Remote Wind Energy Analyst

Das ist der Job

The role requires strong quantitative skills and a deep understanding of wind energy technologies and economics.

Darum lohnt es sich

About the Role Our client is seeking a highly analytical Remote Wind Energy Analyst to join their forward-thinking team.

Key Responsibilities • Analyze wind resource data to assess site potential and optimize turbine placement. • Develop and utilize wind energy production models to forecast output and financial returns. • Evaluate the performance of existing wind farms and identify opportunities for improvement. • Conduct market analysis related to energy prices, policy incentives, and competitive landscapes. • Prepare detailed reports and presentations for internal teams and external stakeholders, translating complex data into clear insights. • Collaborate virtually with engineering, development, and finance teams to support project lifecycle.

Benefits • Competitive salary and performance-based bonuses. • Fully remote work arrangement providing excellent work-life balance and flexibility. • Comprehensive health, dental, and vision insurance. • Generous paid time off and professional development opportunities. • Opportunity to shape the future of wind energy in South Africa with a leading company.

This fully remote position involves performing in-depth analysis of wind resource data, turbine performance, and energy market dynamics to support the development and optimization of wind power projects.

You will work with large datasets, employ sophisticated modeling techniques, and provide critical insights that drive investment and operational efficiency. This is an excellent opportunity for a professional passionate about renewable energy to contribute to the growth of wind power across South Africa , working remotely from any location.

Requirements • Master's degree in Engineering, Environmental Science, Statistics, Economics, or a related quantitative field. • Minimum of 4 years of experience in wind energy analysis, resource assessment, or energy modeling. • Proficiency with wind modeling software (e.g., WAsP, WindFarmer, OpenWind) and data analysis tools (e.g., Python, R, MATLAB). • Strong understanding of wind turbine technology, site development processes, and grid interconnection issues. • Excellent remote communication and collaboration skills, with the ability to work independently and manage priorities effectively.