Chenkun Ecology
Chenkun Ecology is a mother-fund ecosystem built by Yuanhe Chenkun, leveraging the resource network and scale advantages of its flagship fund to connect government agencies, major capital players, leading industries, fund management firms, and pioneering startups.
Yuanhe Chenkun emphasizes multi-faceted empowerment within its ecosystem, consistently providing partners with a knowledge-sharing platform, a deep-connecting hub for capital and industry players, and a vibrant networking space for entrepreneurs and investors through offline specialized events such as the "Gathering at Shahu – Autumn Forum," the "Kunpeng Hui" industry salon, and dedicated capital-matching sessions.
Review of the Kunpeng Hui Tech-Capital Matchmaking Event: Advancing Carbon-Neutral Technologies Through Technological Innovation and Capital Support
Release date:
2022-12-16
On December 16, 2022, the "Kunpeng Hui" series of ecosystem events—focused on carbon-neutral technology development and facilitated by Yuanhe Chencun—held its Technology-Capital Matching Conference in a hybrid online-and-offline format.
December 16, 2022, by Yuanhe Chenkun Organized by "Kunpeng Hui" Series Ecosystem Events — Carbon Neutrality Technology Development and Capital Support: Tech-Capital Matching Event Held both online and offline.
This event features a professor from Shanghai Jiao Tong University and Chairman of Zhongke Zhiliang. Chen Limai , Partner at Chuanliu Investment Management Shi Xuesong , Executive Dean of the Central Research Institute of GCL Group Zhou Shuguang (Senior Manager Tian Ye reporting on behalf), the session will focus on sharing insights into lithium-ion battery technology development, new material investment opportunities under the carbon-neutral agenda, and the strategic industrial layout and investment prospects tied to the broader carbon-neutral initiative. Additionally, this event has also invited the founder of Qingdong Technology. Dr. Zhu Wei Co-founder and CTO of Juna Technology Researcher Wang Xianying , Chairman of Jiedi Nano Liang Qing , Chairman of Hanna Materials Dr. Chen Xinjiang , Chairman of Ai Hydrogen Technology Ogawara Ryo Representatives from five innovative companies specializing in hydrogen energy and energy-saving applications shared industry insights and introduced their projects, seeking opportunities for investment collaboration and industry matchmaking.
"Lithium Battery Technology Development and Investment Opportunities"
Chen Limai, Shanghai Jiao Tong University; Zhongke Zhiliang
Lithium manganese iron phosphate has already emerged as the industry-standard, mainstream cathode material for the next generation of lithium-ion batteries—thanks to its vast market potential, well-established evolutionary pathway, clear performance advantages, and promising safety profile for the broader industry.
Vast market potential New energy battery materials have already become a market worth hundreds of billions, growing at a rapid pace of 40% annually. Manganese iron phosphate lithium is set to complement or even replace the current mainstream cathode materials. The Widely Recognized Evolutionary Path Phosphate manganese lithium iron, as a new type of cathode material for lithium-ion batteries, shares the same olivine-type crystal structure as the currently mainstream material—lithium iron phosphate. Clear performance advantages Compared to lithium iron phosphate, lithium manganese iron phosphate boasts a higher discharge voltage platform and offers an energy density that is 15–20% greater. Additionally, when compared to lithium cobalt oxide and ternary cathode materials, lithium manganese iron phosphate exhibits superior structural stability, resulting in enhanced safety and longer cycle life. A Secure Industry Outlook Manganese and iron, the raw materials in manganese iron lithium phosphate, are inexpensive and readily available, as they do not contain expensive elements like cobalt or nickel.
"New Material Investment Opportunities Under Carbon Neutrality"
Shi Xuesong, Chuanliu Investment
Carbon emissions have become a constraint on economic development in developing countries, yet they also serve as a driving force for industrial upgrading and a new opportunity of our time. In this process, advanced materials play a crucial role as connectors and stabilizers enabling industrial transformation. New material investments under carbon neutrality—solutions viewed from a materials perspective, Focusing on sustainable development as the core, we prioritize energy alternatives (such as fusion, solar, wind, and geothermal), process innovations (emphasizing green, safe, and convenient solutions), material substitutions (opting for low-carbon, eco-friendly, and user-friendly options), resource and carbon recycling, as well as other critical areas like environmental protection, energy conservation, and emission reduction.
Project Promotion
Qingdong Technology Hydrogen Technology )
Suzhou Qingdong Power Technology Co., Ltd. was established in 2016, dedicated to the independent research, development, and industrialization of catalysts and membrane electrodes—two of the eight core components for hydrogen fuel cells. The company is also focused on tackling key technological challenges and driving innovation in water electrolysis catalysts and membrane electrode technologies, aiming to overcome domestic bottlenecks in critical materials for fuel cells and water electrolysis systems. Qingdong Power is the nation’s first manufacturer capable of mass-producing both catalysts and membrane electrodes, and it currently holds the top position nationwide in terms of installed capacity for domestically produced catalysts. The company has now merged into Shanghai Hydrogen Morning New Energy Technology Co., Ltd.
Juna Technology
Shanghai Juna New Materials Technology Co., Ltd. was established in 2019 and positions itself as a supplier of green hydrogen electrode materials and comprehensive solutions. The company is dedicated to innovation in electrocatalytic materials, as well as their technological and industrial applications. As a leader in electrolysis-based hydrogen production catalysis technology, Juna Technology is rapidly advancing into this critical "bottleneck" area by leveraging its independently developed core technologies. This enables the company to drive down costs and boost efficiency in the hydrogen production process, ultimately accelerating the large-scale commercialization of green hydrogen production.
JERNANO Nano
Suzhou Jiedi Nanotechnology Co., Ltd., established in 2011, is a high-tech enterprise specializing in the mass production and application development of carbon nanotube films. The company is dedicated to providing smart wearable heating solutions tailored for business clients. Jiedi Nanotechnology has developed its own unique process for scaling up the production of carbon nanotube films, mastering core technologies across all critical stages—including continuous manufacturing equipment, optimized production processes, advanced film post-treatment, purification techniques, and innovative composite material integration. Its products are already widely used in premium apparel, workwear, and various industrial applications.
Hanano New Materials
Suzhou Hanna New Materials Technology Co., Ltd. was established at the end of 2011 and is a high-tech enterprise integrating R&D, application, production, and sales of nanocarbon materials. The company’s key products include transparent conductive films based on carbon nanotubes, carbon nanotube surface heating elements, carbon nanotube heating films, high-temperature-resistant protective films, and industrial protective films—widely used in areas such as building and industrial heating, touch screens, LCDs, flexible printed circuit boards, and thermal insulation and shipment protection for new-energy vehicles.
MgH2 Hydrogen Technology
Aihydro Technology (Suzhou) Co., Ltd. was established in 2019 as a solid-state hydrogen storage technology company co-founded by Chinese and Japanese technical experts. It is the only domestic enterprise currently leveraging "solid-block hydrogen technology" in the new energy sector. The company’s business spans three key areas: hydrogen energy storage, transportation, and power supply, offering end-to-end hydrogen solutions—from storage to application—and enabling the safe and cost-effective deployment of hydrogen energy across various industries.
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