
电池与绿色分子是解决脱碳难题的最后两块关键拼图
在迈向净零排放的进程中,电池在短期电网灵活性方面至关重要,而绿色分子则是脱碳“难减排”行业的关键所在。二者缺一不可。印度、中东等新兴市场正处于引领生产的前沿,目前已有多个项目正在实施中。全球标准、市场需求信号以及配套基础设施建设,是推动这些新兴产业规模化的核心。
Thomas Brostrøm currently serves as the President of Ørsted’s North American business. The company is a leader in offshore wind with 22 offshore wind projects around the world and 5,600 employees. Brostrøm oversees all North American operations for Ørsted, including the company’s proposed utility-scale offshore wind development projects in Massachusetts and New Jersey.
Recently, Brostrøm was named one of the Boston Business Journal’s 40 under 40 recipients. Brostrøm initially joined Ørsted in Denmark in 2009 where he served as Business Developer and Mergers & Acquisitions and later Head of the Renewables Strategy team. He moved to Ørsted’s UK office in 2012 where he was instrumental in building the company’s utility-scale offshore wind business as Head of Project Development UK. In this role, Brostrøm led the development of the 1.2 gigawatt Hornsea project, the world’s largest offshore wind farm, and the Burbo Bank Extension project, which uses 8-MW Vestas turbines – some of the largest in the world.
Brostrøm studied Business Analysis & Valuation and Mergers & Acquisitions at Harvard University and received his master’s degree in Finance and International Business from Aarhus University in Denmark. He was also an Instructor in corporate finance at Aarhus School of Business in Denmark. Brostrøm lives in Massachusetts with his wife and three children.
In 2017, Brostrøm was elected to serve on the board of The American Wind Energy Association (AWEA). In this new board role, Brostrøm will help oversee AWEA’s policy, project development, and research activities.
在迈向净零排放的进程中,电池在短期电网灵活性方面至关重要,而绿色分子则是脱碳“难减排”行业的关键所在。二者缺一不可。印度、中东等新兴市场正处于引领生产的前沿,目前已有多个项目正在实施中。全球标准、市场需求信号以及配套基础设施建设,是推动这些新兴产业规模化的核心。
Las baterías son vitales para la flexibilidad a corto plazo de la red y las moléculas verdes para los sectores difíciles de descarbonizar.
Batteries and green molecules are essential for reaching net zero. Batteries provide short-term grid flexibility, while green molecules decarbonize hard-to-abate sectors.

