HURAKAN深耕高压电力能源装备设计领域，专注特高压电力变压器的专项工业设计、结构优化与量产落地配套服务，严格遵循国家电力行业标准、高压设备安全规范、户外电力设施三防及防腐耐候技术要求。团队摒弃脱离电力工况与工程落地的概念化设计，深度调研电网枢纽、变电站、户外场站、工矿高压配电等核心应用场景，结合特高压设备长期高负荷运行、全天候户外驻场、高安全冗余、低运维频次的核心属性，完成从场景需求拆解、外观方案迭代、结构安全校核、工况适配优化、样机可靠性测试到工程量产对接的全闭环落地服务。项目全程严控设备绝缘结构精度、整体抗震稳定性、户外防腐工艺与装配标准化精度，针对性解决传统变压器外观杂乱、结构集成度低、运维空间局促、户外耐候性弱、工程适配性差等行业落地难题，以严谨的电力装备工程思维、成熟的重工设备落地经验，保障所有设计方案合规、安全、可量产、可长效运维，充分彰显团队专业务实、稳定可靠的高端电力装备实操落地能力。

HURAKAN is deeply engaged in the design field of high-voltage power energy equipment, focusing on the special industrial design, structural optimization and mass production supporting services of ultra-high voltage power transformers. We strictly comply with national power industry standards, high-voltage equipment safety specifications, and three-proof and anti-corrosion weather resistance technical requirements for outdoor power facilities. Abandoning conceptual design divorced from power working conditions and engineering implementation, we conduct in-depth research on core application scenarios such as power grid hubs, substations, outdoor stations and industrial and mining high-voltage power distribution. Combined with the core attributes of ultra-high voltage equipment such as long-term high-load operation, all-weather outdoor deployment, high safety redundancy and low maintenance frequency, we complete full closed-loop services including scenario demand decomposition, appearance scheme iteration, structural safety verification, working condition adaptation optimization, prototype reliability testing and engineering mass production docking. Throughout the project, we strictly control the insulation structure accuracy, overall seismic stability, outdoor anti-corrosion technology and assembly standardization accuracy of the equipment, and solve industry implementation problems of traditional transformers such as messy appearance, low structural integration, narrow maintenance space, weak outdoor weather resistance and poor engineering adaptability. With rigorous power equipment engineering thinking and mature heavy industry equipment implementation experience, we ensure all design schemes are compliant, safe, mass-producible and capable of long-term operation and maintenance, fully demonstrating the team’s professional, pragmatic, stable and reliable practical capabilities in high-end power equipment.

在造型设计层面，HURAKAN打破传统特高压变压器造型笨重、构件外露杂乱、线条无序、工业观感粗糙、场站适配性差的行业同质化弊端，以重工装备秩序美学、电力工业极简调性为核心，重塑高端特高压设备视觉体系。整机采用一体化规整模块化造型，优化设备高低压分区、散热组件、接线区域的视觉布局，梳理设备整体线条秩序，弱化重型电力设备的粗犷厚重感，塑造严谨、规整、高端的专业电力装备气质。针对户外日晒、雨雪侵蚀、风沙腐蚀、高低温交变等严苛工况，设备外壳甄选高强度耐候钢板、防腐防静电工业涂层，搭配电力行业专属低饱和专业配色，实现防锈、防腐、抗老化、抗静电的实用属性，同时统一全站设备视觉语言，让变压器完美适配标准化变电站、电网枢纽的整体风貌。团队精细优化外罩拼接工艺、边角处理、构件隐藏式设计，去除冗余外露结构，大幅提升设备整体精致度与场景融合度，构建区别于行业传统产品的差异化视觉竞争力。

In terms of modeling design, HURAKAN breaks the industry homogenization drawbacks of traditional ultra-high voltage transformers such as bulky shape, disorderly exposed components, unordered lines, rough industrial perception and poor station adaptability, and reshapes the visual system of high-end ultra-high voltage equipment with the orderly aesthetics of heavy industry equipment and the minimalist tone of power industry as the core. The whole machine adopts an integrated and standardized modular shape, optimizes the visual layout of high and low voltage partitions, heat dissipation components and wiring areas, sorts out the overall line order of the equipment, weakens the rough and heavy sense of heavy-duty power equipment, and creates a rigorous, regular and high-end professional power equipment temperament. Aiming at harsh working conditions such as outdoor sun exposure, rain and snow erosion, wind and sand corrosion, and alternating high and low temperatures, the equipment shell is made of high-strength weather-resistant steel plates and anti-corrosion and anti-static industrial coatings, matched with exclusive low-saturation professional colors for the power industry, realizing practical attributes of rust prevention, corrosion resistance, aging resistance and static resistance. Meanwhile, we unify the visual language of all station equipment to make the transformer perfectly adapt to the overall style of standardized substations and power grid hubs. The team finely optimizes the outer cover splicing technology, corner treatment and hidden component design to remove redundant exposed structures, greatly improving the overall exquisiteness and scene integration of the equipment and building differentiated visual competitiveness different from traditional industry products.

本次项目核心创新聚焦安全结构迭代与运维人机交互优化，精准解决传统特高压变压器散热效率低、防护结构薄弱、检修运维不便、标识混乱、操作安全性不足等核心行业痛点。结构层面，团队重构设备内部散热腔体与油路布局，优化分布式高效对流散热结构，在保障设备绝缘安全、高压稳定运行的前提下，大幅提升高负荷工况下的散热效率，杜绝高温过载故障；升级一体式全封闭防护结构，强化设备抗震、防尘、防水、防腐蚀性能，适配复杂户外电力场站工况，有效延长设备使用寿命与运行稳定性。同时重新规划设备检修窗口、接线端口、运维操作区域，优化模块化开合结构，简化设备检修、零部件更换、故障排查流程，降低运维作业难度与停机检修时长。人机体验层面，贴合电力运维人员标准化作业规范，优化设备功能分区、安全警示标识、操作指引体系，升级可视化运维标识与分层操作区域，清晰区分高压危险区、常规运维区与设备观测区，简化人工识别与操作流程，从结构与体验双重维度提升设备运行安全性与运维高效性。

The core innovation of this project focuses on iterative safety structure upgrading and operation and maintenance human-computer interaction optimization, accurately solving core industry pain points of traditional ultra-high voltage transformers such as low heat dissipation efficiency, weak protective structure, inconvenient maintenance and operation, confusing identification and insufficient operation safety. At the structural level, the team reconstructs the internal heat dissipation cavity and oil circuit layout of the equipment, optimizes the distributed high-efficiency convection heat dissipation structure, greatly improves the heat dissipation efficiency under high-load working conditions on the premise of ensuring equipment insulation safety and high-voltage stable operation, and eliminates high-temperature overload faults. We upgrade the integrated fully enclosed protective structure to strengthen the equipment’s seismic, dustproof, waterproof and anti-corrosion performance, adapt to the working conditions of complex outdoor power stations, and effectively extend the service life and operational stability of the equipment. At the same time, we redesign the equipment maintenance window, wiring port and operation and maintenance area, optimize the modular opening and closing structure, simplify the processes of equipment maintenance, parts replacement and fault troubleshooting, and reduce the difficulty of operation and maintenance and the duration of shutdown maintenance. At the human-computer experience level, we comply with the standardized operation specifications of power operation and maintenance personnel, optimize equipment functional zoning, safety warning signs and operation guidance systems, upgrade visualized operation and maintenance signs and layered operation areas, clearly distinguish high-voltage danger zones, conventional operation and maintenance zones and equipment observation zones, simplify manual identification and operation processes, and improve equipment operation safety and operation and maintenance efficiency from both structural and experience dimensions.

依托专业的结构创新设计与成熟的工程量产落地能力，本次特高压电力变压器助力客户彻底摆脱电力设备行业低价同质化竞争，实现产品价值与市场地位的双重跃升。设备规整高端的工业外观、标准化的场站适配形态、安全稳定的硬核性能，全面升级客户产品矩阵的专业形象，成功助力客户入围国家电网、南方电网及大型能源基建项目供应链，顺利切入高端特高压输变电、智慧电网建设、工矿高端配电等优质细分市场，实现显著的产品与项目溢价。优化后的高效散热结构、稳固防护性能与便捷的运维体系，大幅降低设备故障率与后期运维成本，提升工程验收通过率与项目履约口碑，积累大量优质政企合作资源与标杆工程案例。同时标准化、模块化的量产结构设计，有效降低客户生产装配、工艺处理、质检调试的综合成本，提升批量工程交付与项目落地效率。产品迭代上市后，客户高端设备订单销量持续增长，细分市场占有率稳步提升，核心技术与设计壁垒持续加固，全面强化其在高端特高压电力装备领域的行业核心竞争力。

Relying on professional innovative structural design and mature engineering mass production implementation capabilities, this ultra-high voltage power transformer helps clients completely get rid of the low-price homogenization competition in the power equipment industry and realize the dual leap of product value and market position. The regular and high-end industrial appearance, standardized station-adapted form and safe and stable hard-core performance comprehensively upgrade the professional image of the client’s product matrix, successfully help the client shortlist in the supply chain of State Grid, China Southern Power Grid and large-scale energy infrastructure projects, and enter high-quality segmented markets such as high-end ultra-high voltage power transmission and transformation, smart grid construction and industrial and mining high-end power distribution, realizing significant product and project premium. The optimized high-efficiency heat dissipation structure, stable protective performance and convenient operation and maintenance system greatly reduce equipment failure rate and later operation and maintenance costs, improve project acceptance rate and performance reputation, and accumulate a large number of high-quality government and enterprise cooperation resources and benchmark engineering cases. Meanwhile, the standardized and modular mass production structure design effectively reduces clients’ comprehensive costs of production and assembly, process treatment and quality inspection and commissioning, and improves batch engineering delivery and project implementation efficiency. After the updated product launch, clients’ high-end equipment orders and sales continue to grow, the segmented market share increases steadily, core technology and design barriers are continuously strengthened, and the core industry competitiveness in the field of high-end ultra-high voltage power equipment is comprehensively enhanced.

HURAKAN始终秉持“设计赋能重工装备、工艺保障工程价值”的核心服务理念，深耕高端电力能源、重工工业装备设计赛道，坚持以电力安全标准、工程工况需求、量产工艺规范与商业市场逻辑为核心，杜绝脱离实际的概念化创意设计。本次特高压电力变压器项目，以电力安全与设备稳定为核心底线，以造型美学重塑高端电力装备视觉标准，以结构创新强化设备核心性能，以人机优化降低工程运维成本、提升作业安全性，通过全链路、高合规、可落地的工业设计服务，实现产品颜值、性能、安全性与商业竞争力的全方位升级。未来，HURAKAN将持续聚焦能源重工装备设计领域，以严谨的工程落地经验与前沿的创新设计思维，为电力制造客户打造高安全、高稳定、高适配、高溢价的标杆级重工产品，持续助力品牌深耕高端能源基建赛道，稳固行业头部竞争地位。

HURAKAN always adheres to the core service philosophy of "design empowers heavy industry equipment, and craftsmanship guarantees engineering value", deeply engages in the design track of high-end power energy and heavy industry equipment, and focuses on power safety standards, engineering working condition requirements, mass production process specifications and commercial market logic while eliminating impractical conceptual creative design. With power safety and equipment stability as the core bottom line, this ultra-high voltage power transformer project reshapes the visual standards of high-end power equipment through modeling aesthetics, strengthens the core performance of equipment through structural innovation, and reduces engineering operation and maintenance costs and improves operation safety through human-computer optimization. It realizes all-round upgrading of product appearance, performance, safety and commercial competitiveness through full-link, high-compliance and implementable industrial design services. In the future, HURAKAN will continue to focus on the field of energy heavy industry equipment design, and create benchmark heavy industry products with high safety, high stability, high adaptation and high premium for power manufacturing clients with rigorous engineering implementation experience and cutting-edge innovative design thinking, continuously helping brands deepen the high-end energy infrastructure track and stabilize their leading competitive position in the industry.