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The levelized cost of hydrogen (LCOH) must be reduced for green hydrogen production to meet net-zero demands. In collaboration with FEV Consulting, Gore conducted a study to evaluate the impact of Proton Exchange Membrane (PEM) attributes on the LCOH in the following three use case scenarios: steel mill, offshore wind plant and a PV hydrogen production hub. The “material to system level” model compared the GORE® PEM M275.80 to a relevant Market PEM as well as against a reference Alkaline electrolysis system.

To make green hydrogen a viable alternative to fossil fuels, the levelized cost of hydrogen (LCOH) must come down. Gore is committed to developing efficient, reliable and cost-effective PEM technology that drives down production costs and encourages further investment in clean energy solutions. Through cutting-edge R&D and strategic collaboration, our Associates are pushing the boundaries of innovation to drive a sustainable future for generations to come.

Find out how Gore is contributing to a clean energy future with innovative, high-powered and reliable fuel cell components — like Proton Exchange Membranes that can optimize the cost of ownership in motive and stationery power generation applications. Our GORE-SELECT® Membranes incorporate new-generation technologies that offer OEMs superior uniformity, higher power density and improved chemical and mechanical durability. 

了解戈尔是如何通过开发创新、高功率且性能可靠的燃料电池部件来优化移动和固定式发电应用的拥有成本，为创建一个由清洁能源驱动的未来贡献一份力量。我们的GORE-SELECT^®质子交换膜结合了新一代技术，可为燃料电池厂商提供稳定一致的质量、高功率密度以及更佳的化学和机械耐久性。

在此篇问答文章中，W. L. Gore & Associates（戈尔公司）燃料电池技术的全球产品专家Shinichi Nishimura讨论了燃料电池在运输行业脱碳方面的潜力。凭借对膜电极组件(MEA)所发挥的关键作用的敏锐关注，Shinichi提供了针对这一关键组件的宝贵见解和专业知识。

戈尔是质子交换膜(PEM)燃料电池行业的先行者，在质子交换膜表征和测试领域居于前沿地位。我们和全球产品专家Simon Cleghorn探讨了戈尔在燃料电池产品测试方面的能力，以及这些能力如何使客户获益，并加速向净零排放转型。

本文将探讨如何利用质子交换膜技术来帮助降低商用燃电池汽车的生产和维护成本，提高功率输出并改善燃料效率，从而尽可能降低总拥有成本(TCO)。

选择能够满足客户要求的合适质子交换摸（PEM）可能是一个挑战。我们与戈尔产品专家Chow Mun Hoe进行了对话，探讨了如何利用关键因素，实现理想的燃料电池系统性能。

戈尔公司对膨体聚合物膜技术的深刻理解已经在多个行业对人类产生了重大影响，包括医疗保健、交通运输和清洁能源。和我们的氢能与储能业务全球市场战略官陈恩泽对话，了解一种单一材料如何改变生活，推动世界电气化，并实现更为可持续的发展。

戈尔的膨体聚合物膜技术以其耐用性和卓越性能而闻名，是Bob Gore在1969年的突破性发现。自此，戈尔不断推动创新，将许多创新性膜技术运用到了众多行业。了解我们先进的材料工程专长如何帮助改善世界各地人们的生活。