Ruisu’s 5 MWh mobile energy storage and charging solution provides “full‑power protection” for data centers.


Data Center Mobile Power Supply Solution

A safe, efficient, green, and economical end-to-end energy solution

I. The Challenges of Our Time: Data Center Power Supply Faces Multiple Dilemmas

As the “East Data, West Computing” initiative gains full momentum, large AI models are experiencing explosive growth, and data centers have evolved from traditional information hubs into critical computing infrastructure that demands both high energy consumption and stringent reliability standards.

Today, data centers face multiple pressing challenges in power supply: on the one hand, the high‑density power consumption of AI computing drives a sharp surge in load, with grid fluctuations, voltage dips, and power outages constantly threatening business continuity; traditional UPS systems and diesel generators respond slowly and offer limited backup duration, making it difficult to meet the stringent 99.999% reliability requirement. On the other hand, under the rigid policy mandate that green‑energy share must reach at least 80%, wind and solar generation remain highly variable, with significant temporal and spatial mismatches. Wind and solar curtailment is widespread, leaving substantial clean power untapped, and making it difficult to balance green‑energy consumption with stable power supply. Meanwhile, the wide price differential between peak and off-peak electricity rates drives up power‑consumption costs, while lengthy grid‑expansion cycles and cumbersome connection‑approval processes further increase project investment and operational burdens. Coupled with the slow delivery times and limited scalability of conventional solutions, operations and maintenance remain heavily reliant on manual labor, resulting in delayed responses and difficulties in promptly identifying potential risks. As a result, long‑term O&M costs remain stubbornly high, making these approaches increasingly ill‑suited to the green data‑center landscape. The need for colorization and efficiency-driven development.

Especially in the green electricity utilization stage During peak generation periods, solar and wind power plants face excess electricity and transmission constraints, while data centers continue to experience power shortages, making it difficult for the two to align efficiently. This contradictory situation—where electricity is wasted on one hand while supply remains tight on the other—cannot be resolved by conventional fixed‑capacity energy storage and grid‑transmission approaches.

To overcome these challenges, there is an urgent need for a set of… “Mobile, storable, capable of cross‑zone dispatch, and able to absorb surplus renewable energy” An innovative power supply solution — tailored by Ruisu Intelligence for data centers. The 5 MWh mobile charging‑and‑storage system power supply solution was specifically designed to address this pressing challenge of our time.

Faced with soaring data center power densities reaching 20–30 kW per rack, exponentially growing electricity demand, and core challenges such as the volatility of green energy and bottlenecks in grid connectivity, Guangzhou Ruisu Intelligent Technology Co., Ltd.—as National-level Specialized, Refined, Distinctive, and Innovative “Little Giant” Enterprise With years of deep expertise in the customized energy storage sector, we are proudly unveiling a tailor-made power supply solution exclusively designed for data centers. , standing out among numerous competitors through breakthroughs in core technologies and end-to-end service support, Providing for data centers Safe, efficient, green, and cost-effective end-to-end energy solutions , helping to achieve compliant upgrades and high-quality development of computing infrastructure.

II. Solution Overview: Ruisu’s customized energy storage system, tailored to meet the full range of data center requirements.

Ruisu Intelligence is rooted in the core power‑consumption needs of data centers, Leveraging its deep technical expertise in system integration and energy storage applications, it has built… “Customized Design + End-to-End Empowerment + Mobile Green Power Supply” the exclusive power supply solution, The core positioning is “Proactive Power Regulation Hub” , rather than traditional passive backup power equipment.

The scheme innovatively adopts a closed-loop model comprising “wind–solar base‑plus‑energy storage, mobile battery‑charging‑vehicle‑transshipment, and data‑center‑discharge.” "。 First, at wind and photovoltaic power plants, a PCS charging system is used to store surplus clean electricity generated during periods of curtailment in mobile battery containers. At the data center site, two 5 MWh battery containers and a 2,500 kW PCS discharging system are deployed to provide stable power directly to IT loads. When the data center’s battery capacity falls short, mobile energy‑storage‑and‑charging vehicles swiftly transport and replenish the green electricity stored at the renewable‑energy base, enabling continuous, cross‑regional, and cross‑time‑slot green power supply.

This model addresses wind and solar curtailment at the source, converting otherwise wasted clean electricity into a stable, reliable energy supply for data centers. It truly achieves “green‑energy transportation, temporal and spatial mismatching, and efficient utilization,” thoroughly addressing industry challenges such as the instability of wind and solar power, severe curtailment of renewable energy, and difficulties in grid integration.

In response to the high-power requirements of large-scale data centers, Customized high‑density energy storage units paired with multi‑gun fast‑charging configurations form a mobile charge‑and‑store system, offering a maximum capacity of up to 5 MWh and adjustable single‑gun power ranging from 80 to 400 kW. , perfectly matching the power requirements of high-density server clusters; to address the flexible deployment needs of edge data centers, it adopts Trailer-type Designed to operate independently of the grid—requiring no prior grid infrastructure—this solution can be rapidly deployed via trailer transport, boosting deployment efficiency by 90% compared to traditional fixed charging stations and bridging the “last mile” of power supply. To meet the green‑energy compliance requirements of national hub nodes, it features a customized integrated module that combines green‑power integration, energy‑storage smoothing, and mobile refueling, mitigating fluctuations from wind and solar sources, maximizing local consumption of curtailed wind and solar power, and enabling real‑time absorption and efficient utilization of green electricity—helping projects easily achieve an 80% green‑energy share.

The core application scenarios of the solution include: The national hub-node AIDC, large-scale data centers in urban core areas, edge data centers, and high-density computing centers have all been successfully deployed and validated across multiple computing‑power projects, achieving stable operation.

III. Breakthroughs in Core Technologies: Five Distinctive Advantages Forge Ruisu’s Competitive Barriers

In the highly competitive, commoditized energy storage market, Ruishu Intelligence has managed to stand out by focusing on customized energy storage solutions. Addressing the pain points of data center applications, it has developed… Five Core Technological Advantages , achieving all‑round breakthroughs from hardware to software implementation, far surpassing the industry’s standard generic solutions.

🔋 1. BMS Battery Management System

An ESBMM–BCMU–ESMU three-tier management architecture is adopted: the first‑level ESBMM performs real-time acquisition of individual cell voltage and temperature, while also providing thermal management and bidirectional active balancing; the second‑level BCMU monitors the cluster’s total voltage and total current, collects data from the ESBMM, and transmits it to the third level via the CAN protocol, while simultaneously issuing alarms and implementing protective measures for battery‑pack abnormalities; the third‑level ESMU processes, analyzes, alarms on, and records the data uploaded from all levels.

🤖 2. Intelligent Operations and Maintenance Scheduling

It is divided into three categories of application scenarios, with the following core functionalities: the standalone version supports real-time monitoring, fault alarms, historical data retrieval, and remote control; the multi‑machine version enables multi‑point monitoring, centralized management, integrated alarm systems, and comparative analysis across multiple systems; the cluster management solution offers GIS‑based map positioning and tracking, cluster scheduling, advanced big‑data analytics, and comprehensive early‑warning capabilities.

🛡️ 3. Dustproof/Sandproof/Waterproof/Anticorrosion Design

To meet the demands of outdoor operation, the enclosure is coated with a zinc‑rich primer, an intermediate coat, and a high‑weatherability polyester topcoat. Steel components undergo degreasing and shot blasting to resist rust and dust. In addition, the cabinet’s sealing design has been enhanced: the door, sealing strips, inlet and outlet openings of the liquid‑cooling unit, and cable entry points all feature dedicated protective measures, ensuring compliance with the IP54 outdoor protection standard and preventing sand and moisture from entering and creating safety hazards.

🚛 4. Vibration-Resistant Design

Equipment stability under vibrational conditions is ensured through multi‑dimensional optimization: the laser welding process is refined and weld‑spot quality is rigorously inspected; vibration‑isolating fasteners, viscoelastic gaskets, and high‑density silicone rubber shock‑absorbing pads are employed to dissipate vibrational energy; high‑performance thermally conductive silicone grease and self‑locking bolts are selected to optimize cable connections and the overall structural design. Modal analysis and vibration testing confirm that, when subjected to transportation or ground‑borne vibrations below Level 3, discharge performance remains unaffected.

🔥 5. Fire Protection System

Adhering to the principle of “prevention first, combining prevention with extinguishment,” the system centers on automatic fire suppression and is equipped with heptafluoropropane and perfluorohexanone automatic fire‑extinguishing systems, as well as a water spray system. It features both automatic and manual control modes, employs photoelectric smoke and heat detectors for fire detection and alarm, initiates evacuation linkage during the delay phase, and sends feedback signals to the fire control center after agent discharge, thereby ensuring fire protection, fire suppression, and personnel safety during evacuation.

IV. Beyond Products: Full-Lifecycle After-Sales Service—Unlocking the Key to Long-Term Partnerships

For data centers, the value of energy storage solutions extends beyond the equipment itself to encompass long-term, reliable operations and maintenance. After all, energy storage systems are expected to operate continuously for 10 to 15 years, and the speed of after-sales response and the level of operational expertise directly impact both power supply reliability and overall operating costs.

Ruisu Smart Typing Addressing the industry’s pain point of “emphasizing sales while neglecting after-sales service” , has established a full‑lifecycle after-sales service system that meets seven‑star standards, providing data center customers with "One-stop, end-to-end" Guarantee—this is also Ruisu’s core soft‑power advantage over its competitors.

V. Empowering the Times: Ruisu and Data Centers Jointly Build a New Green Computing Ecosystem

Looking ahead, Ruishu Intelligence will continue to deepen its expertise in the data center energy storage sector, closely aligning with industry policy directions and technological trends, while continuously refining its products and solutions. Promote the deep integration of high-voltage DC and liquid-cooled energy storage, popularize hybrid energy-storage technologies, and help data centers achieve the triple objectives of “secure power supply, green compliance, and cost optimization.”


📞 Dedicated consultation channel for data centers

Are you concerned about the compliance, stability, and cost-effectiveness of your data center’s power supply solution? Do you want to quickly obtain a customized energy storage solution tailored to your specific needs? Call us today for end-to-end services that include one‑on‑one expert consultation, free solution assessment, and bespoke planning—eliminating cumbersome procedures and ensuring a swift response to every one of your requirements.

Ruisu Intelligence

Company website: www.gzruisu.com

Company Name: Guangzhou Ruishu Intelligent Technology Co., Ltd.

Company Service Hotline: 020-66260688 / 133-3288-5836

Company Address: No. 160, Tashan Avenue, Zengjiang Street, Zengcheng District, Guangzhou, Guangdong Province

#Mobile Charging and Storage Vehicle #Data Center Power Supply #Megawatt Flash Charging #NewEnergyChargingUpgrade #End-to-End Energy Solutions #Ruisu Intelligent Technology

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