全场景产品矩阵
曼恩斯特子公司安诚能科以提供极致安全、高效智能的风电、光伏、储能一体化解决方案为己任，目前进行了深度的产业布局，构建了以集中式储能为核心业务、工商业储能及用户侧储能产品为主力业务的多层次产品矩阵，应用于综合能源利用、新能源消纳、削峰填谷、需量调节、应急备电等多元化场景。
一、集中式储能
液冷集装箱储能系列是标准的集装箱设计，易于安装维护，显著降低了运输与安装成本，单机容量最高达5015 kWh，输出功率突破2508 kW，电池组采用先进的液冷技术方案，IP54防护等级可适配高温、高寒等严苛环境。同时，PACK级消防系统和智能温控技术有效提升了电池寿命及安全性，成为新能源电站削峰填谷、电网侧调频的首选。
二、工商储
风冷工商储系列，适用于工业园区和商业体，支持户内外灵活部署。电芯采用大容量能量型LFP电池，搭配成熟可靠的空气冷却技术，实现电池温度的可管可控。采用机柜级气溶胶防火技术，确保产品的安全使用。
液冷工商储系列，适用于工业园区和商业体。电芯采用大容量能量型LFP电池，电池组采用先进的液冷技术解决方案，温差≤5℃。采用包级全弗己酮防火技术，高效环保；可支持多机多柜，应用灵活。
三、户储
堆叠式家庭储能系列采用模块化设计，电池容量可任意选择，灵活切换不怕断电。LFP电芯与IP高防护等级提供多重安全保护，将有效保障家庭日常用电需求，助力实现“自给自足”。
多维应用场景
曼恩斯特储能一体化解决方案广泛覆盖能源系统全链条，通过削峰填谷与需量调节有效平衡电网负荷、提升供电稳定性，同时为工商业、家庭及关键设施提供应急备电保障；在发电侧、电网侧及用户侧构建多层次储能部署，支撑新能源高效并网、企业节能降本与家庭能源自给，形成从集中式到分布式的全场景应用生态，全面赋能电力系统灵活性与可持续性，加速零碳能源转型进程。
近期案例分享
该项目建成后，平均年上网电量为12.2亿度，相当于每年可节约标准煤39万吨，减排二氧化碳约107万吨、二氧化硫约108万吨、氮氧化物约172吨。曼恩斯特为该项目提供224个20尺液冷集装箱电池柜，装机容量为0.25GW/1GWh。
Driven by the global energy revolution and the “dual-carbon” goal, energy storage technology has become the core pillar for building a new type of power system. With deep insight into industry trends and product layout, Mannstar has launched integrated energy storage solutions, which are committed to providing users with efficient, intelligent and sustainable technical services and helping green energy transformation.
Mannstar subsidiary Ancheng Energy Science to provide the ultimate safety, high efficiency and intelligent wind power, photovoltaic, energy storage integration solutions for its own responsibility, is currently carrying out a deep industrial layout, building a centralized energy storage as the core business, industrial and commercial energy storage and user-side energy storage products as the main business of the multi-level product matrix, applied to comprehensive energy utilization, new energy consumption, peak shaving to fill in the valley, demand regulation, emergency power backup, etc. Diversified scenarios.
Mannstar's containerized energy storage system adopts advanced thermal management technology to ensure stable operation under various environmental conditions. The system is characterized by high energy density, fast response and flexible deployment, which can meet the needs of projects of different scales.
The Mannstar Commercial and Industrial All-in-One Energy Storage System integrates highly efficient energy conversion technology and intelligent management systems to provide reliable power security and energy saving solutions for businesses.
Mannstar stacked home energy storage systems provide clean and stable energy reserves for home users with their compact design and convenient installation.
Mannstar's integrated energy storage solution covers the whole chain of energy systems, effectively balancing the grid load and enhancing power supply stability through peak shaving and valley filling and demand regulation, while providing emergency power backup for industrial and commercial sectors, households and key facilities; it builds a multi-level energy storage deployment on the power generation side, the grid side and the user side, which supports the efficient grid connection of new energy sources, energy saving and cost reduction of enterprises and self-sufficiency of household energy, forming a full-scenario application ecosystem ranging from centralized to distributed. It forms a full-scenario application ecology from centralized to distributed, comprehensively empowers power system flexibility and sustainability, and accelerates the process of zero-carbon energy transition.
Located north of the Taklamakan Desert, the Xinjiang Corps First Division Alar City PV Base Distribution and Storage Project was successfully connected to the grid on November 30, 2024. The entire project covers an area of more than 30,000 acres, and is the largest PV project with the largest capacity in operation in Xinjiang Production and Construction Corps.
After the completion of the project, the average annual grid-connected electricity will be 1.22 billion kWh, which is equivalent to an annual saving of 390,000 tons of standard coal and an emission reduction of about 1.07 million tons of carbon dioxide, 1.08 million tons of sulfur dioxide and 172 tons of nitrogen oxides. Mannstar provided 224 20-foot liquid-cooled container battery cabinets for the project, with an installed capacity of 0.25GW/1GWh.