We wrote this article while researching for our list of the 200 largest battery technology startup focused venture capital funds. The list can be downloaded with a few clicks and includes the most relevant investors for battery technology startups. We identified the included funds based on our sophisticated crawler technology and manual research.
About Global Cleantech Capital
Based in the Netherlands, Global Cleantech Capital (GCC) is a venture capital firm that specializes in late venture and early growth investments. They are dedicated to scaling high-growth companies that focus on clean energy and decarbonization. GCC supports entrepreneurs and teams who can pivot to value when building market leaders in their sectors.
Investment Focus of Global Cleantech Capital
The firm invests primarily in new market leaders within the clean energy, mobility, cities, and fintech sectors. Their portfolio companies apply innovative technologies to the highest emitting sectors of energy, mobility and cities or use finance as an incentive for the energy transition.
Does Global Cleantech Capital Invest in Battery Technology Startups?
A key part of GCC’s portfolio is its investment in Battolyser Systems – a company that has developed an integrated battery electrolyser system. This indicates that GCC does indeed invest in battery technology startups.
Battolyser Systems: A Closer Look
Battolyser Systems is based out of the Netherlands and has secured €40M financing from the European Investment Bank. The company’s unique offering – an integrated battery electrolyser system – positions it as a leader within the battery technology sector. This investment by GCC underscores their commitment to backing innovative solutions within the clean energy space.
Conclusion
In conclusion, Global Cleantech Capital does invest in battery technology startups as evidenced by their investment in Battolyser Systems. Their portfolio showcases a strong commitment towards supporting companies that are driving the transition to clean energy and decarbonization.
Picture source: Maxim Hopman