HURAKAN深耕动力机械与高端内燃机设备设计领域，专注复式燃油发动机全流程工业设计、结构优化、工况校核与量产落地配套服务，严格遵循内燃机动力设备安全标准、机械耐久规范与工业动力总成量产工艺要求。团队摒弃脱离机械原理与实际工况的概念化设计，深度调研工程机械、发电机组、特种动力设备、户外作业装备等多元应用场景，结合复式发动机高压缩比、高功率输出、持续重载运行、高低温交变工况适配的核心特性，完成从需求拆解、方案迭代、外观与结构协同设计、力学仿真、样机耐久测试到模具对接、批量量产的全闭环落地服务。项目全程严控整机装配精度、气道结构匹配、散热布局合理性、机身抗震稳定性与量产一致性，针对性解决传统复式燃油发动机机身臃肿、散热不均、震动噪音大、运维繁琐、工况适配性弱等行业落地难题，以严谨的动力机械工程思维与成熟的重工设备量产落地经验，保障所有设计方案合规安全、性能稳定、可批量落地投产，充分彰显团队务实严谨、可靠专业的硬核实操落地能力。

HURAKAN is deeply engaged in the design field of power machinery and high-end internal combustion engine equipment, focusing on the full-process industrial design, structural optimization, working condition verification and mass production supporting services of duplex fuel engines. We strictly comply with the safety standards of internal combustion engine power equipment, mechanical durability specifications and mass production process requirements of industrial power assemblies. Abandoning conceptual design divorced from mechanical principles and actual working conditions, we conduct in-depth research on diverse application scenarios such as construction machinery, generator sets, special power equipment and outdoor operation equipment. Combined with the core characteristics of duplex engines including high compression ratio, high power output, continuous heavy-load operation and adaptability to alternating high and low temperature working conditions, we complete full closed-loop services including demand decomposition, scheme iteration, collaborative design of appearance and structure, mechanical simulation, prototype durability testing, mold docking and batch mass production. Throughout the project, we strictly control overall assembly accuracy, air passage structure matching, heat dissipation layout rationality, fuselage seismic stability and mass production consistency, and solve industry implementation problems of traditional duplex fuel engines such as bloated fuselage, uneven heat dissipation, large vibration and noise, cumbersome maintenance and weak working condition adaptability. With rigorous power machinery engineering thinking and mature heavy industry equipment mass production experience, we ensure all design schemes are compliant, safe, stable in performance and capable of batch production, fully demonstrating the team’s pragmatic, rigorous, reliable and professional hard-core implementation capabilities.

在造型设计层面，HURAKAN打破传统复式燃油发动机造型粗犷、结构外露杂乱、线条无序、工业质感粗糙、设备适配性差的行业同质化弊端，以高端动力机械极简秩序美学为核心，重塑内燃机动力设备的专业视觉形态。整机采用一体化集成式规整机身造型，梳理机身管路、外壳与散热组件的视觉逻辑，线条利落克制、区块分区清晰，弱化重型动力设备的笨重粗犷感，塑造精密、严谨、高端的工业动力装备气质。针对发动机长期高温、油污、粉尘、户外复杂工况，甄选高强度耐压合金壳体与耐油耐高温工业涂层，搭配机械装备专属低饱和硬核配色，兼顾抗老化、防油污、易清洁、耐磨损的实用属性，适配各类工业主机与动力配套场景。团队精细优化机身外壳拼接工艺、边缘倒角处理、外露构件收纳整合，隐藏杂乱管路与冗余结构，统一整机视觉比例与细节质感，让设备既满足重工动力产品的硬核性能属性，又具备极强的外观差异化与高端精密辨识度，彻底跳出行业外观同质化内卷。

In terms of modeling design, HURAKAN breaks the industry homogenization drawbacks of traditional duplex fuel engines such as rough shape, disorderly exposed structures, unordered lines, coarse industrial texture and poor equipment adaptability, and reshapes the professional visual form of internal combustion engine power equipment with the minimalist order aesthetics of high-end power machinery as the core. The whole machine adopts an integrated and regular fuselage shape, sorts out the visual logic of fuselage pipelines, shells and heat dissipation components, with neat and restrained lines and clear block divisions, weakening the bulky and rough sense of heavy power equipment and creating a precise, rigorous and high-end temperament of industrial power equipment. Aiming at the long-term high temperature, oil pollution, dust and complex outdoor working conditions of engines, we select high-strength pressure-resistant alloy shells and oil and high-temperature resistant industrial coatings, matched with exclusive hard-core low-saturation colors for mechanical equipment, taking into account the practical attributes of aging resistance, oil pollution resistance, easy cleaning and wear resistance to adapt to various industrial main engines and power supporting scenarios. The team finely optimizes fuselage shell splicing technology, edge chamfering treatment and exposed component integration, hides messy pipelines and redundant structures, and unifies the overall visual proportion and detail texture. The equipment not only meets the hard-core performance attributes of heavy-duty power products, but also has strong appearance differentiation and high-end precision recognition, completely getting rid of industry appearance homogenization involution.

本次项目核心创新聚焦动力结构升级与运维人机交互优化，精准解决传统复式燃油发动机散热低效、震动噪音突出、检修空间局促、操控繁琐、适配机型单一等核心行业痛点。结构层面，团队重构整机内部气道、油路与燃烧室外围布局，优化分区对流散热结构与减震缓冲架构，在保障发动机高功率、高扭矩动力输出的核心前提下，大幅提升整机散热效率，抑制运行震动与轰鸣噪音，有效降低长期高负荷运行的故障率与热衰减问题。同时优化模块化分体机身结构，整合管路集成布局，简化设备拆装、内部检修、滤芯更换、油路维护流程，大幅降低后期运维难度与停机损耗，提升设备工况适配通用性，可兼容多类工程机械与发电设备配套需求。人机交互层面，贴合机械操作与运维人员作业规范，重新规划操作旋钮、监测仪表、检修接口与标识体系的布局，优化观测视角与操作空间；简化参数调试、启停控制、故障排查操作逻辑，搭载可视化运行状态提示模块，清晰区分运行区域、高温危险区域与常规运维区域，降低专业操作门槛，有效提升设备操控安全性与运维检修效率。

The core innovation of this project focuses on power structure upgrading and operation and maintenance human-computer interaction optimization, accurately solving core industry pain points of traditional duplex fuel engines such as low heat dissipation efficiency, prominent vibration and noise, narrow maintenance space, cumbersome operation and single adaptable models. At the structural level, the team reconstructs the internal air passage, oil circuit and combustion chamber peripheral layout of the whole machine, optimizes the zoned convection heat dissipation structure and shock absorption buffer architecture, and greatly improves the overall heat dissipation efficiency, suppresses operating vibration and roar noise on the premise of ensuring the core power output of high power and high torque, effectively reducing the failure rate and thermal attenuation problem of long-term high-load operation. Meanwhile, we optimize the modular split fuselage structure, integrate the pipeline layout, simplify the processes of equipment disassembly and assembly, internal maintenance, filter element replacement and oil circuit maintenance, greatly reduce the difficulty of later operation and maintenance and shutdown loss, improve the versatility of equipment working condition adaptation, and can be compatible with the supporting needs of various construction machinery and power generation equipment. At the human-computer interaction level, complying with the operation specifications of mechanical operators and maintenance personnel, we redesign the layout of operation knobs, monitoring instruments, maintenance interfaces and identification systems, and optimize the observation perspective and operation space; we simplify the operation logic of parameter debugging, start-stop control and fault troubleshooting, equip with a visualized operating state prompt module, clearly distinguish the operating area, high-temperature dangerous area and conventional maintenance area, lower the professional operation threshold, and effectively improve the safety of equipment operation and the efficiency of maintenance and inspection.

依托全方位的结构创新、差异化造型设计与成熟的量产落地能力，本次复式燃油发动机助力客户彻底摆脱传统动力设备低价同质化竞争，实现产品溢价与市场核心竞争力的双重突破。产品高端精密的工业外观、稳定优异的动力性能、低噪低耗的运行优势与通用适配的模块化结构，全面升级客户动力产品矩阵的专业品牌形象，助力品牌成功切入高端工程机械、特种发电设备、工业配套动力总成等中高端细分市场，打破低端价格内卷格局，形成稳固的产品溢价优势。设备高稳定性、低故障率、易运维的核心特质，大幅提升终端设备运行可靠性与客户使用口碑，有效提升整机配套采购复购率与工程渠道合作粘性，积累大量优质行业标杆项目资源。同时标准化模块化量产结构有效优化生产工艺，降低客户开模、装配、质检、售后运维的综合成本，大幅提升批量交付与市场配套效率。产品落地迭代后，客户终端配套销量持续攀升，细分市场占有率稳步提升，成功构建性能、颜值、性价比三重竞争壁垒，稳固其在高端复式动力发动机领域的行业优势地位。

Relying on all-round structural innovation, differentiated modeling design and mature mass production implementation capabilities, this duplex fuel engine helps clients completely get rid of the low-price homogenization competition of traditional power equipment, achieving dual breakthroughs in product premium and market core competitiveness. The product’s high-end and precise industrial appearance, stable and excellent power performance, low noise and low energy consumption operation advantages and universally adaptable modular structure comprehensively upgrade the professional brand image of the client’s power product matrix, help the brand successfully enter high-end segmented markets such as high-end construction machinery, special power generation equipment and industrial supporting power assemblies, break the low-end price involution pattern, and form stable product premium advantages. The core characteristics of high stability, low failure rate and easy maintenance greatly improve the operational reliability of terminal equipment and customer reputation, effectively increase the repurchase rate of complete machine supporting procurement and the cooperation stickiness of engineering channels, and accumulate a large number of high-quality industry benchmark project resources. At the same time, the standardized and modular mass production structure effectively optimizes production technology, reduces clients’ comprehensive costs of mold opening, assembly, quality inspection and after-sales operation and maintenance, and greatly improves batch delivery and market supporting efficiency. After the product launch and iteration, clients’ terminal supporting sales continue to rise, and the segmented market share increases steadily, successfully building triple competitive barriers in performance, appearance and cost performance, and consolidating its advantageous industry position in the field of high-end duplex power engines.

HURAKAN始终秉持“结构赋能性能、设计提升价值、落地驱动增长”的工业动力设备设计理念，深耕内燃机动力、重工机械、工业总成等硬核装备设计赛道，坚持以机械工况标准、动力性能需求、量产工艺规范与商业市场逻辑为核心，杜绝脱离实际应用的概念化创意。本次复式燃油发动机项目，以动力稳定与运行安全为设计底线，以造型美学重塑高端动力设备视觉标准，以结构迭代优化核心性能与适配能力，以人机细节升级运维效率与操作安全性，通过全链路、高精密、可量产的工业设计服务，完成产品颜值、性能、体验与商业价值的多维升级。未来，HURAKAN将持续聚焦高端工业动力设备设计领域，以扎实的工程落地经验与前沿的创新设计思维，为重工制造客户打造高性能、高适配、高稳定、高溢价的标杆级动力产品，持续助力品牌深耕高端动力配套细分市场，领跑工业动力装备升级浪潮。

HURAKAN always adheres to the industrial power equipment design philosophy of "structure empowers performance, design enhances value, and implementation drives growth", deeply engages in hard-core equipment design tracks such as internal combustion engine power, heavy industry machinery and industrial assemblies, and focuses on mechanical working condition standards, power performance requirements, mass production process specifications and commercial market logic while eliminating impractical conceptual creativity. With power stability and operational safety as the design bottom line, this duplex fuel engine project reshapes the visual standards of high-end power equipment through modeling aesthetics, optimizes core performance and adaptability through structural iteration, and upgrades operation and maintenance efficiency and operational safety through human-computer details. It realizes multi-dimensional upgrading of product appearance, performance, experience and commercial value through full-link, high-precision and mass-producible industrial design services. In the future, HURAKAN will continue to focus on the design field of high-end industrial power equipment, and create high-performance, high-adaptability, high-stability and high-premium benchmark power products for heavy industry manufacturing clients with solid engineering implementation experience and cutting-edge innovative design thinking, continuously helping brands deepen the high-end power supporting segmented market and lead the upgrading trend of industrial power equipment.