光伏制氢规模化落地的最大痛点：发电波动大、电能损耗高、制氢成本居高不下。针对性研发的光伏制氢专用DCDC模块，精准破解行业核心痛点。
Major bottlenecks for large-scale PV-hydrogen roll-out include volatile power generation, high energy losses and persistently high hydrogen-production costs. Purpose-built PV-hydrogen-specific DCDC modules precisely address these core industry pain points.
模块支持超宽电压输入，完美适配光伏阵列发电波动特性，通过智能稳压稳流技术，为电解槽提供恒定工作电源，避免电压波动导致的制氢效率下降、设备损耗问题。采用大功率高效拓扑结构，电能变换效率行业领先，相比传统方案，可降低8%以上的电能损耗，直接降低绿氢生产成本。
These modules support ultra-wide-voltage input to accommodate fluctuating output from PV arrays. Intelligent voltage-current stabilization supplies constant operating power for electrolyzers and prevents efficiency degradation and equipment wear caused by voltage swings. Adopting high-power high-efficiency topologies, they achieve industry-leading conversion efficiency, cutting energy losses by more than 8% versus conventional solutions and directly lowering green-hydrogen production costs.
针对制氢场站户外、高负荷、长时间运行工况，模块采用水冷散热设计，防护等级高，具备抗短路、抗冲击、防腐蚀特性。支持多机并联扩容，可适配中小型示范项目、大型绿氢基地全场景，完全满足绿氢产业化、规模化生产需求。
Designed for outdoor, heavy-duty and long-time operation at hydrogen-production plants, the modules feature water-cooling heat dissipation, high ingress-protection rating, short-circuit resistance, shock tolerance and anti-corrosion performance. Supporting capacity expansion via multi-unit parallel connection, they fit small-and-medium demonstration projects as well as large-scale green-hydrogen bases and fully satisfy requirements for industrial-scale green-hydrogen production.
|
021-31587108
Message
