Lead Power Electronics Engineer

The Lead Power Electronics Engineer will be directly involved in the product development engineering of utility scale energy storage solutions, including:

• Overseeing and driving technical qualification and advancements of PCS for Fluence products

• Identify non-compliances and lead improvement activities

• Determine detailed technical requirements for power electronic converters

• Verify inverter functionality and performance characteristics by testing at Fluence’s own and/or supplier test facilities

• Develop deep understanding of PCS technology, operation, lifecycle aspects and provide guidance to more junior staff and various functions within the company, from Sales to Commissioning and Services

• Depending on assigned programs, work with various functions in the company to elaborate technical specifications and verification methods for future power conversion systems

• Work with major power converter system suppliers on modifications or improvements to their products to ensure optimal integration with Fluence system design

• Together with test engineers, develop tests, optimize standard test procedures and perform product testing, including involvement in hands on lab testing during evaluations of prototype systems

• Analyze operational and test data to troubleshoot and resolve system problems

• Work with field engineers for rapid solutions to problems as they arise

• Write technical specifications for equipment procurement and/or technical annexes to contract documents

• Maintain Fluence internal PCS database and provide relevant documentation to internal stakeholders to allow for standardized offering and deployment of Fluence products comprising inverters

What will our ideal candidate bring to Fluence?

Here at Fluence, we strive to continuously improve, be intellectually curious and be adaptive to our customers and employee’s needs. Collaboration is key, both in our partnerships with our customers, and with each other. Fluence prioritizes the most critical efforts that allow for the greatest impact.

• The ideal candidate will have a minimum of an undergraduate degree and 6-12 years of work experience in development of power conversion systems for grid applications

• Familiarity with DC/AC and DC/DC converter operation; experience with PCS HW and SW design and application

• Knowledge of related safety and test standards, such as UL, IEC, ISO standards; knowledge of utility grid interconnection standards and regional grid codes

• Familiarity with utility scale systems design, control, and monitoring

• Familiarity with grid-forming operating modes and applications is a plus

• Knowledge of or history working with major component suppliers in the solar or battery storage industry, such as inverters, PV panels, or lithium-ion batteries

• Excellent English verbal and writing skills; German language skills is a plus

• Willing and able to travel, domestically and internationally, approximately 20% of the time