regulatory etc.) to ensure grid connections are achieved end-to-end in a timely manner, including attending meetings and providing progress reports.
- Support modelling requirements and activities for customer’s BESS projects across the globe.
Requirements
- Experience in review of grid connection compliance design.
- Bachelor’s Degree or Master’s Degree in electrical engineering with emphasis on power systems or renewable energy systems and/or 4-6 years of work experience.
- Proficient in power system analysis and control simulation tools (e.g., PowerFactory, PSCAD/EMTDC, PSS®E), including automating using python scripting.
- Experience & ability to work in a high pressure environment.
Skills: power systems, simulations, battery