Since the signing of Cummins Hydrogen Energy China Headquarters Landing Port Investment Agreement in September 2021，Cummins actively links upstream and downstream industrial chains to explore cooperation opportunities。September 28, 2022，Management Committee of Lingang New Area“Hydrogen”City Meet Activity Site，Cummins and partners in hydrogen energy，To jointly witness the release of the development plan for the hydrogen fuel cell Vehicle industry。
Such asJing Shuai, General Manager of Cummins New Energy Power Division in ChinaSaid：“As a world-class free trade zone，Grand Hydrogen Industry Blueprint of Lingang Planning，Build a strong hydrogen energy industry chain，It provides a strong and dynamic environment for the enterprises to accelerate their development.。Cummins is honored to set up the dual headquarters of Hydrogen Energy China Headquarters and Hydrogen Energy China R & D Center in Lingang.，We will link the upstream and downstream enterprises in the port-vicinity industry chain to fulfill our commitment to decarbonization goals.，To contribute positively to the goal of carbon peak and carbon neutralization。”
At first sight“Hydrogen”Core
Strong power, safe and reliable
Cummins Continues to Innovate in Zero Emission Power，Relying on the perfect hydrogen energy ecosystem near the port，Joint local excellent upstream and downstream parts enterprises，Jointly create a rich product matrix，Provide power for multiple application scenarios，Including the bus、City muck Truck、Heavy Truck、Power generation and other fields。Lingang R & D Lingang Production CumminsHD120 fuel cell products are now formally entering the production stage.，The product is being developed jointly with the main engine factory.，Customized optimization for bus application scenarios，It has high power、High efficiency，Low hydrogen consumption，Afety and reliability and the like.：
- 125kWThe rated net power can meet the full power operation of the bus.，Stack power density up to 3.5kW/L。
- Engine peak efficiency up to 60%，Efficiency at rated power point 42%。Energy Management Control Strategy of Cooperative Vehicle Factory，Hydrogen consumption of 100 km under full load is less than 5 kg，5 ahead of its peers%Above。
- With rich experience in hydrogen energy and international leading technical standards, the safety of Vehicles involving hydrogen is guaranteed.，Insulation design of complete vehicle and power system、Hydrogen system safety monitoring、Emergency safety disposal and other aspects of joint vehicle plant to carry out a number of optimizations.。
- Cummins Hydrogen Exclusive Smart Big Data Tool，Hydrogen consumption management can be carried out jointly with end customers，Driving behavior analysis，Hydrogen energy safety management, etc.，Escort the whole life cycle of vehicles through active intelligent services。
In addition，Inherit Cummins' century-old design verification and quality management system，Ensure the product is more stable、More durable。Cummins and Vientiane have completed a total of 8000 kilometers of rigorous road tests.(The whole road test is strengthened，Load strength 6.5 tons，It is equivalent to 80000 kilometers of actual driving mileage.)，Complete 2500 hours simultaneouslyDVPREndurance test，Ensure that the reliability and durability of products are fully verified.。
Fully coordinate with the base of hydrogen energy industry near the port
Jointly participate in and cultivate the hydrogen energy ecosphere
Launched in September 2021, the dual headquarters of Cummins New Energy Power China is located in Shanghai Lingang New Area.，The first phase of the project will be put into operation by the end of 2023.，It has 5000 fuel cells and 500 MW stack manufacturing capacity.，Subsequent production capacity can be extended to 1GW，Covering water electrolysis hydrogen production equipment stack、Fuel cell engine and its core components、High-pressure hydrogen storage cylinder system and other businesses。
Learn from over 40 years of localization experience of Cummins Cornerstone Business in China，Cummins Hydrogen China Adhere to Localization and Long-term Strategy，Build new energy power business to produce in China、Research and development、Distribution、The ability of the whole industry chain of service and supply chain，Jointly promote the development and breakthrough of hydrogen energy industry with industry partners。
Cummins New Energy Power Shanghai Temporary Production Line has been put into use.，It covers an area of 4000 square meters.，The factory complies with international and Cummins manufacturing standards.、Hydrogen-related safety standard construction，Equipped with water electrolysis hydrogen production equipment laboratory、Fuel cell system test room、Quality Inspection Room、Fuel cell engine assembly room、And related hydrogen laboratories，Complete hydrogen energy product test、Inspection、And manufacturing capability，In addition，The fuel cell engine test bench that has been put into use adopts modular design.，Achieve high-precision control，Real-time monitoring of product performance。
Additional use for manufacture, storage and transportation
Coordinated development of the whole industry value chain
Batch landing of Cummins hydrogen energy project in Lingang，It will promote the progress of hydrogen energy technology and the coordinated development of the whole industry chain in a forward-looking way.。Cummins is now rapidly developing its new energy power business.，It has accumulated profound technology in the field of fuel cell and hydrogen technology worldwide.，Through positive layout and development of technical capabilities in the field of hydrogen energy，Provide for customers“Additional use for manufacture, storage and transportation”The whole industry chain system solution.，Including the design and production of proton exchange membrane and solid oxide fuel cell systems and core components，And high pressure hydrogen storage system、Hydrogen production equipment by electrolysis of water、Megawatt-level hydrogen energy and multi-energy coupling solution，Cooperate with the value partners of the whole industry chain to make breakthroughs in the commercial innovation and utilization of hydrogen energy。
