氢羿能源成套氢电耦合系统顺利出货，赋能科研测试平台建设Hydrogen Yi Energy's complete hydrogen-electric coupling system has been successfully shipped, empowering the construction of scientific research testing platforms
近日，北京氢羿能源科技有限公司配套的氢电耦合系统正式完成出货，设备将用于氢能多能互补测试能力提升项目，搭建电解制氢、固态储氢、燃料电池发电一体化试验平台。
随着新型电力系统建设不断推进，氢电耦合作为长时储能、消纳新能源的重要技术路径，是行业重点研究方向。本次交付的成套系统，打通绿电制氢—固态储氢—燃料电池发电完整技术链路，实现电能、氢能双向转化，可结合光伏出力、负荷用电、储能状态自动切换制氢、发电、待机、补能等运行工况。
项目核心关键指标包括：PEM电解制氢单元额定功率5kW，采用质子交换膜电解槽，额定电流密度1.5A/cm²，适配新能源波动出力，可连续稳定产出高纯氢气；匹配5kW PEM燃料电池发电单元，实现氢能向电能高效反向转换；钛基固态储氢模块储氢量300g，吸氢压力1.5MPa，实现氢气安全固态存储。
一体化耦合控制系统，实现电解制氢、固态储氢、燃料电池发电、光储协同一体化联动运行。企业方面表示，作为PEM制氢核心装备制造商，其具备完整氢电耦合系统解决方案能力，可面向科研测试平台、微电网、零碳园区、综合能源站等多元应用场景，提供方案设计、设备集成、系统联调、现场安装调试、技术培训、后期运维的全链条服务。
后续团队将持续跟进现场安装、调试工作，全力保障项目按期完成验收投运。面向未来，企业将持续深耕PEM电解制氢与氢电耦合技术，以装备与系统集成能力助力绿氢产业发展与新型电力系统建设。
Recently, the hydrogen-electric coupling system supported by Beijing Qingyi Energy Technology Co., Ltd. has officially completed delivery. The equipment will be used for the project to enhance hydrogen energy multi-energy complementary testing capabilities, establishing an integrated experimental platform for electrolytic hydrogen production, solid-state hydrogen storage, and fuel cell power generation.
With the continuous advancement of new power system construction, hydrogen-electric coupling, as an important technical pathway for long-duration energy storage and renewable energy utilization, is a key research direction in the industry. The delivered complete system opens up the full technological chain from green electricity hydrogen production to solid-state hydrogen storage to fuel cell power generation, achieving bidirectional conversion between electricity and hydrogen. It can automatically switch operating conditions such as hydrogen production, power generation, standby, and energy replenishment according to photovoltaic output, load electricity consumption, and energy storage status.
The core key indicators of the project include: a PEM electrolysis hydrogen production unit with a rated power of 5 kW, using a proton exchange membrane electrolyzer, a rated current density of 1.5 A/cm², adaptable to fluctuating output from renewable energy sources, capable of continuously and stably producing high-purity hydrogen; a matching 5 kW PEM fuel cell power generation unit, achieving efficient reverse conversion from hydrogen to electricity; a titanium-based solid-state hydrogen storage module with a hydrogen storage capacity of 300 g, hydrogen absorption pressure of 1.5 MPa, enabling safe solid-state hydrogen storage.
An integrated coupling control system enables integrated and coordinated operation of hydrogen production by electrolysis, solid-state hydrogen storage, fuel cell power generation, and photovoltaic-energy storage collaboration. The company stated that, as a core equipment manufacturer for PEM hydrogen production, it possesses complete hydrogen-electric coupling system solution capabilities, and can provide full-chain services including solution design, equipment integration, system commissioning, on-site installation and debugging, technical training, and later operation and maintenance for diverse application scenarios such as scientific research testing platforms, microgrids, zero-carbon parks, and integrated energy stations.
The follow-up team will continue to monitor on-site installation and commissioning work, making every effort to ensure the project is completed, accepted, and put into operation on schedule. Looking to the future, the company will continue to deeply develop PEM electrolytic hydrogen production and hydrogen-electric coupling technology, using equipment and system integration capabilities to support the development of the green hydrogen industry and the construction of new power systems.
[Source: International Hydrogen Energy Network]
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