Job Description
As a skilled professional in the field of renewable energy, you will play a key role in advancing our company's vision to deliver sustainable solutions.
Built on a foundation of integrity, quality, and streamlined processes, we are committed to setting the standard for excellence in the industry.
We are seeking an exceptional individual with expertise in PV system modelling, energy yield analysis, and technical support for performance testing.
The successful candidate will collaborate with our electrical design teams to ensure models reflect as-built and proposed designs, review and provide feedback on single line diagrams, layout drawings, and inverter configurations.
You will also be responsible for preparing technical reports and presentations for internal stakeholders and clients, maintaining a library of historical performance data and modelling assumptions for benchmarking, and supporting the improvement of internal modelling templates and testing methodologies.
Required Skills and Qualifications
1. PV System Modelling:
* Develop and optimise PV system models for solar PV systems.
* Generate accurate energy yield reports in line with industry standards and project requirements.
* Analyse PV performance data to validate and calibrate models.
2. Technical Support:
* Support on-site commissioning and performance ratio testing activities.
* Assist in developing testing protocols in line with IEC standards (e.g. IEC 61724, IEC 61829).
* Interpret test results, compare against simulations, and flag underperformance or anomalies.
* Support root cause analysis of system underperformance.
3. Engineering & Design Coordination:
* Collaborate with electrical design teams to ensure models reflect as-built and proposed designs.
* Review and provide feedback on single line diagrams, layout drawings, and inverter configurations.
4. Reporting & Documentation:
* Prepare technical reports and presentations for internal stakeholders and clients.
* Maintain a library of historical performance data and modelling assumptions for benchmarking.
5. Continuous Improvement:
* Stay updated with advancements in PV system performance monitoring, modelling tools, and industry trends.
* Support the improvement of internal modelling templates and testing methodologies.