$ cat jobs/principal-planning-engineer-hanwha-renewables-78bf6afddf9b.json
Principal Planning Engineer
COMPANY OVERVIEW Hanwha Renewables, headquartered in Irvine, California, a member of Hanwha Group, a FORTUNE Global 500 firm that is among the eight largest business enterprises in South Korea. Hanwha Renewables designs, builds and manages renewable energy solutions. The company brings a decade of global leadership in renewable energy to North America, combining best-of-world technology, processes, and partnerships to deliver utility-grade energy solutions customized for local energy markets. Hanwha Renewables offers the full spectrum of energy solutions – from power plant development, design, construction, operations, and maintenance. With proven capabilities across the renewable energy value chain, Hanwha Renewables minimizes uncertainty and risk, and helps customers achieve a higher return on their investment in renewable energy. POSITION OVERVIEW Lead and perform interconnection planning analysis and economic studies for utility scale solar PV plants and energy storage projects with a special focus on production cost simulations and utility grid capacity assessment. Principal IPE will be responsible for supervising and performing electrical analysis on the utility high voltage transmission system to identify capacity for potential (utility scale solar & storage) projects and handling necessary transmission & interconnection processes of utilities and ISO’s. Provide due diligence engineering review, statement, and technical feasibility. Coordinate and manage internal and third-party studies, consulting and independent transmission planning resources during the pre-acquisition leading technical diligence, development activities, and engineering. Principal IPE provides mentorship to junior transmission planning engineers in the team and provides day-to-day guidance for performing interconnection planning viability studies and economic analysis as needed. This role provides necessary technical training for performing loadflow injection studies using TARA and PSS/E s