惠生工程于ADIPEC 2026推出MegaFlex 2.0， 拓展绿氢工程产品复杂环境适应能力

惠生工程在阿联酋阿布扎比举行的Flex-to-X工程产品平台全球发布期间，正式介绍了MegaFlex2.0一体化绿氢工程解决方案的最新进展。继2025年6月首次推出MegaFlex后，本次升级重点面向高温、沙漠及缺水等复杂环境，扩展产品架构的适用条件与工程配置选项，以更好匹配不同地区的项目需求。

During the global introduction of the Flex-to-X engineering product platform at ADIPEC2026in ABU DHABI,UAE,Wison Engineering presented the latest evolution of MegaFlex2.0,its integrated green hydrogen engineering solution.First introduced in June2025,MegaFlex is now being developed with expanded engineering configuration options for demanding conditions,particularly high temperatures,desert environments and limited freshwater availability.

延续产品基础，拓展应用边界

Building on the Original Engineering Product MegaFlex的开发初衷，是降低项目资本投资、提升交付可预测性、控制实施风险及支持全球复制。其工程产品基础包括三项相辅相成的核心能力：以ReIPS(惠生自主研发的可再生能源仿真优化平台)开展系统配置和运行策略的综合优化；通过标准化工程架构、设计基准及接口沉淀可复用的工程知识；采用模块化建造与交付模式，减少对现场施工条件的依赖。

MegaFlex was conceived to address green hydrogen project economics,execution risk,delivery predictability and the potential for global replication.Its foundation combines three complementary capabilities:ReIPS-supported integrated system evaluation(ReIPS is Wison's proprietary Renewable EnergyIntelligent Programming System),standardized engineering architectures and defined Interfaces,and modular fabrication and delivery.

MegaFlex2.0承袭上述核心基础，重点针对高温、沙漠、缺水等更具挑战性的气候、资源和场地条件，拓展工程配置选项，并根据项目特定要求开展必要的专项定制设计。

MegaFlex2.0builds on that foundation,expanding engineering configuration options for more challenging climatic,resource and site conditions.It combines reusable engineering solutions with targeted project-specific design where required.

面向不同条件的三类配置方向

Three Application-Specific Configuration Directions

高温、沙尘和水资源约束往往在同一项目中同时叠加出现，共同影响冷却方式、设备选型、维护安排及项目经济性。MegaFlex2.0坚持一体化系统工程，而非将各项环境适配措施视为彼此独立的设备升级。当前重点配置方向包括：

Heat,dust and water scarcity may occur together,influencing cooling,equIPMent selection,maintainability and project economics.MegaFlex2.0therefore approaches adaptation through integrated engineering rather than isolated equIPMent modifications.Its configuration directions include:

沙漠适应型

Desert-Adapted

面向高温、沙尘及干旱环境，重点考虑热管理和冷却方案、防晒与沙尘防护、盐雾防腐措施和模块化交付。

Desert-Adapted MegaFlex:Engineering considerations for high ambient temperatures,dust and arid conditions,including thermal management,cooling choices,sunlight and dust protection,relevant corrosion protection for salt spray and modular execution.

节水型

Water-Efficient

面向淡水紧缺或取水成本较高的地区，提供多种类型冷却方案，以减少水分蒸发，采用废水回用方案，以减少水耗，支持能耗、投资及运行成本之间的综合权衡。

Water-Efficient MegaFlex:Multiple cooling options are provided to reduce evaporative loss,together with wastewater reuse schemes to cut water consumption,enabling evaluation of water consumption alongside Energy demand,CAPEX and OPEX.

土地集约型

Space-Efficient

针对用地受限场址，探索更紧凑的设备与模块布置、适当的立体化方案，并兼顾施工、安全、操作和维护空间。

Space-Efficient MegaFlex:Compact equIPMent and module arrangements,and vertical layout options where appropriate,with continued attention to safety,Construction,access,operation and maintenance.

上述配置方向体现MegaFlex2.0的产品演进路径，我们结合差异化场址工况持续迭代打磨各种方案，并将在工程实践中得到验证。

These are application-specific configuration directions within MegaFlex2.0.We KEEP refining each solution for diverse site conditions,and they will be validated through real engineering deployment.

系统优化服务于更好的工程决策

Optimizing the Plant as an Integrated System

在系统配置阶段，尤其针对大规模可再生电力的离网、弱电网项目时，ReIPS基于8,760小时逐时仿真分析，对可再生能源出力、储能、电解制氢与下游配套系统开展全局寻优，提供最佳系统配置方案以降低初始投资，并输出运行控制策略以降低运行成本。面向复杂工况，核心是统筹各个子系统协同全局优化，而不是孤立优化单台设备。

At the system configuration stage,particularly for off-grid and weak-grid projects powered by large-scale renewable electricity,ReIPS adopts8,760-hour simulation analysis to deliver co-optimization across renewable power output,Energy storage,electrolytic hydrogen production and downstream systems.It screens configuration alternatives to cut capital expenditure and generates operational control strategies to reduce operating expenditure.For complex operating conditions,the focus lies in coordinated sizing of all subsystems,rather than isolated optimization of individual equIPMent.

对客户而言，这些工作旨在支持更符合当地条件的工程方案，增强成本、进度和运行假设的可预测性，为CAPEX/OPEX优化与投资决策，提供更扎实的技术支撑。

For project developers,the expected value is better alignment with local conditions,more transparent engineering trade-offs and stronger inputs to cost,schedule and operating assumptions.Potential CAPEX/OPEX and bankability benefits depend on each project's technical scope,procurement conditions and subsequent validation.

在Flex-to-X平台框架下持续发展

Evolving Within Flex-to-X MegaFlex是Flex-to-X的绿氢工程产品系列。惠生工程持续推进共享架构、接口治理及系统优化能力在各种产品中的复用和积累，并依托客户需求、技术合作和项目经验，持续迭代配置方案。

MegaFlex is the green hydrogen solution family within Wison's evolving Flex-to-X engineering product platform.Wison is developing shared engineering architectures,Interface practices and optimization capabilities that may support integration with other solution families where technically appropriate.Product configurations will continue to evolve through customer requirements,technology partnerships and lessons from projects.

惠生工程CTO刘恒伟博士表示：“2025年推出MegaFlex时，我们希望通过系统集成、标准化与模块化，让绿氢项目更具竞争力、可预测性和可复制性。MegaFlex2.0将这套思路进一步延伸到更复杂的环境条件。我们的原则始终不变：优先采用成熟、可复用的方案，针对特定条件开展定制化设计。产品升级的价值，最终将在具体项目的工程经济性和实施表现中得到检验。”

“When we introduced MegaFlex in2025,our ambition was to make green hydrogen projects more competitive,predictable and repeatable through integrated engineering,standardization and modular delivery,”said Dr.Hengwei Liu,Chief Technology Officer of Wison Engineering.“With MegaFlex2.0,we are extending that approach to more demanding operating environments.The principle remains the same:configure what is repeatable,and engineer what is unique.The value of each improvement ultimately will be demonstrated through real project economics and execution.”

MegaFlex2.0的持续迭代升级离不开客户、制氢设备提供商、供应链伙伴及惠生跨专业工程团队的协同。惠生正在结合项目反馈与适用的工程验证，不断丰富其配置边界和可复用工程成果。

Wison Engineering will continue advancing MegaFlex2.0with customers,hydrogen equIPMent OEMs,supply-chain partners,and its multidisciplinary teams,incorporating appropriate engineering evidence and project feedback into future configurations.