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Climate Impact Corporation inks MoU with Jinko Solar to develop a 10-GW green H2 blueprint

Climate Impact Corporation (CIC) announced its Memorandum of Understanding (MoU) with Jinko Solar, a significant step in CIC’s development of an end-to-end renewable H2 supply chain. The two parties will engage in deep cooperation in areas such as PV module production and supply, equipment technology synergy, and more, to jointly promote the large-scale application of renewable energy-based H2 production.

As one of the largest and leading solar photovoltaic (PV) module manufacturers in the world, Jinko brings extensive expertise, enabling CIC to develop its renewable H2 modules at pace and scale. Solar power generation is a key component of CIC’s renewable H2 production modules, which are able to operate entirely off-grid, and consist of solar panels, atmospheric water generators, and electrolyzers.

CIC Co-Founder, James Ieong commented on the announcement, “To produce the volume of renewable H2 that matches the offtake demand that what we’ve secured for our two 10-GW projects in Australia and is growing rapidly around the world, scale is critical. We need the capability to produce tens of thousands of renewable H2 modules, and to do this, we need partners with deep experience and scale.

“We’re delighted that Jinko will play a significant role in our development of our end-to-end supply chain which enables us with a new approach to renewable H2. This partnership with Jinko will be critical in furthering CIC’s pathway towards a competitive price of $2 per kilogram of renewable H2.”

Michael Wang, the General Manager for Oceania Region at Jinko Solar added, “We’ve been through an energy transition before with the rise of renewables such as solar power. We understand what requirements a successful energy transition need. We knew there was an opportunity to reduce the costs of solar electricity, and we’ve done this successfully, and at scale. We’re excited to partner with CIC on the newest energy transition – one which will be powered by renewable H2.”