合创时代蒲城6MW×10min火储联调项目建成投运

近日，合创时代陕西蒲城6MW×10min超级电容火储联调项目完成设备安装、系统联调及全项性能检测，正式建成投运。该项目是国内兆瓦级超级电容火储联调由标杆示范迈向规模化复制的标志性实践，充分验证了合创时代超级电容火储解决方案的产品可靠性与一体化工程交付实力。

火储联调是火电灵活性改造的核心技术路径，亦是新型电力系统实现调频保供、夯实电网安全稳定运行基础的重要技术手段，对推动火电产业转型升级、提升新能源消纳水平具备显著产业价值。超级电容储能拥有高倍率充放电、长循环寿命、宽温域运行等核心特性，高度匹配火电AGC 调频短时大功率出力的工况需求，现已成为火储联调领域主流技术路线之一。

依托前期多个兆瓦级超级电容火储标杆项目落地经验，合创时代持续探索超级电容储能在火电调频场景下的创新应用模式，打通超级电容火电调频工程化应用路径。沉淀设备研发、现场实施、系统调试全链条实战经验后，企业不断迭代产品技术与项目交付体系，搭建标准化、规范化火储联调全流程建设能力，推动技术方案在多区域、多工况火电场景快速复制落地。

本次蒲城项目储能单元采用合创时代集装箱式超级电容储能系统，共2套3MW10min超容储能系统。系统集成超级电容单体、液冷电容PACK、电容簇、中控柜、CMS电容管理系统、液冷温控及多级消防防护系统；集装箱整机尺寸 5090mm×2438mm×2896mm，总重24t，防护等级IP54，支持-40℃~+65℃宽温域稳定运行，直流工作电压区间1000-1500V。项目构建智能液冷温控+多参量复合火灾探测+PACK级全氟己酮灭火、舱级气体灭火、水消防末端防护多层级消防架构，从硬件本体、控制策略、安全防护三个维度，保障复杂电厂工况下设备安全、可靠运行。

面向行业发展新阶段，合创时代将持续聚焦火电灵活性改造与火储联调核心赛道，迭代优化超级电容储能产品与整体解决方案，输出标准化、可复制的火储联调一体化工程服务。以落地项目的实战实绩驱动行业技术迭代升级，为新型电力系统构建以及火电产业高质量发展提供有力支撑。

Empowering Thermal Power AGC Frequency Regulation–Supercapacitor Thermal-Power Storage Solution Passes Large-Scale Verification|Shaanxi Hechunk Era Technology Co., Ltd’s6MW×10min Thermal-Power Storage Coordination Project in Pucheng Put into Operation

Recently, the 6MW×10min supercapacitor thermal-power storage coordination project ofShaanxi Hechunk Era Technology Co., Ltdin Pucheng, Shaanxi, has completed equipment installation, system joint commissioning and full-performance testing and was officially put into operation. As a landmark practice marking the transition of China’s megawatt-level supercapacitor thermal-power storage coordination from benchmark demonstration to large-scale replication, the project fully verifies the product reliability and integrated engineering delivery capability ofShaanxi Hechunk Era Technology Co., Ltdsupercapacitor thermal-power storage solution.

Thermal-power storage coordinated regulation represents a core technical route for the flexibility retrofitting of thermal power plants. It also serves as a vital technical approach for new-type power systems to deliver frequency regulation and power supply guarantee and consolidate the stable and safe operation of power grids. It carries prominent industrial value in advancing the transformation and upgrading of the thermal power sector and improving the accommodation of new energy. Featuring high-rate charge and discharge, long cycle life and wide operating temperature range, supercapacitor energy storage is well suited to the operating conditions requiring short-duration high-power output for thermal power AGC frequency regulation, and has become one of the mainstream technical routes in thermal-power storage coordination.

Drawing on the implementation experience of multiple earlier megawatt-level benchmark supercapacitor thermal-power storage projects,Shaanxi Hechunk Era Technology Co., Ltdkeeps exploring innovative application modes of supercapacitor energy storage for thermal power frequency regulation and paves the way for its engineering deployment. Having accumulated full-spectrum practical experience covering equipment R&D, on-site implementation and system commissioning, the company continuously upgrades product technologies and project delivery systems, builds standardized and well-regulated full-process construction capacity for thermal-power storage coordinated regulation, and facilitates rapid replication of technical solutions for thermal power plants across diverse regions and operating scenarios.

The energy storage units of this Pucheng Project adopt containerized supercapacitor energy storage systems manufactured by Shaanxi Hechunk Era Technology Co., Ltd., consisting of 2 sets of 3MW/10min supercapacitor energy storage systems in total.The system integrates supercapacitor cells, liquid‑cooled capacitor PACKs, capacitor clusters, central control cabinets, CMS capacitor management systems, liquid cooling temperature control systems and multi‑stage fire protection systems.The overall dimensions of each container unit are 5090mm×2438mm×2896mm with a total weight of 24 tons and an IP54 protection rating. It supports stable operation within a wide temperature range of -40℃ to +65℃, with a DC operating voltage range of 1000V–1500V.The project establishes a multi‑layer fire protection architecture featuring intelligent liquid cooling temperature control, multi‑parameter composite fire detection, per‑PACK perfluoroketone fire suppression, cabin‑level gas fire extinguishing and terminal water fire protection. From three dimensions including hardware equipment, control strategies and safety protection, it ensures the safe and reliable operation of equipment under complex working conditions of power plants.

The project adopts a multi-level fire protection architecture integrating intelligent liquid cooling temperature control, multi-parameter composite fire detection, PACK-level perfluoroketone fire suppression, cabin-level gas fire extinguishing and terminal water fire protection. Covering hardware design, control strategies and safety protection in all dimensions, the system ensures safe and stable operation of equipment under complex power plant working conditions.

Entering a new phase of industrial development,Shaanxi Hechunk Era Technology Co., Ltdwill continue to focus on the core business of thermal power flexibility retrofitting and thermal-power storage coordinated regulation. The company will iteratively optimize its supercapacitor energy storage products and integrated solutions, and deliver standardized, replicable turnkey engineering services for thermal-power storage coordinated regulation. Drawing on practical results from commissioned projects to fuel technological advancement across the sector,Shaanxi Hechunk Era Technology Co., Ltdwill provide strong support for the development of new-type power systems and the high-quality growth of the thermal power industry.