Kasperi Pohjonen

Kasperi Pohjonen has extensive work experience in the renewable energy industry. Kasperi has held various roles in different companies, starting with their position as an Engineer at AREVA T&D from 2001 to 2007. During this time, they specialized in designing protection and control schemes for substation projects and solving customer issues related to protective relays and metering.

Kasperi then joined Iberdrola Renewables in 2007 as an Interconnection Manager, where they managed electrical engineering and construction for large-scale wind farms and assisted in the interconnection process with ISOs, RTUs, and electrical utilities.

In 2012, Kasperi joined Atlantic Power as an Electrical Engineer, overseeing and managing renewable energy electrical project engineering for wind farms and solar projects. Kasperi also contributed to the development team's due diligence process and sought potential projects and opportunities for the company.

In 2015, they moved to Enel Green Power as a Sr. Electrical Engineer. In this role, they supervised renewable energy project electrical engineering and construction for various types of projects, including wind farms, solar, geothermal, and hydro retrofit projects. Kasperi also provided support to the business development team in the due diligence process and managed projects in different stages of development, construction, and engineering.

Kasperi then joined JE Dunn Construction in 2018 as the Engineering Director, Renewables. Here, they led the technical aspects of the development and engineering of multiple utility-scale photovoltaic projects across the United States. Kasperi also established and maintained technical and engineering standards and technologies for project execution.

Kasperi'smost recent role is as a Lead Project Engineer at Cubico Sustainable Investments, starting in October 2019. Further information about this role is not provided.

Kasperi Pohjonen attended Helsingin Ammattikorkeakoulu Stadia, but the exact dates and degree/field of study are unknown.