Mobile fast charging + stationary energy storage! How powerful is Ruisu Intelligent’s megawatt‑class integrated charging‑and‑storage system?

When the “range anxiety” of new-energy vehicles collides with the “charging difficulties” of construction machinery, and when grid‑load pressure meets the bottleneck of ultra‑fast charging efficiency, Ruisu Intelligence… Self-developed all-liquid-cooled megawatt-level flash-charging and energy-storage integrated system The ultimate answer has been provided. This project brings together “ Supercharging speed 、 Energy storage buffer 、 Intelligent Scheduling “A cutting-edge, all-in-one black technology that not only achieves…” Charge for 5 minutes ， 600 km of range Its seamless oil‑electric hybrid performance, coupled with all‑round advantages that outstrip those of its competitors, provides a benchmark‑level solution for the global transition to electric vehicles and electrified construction machinery.

The core competitive advantage of Ruishu Intelligent’s megawatt‑scale flash‑charging and storage‑integrated system lies in its ability to… High-Power Supercharging ” and “ Large-capacity energy storage “Deep integration not only addresses the challenge of ultra‑fast charging’s impact on the power grid but also delivers unparalleled energy‑replenishment efficiency.”

Its secret lies in two core, in-house-developed technologies:

1. 1500v Module , support  1500A-3000A Peak current output ensures that the charging power of a single gun can reach 2MW；

2. Lithium iron phosphate energy storage battery pack , with a single-unit energy storage capacity of up to 500 kWh, it can achieve peak‑shaving and valley‑filling as well as staggered discharge. With the support of dual technologies, the system effortlessly achieves “ Charge for 5 minutes ， 600 km of range Industry‑leading performance — compared with BYD’s 1.5 MW ultra‑fast charging pile, energy‑replenishment efficiency is improved.  40% ; Compared with the JK storage‑free scheme, the overall energy consumption is reduced.  25% , completely shatter “ Ultra-fast charging is fast but strains the power grid. The industry’s predicament.

The Ruisu Intelligent MW Flash‑Charge‑Storage Integrated System leads the industry thanks to its all‑round superiority in performance, compatibility, and cost efficiency, with numerous technical metrics far surpassing those of competing products.

1.  Power ceiling: 2MW Consistent performance, leading the way in the Supercharge 2.0 era.

While most companies are still working to master 1.2–1.5 MW charging‑storage systems, Ruisu Intelligent has already achieved stable 2 MW output, with a single charging pile capable of simultaneously charging two electric heavy‑duty trucks or four new‑energy passenger vehicles. Real‑world test data show that charging a 100 kWh‑capacity new‑energy vehicle from 30% to 80% takes just 8 minutes—twice as fast as the industry average—and replenishing a 500 kWh‑capacity electric mining truck in 15 minutes can meet four hours of operational demand, fully addressing the critical need of construction machinery for “large battery capacities and rapid energy replenishment.”

2.  Grid-friendly: Energy storage buffering + intelligent scheduling, zero-impact energy replenishment

Relying on “ Integrated charging and storage Architecture: The system can automatically monitor grid load—during peak demand, it prioritizes discharging and recharging the energy storage battery to prevent grid overload; during off-peak periods, it automatically replenishes the battery, reducing electricity costs. Taking a logistics park as an example, after deploying the Ruisu system, the savings from the grid’s peak–valley tariff differential amounted to… 30% , while also preventing circuit tripping caused by overcharging—this is a core advantage that competing “pure overcharging” or “separated storage” solutions cannot deliver.

3.  Full-temperature-range compatibility: stable operation from -35°C to 55°C, with no performance issues in extreme conditions.

Does charging efficiency plummet in northern winters? Do equipment units frequently shut down in high‑temperature regions? The Ruisu system, with its “all‑liquid‑cooling thermal management + constant‑temperature energy storage compartment” design, maintains a power retention rate of over 90% even at −35°C and can operate continuously for 12 hours without failure at 55°C. By contrast, the JK charge‑storage system experiences significant power degradation at −25°C.  40% Its performance has enabled Ruisu to completely resolve the issues of new energy equipment. Winter wanes, summer surges. The industry’s pain points.

4. Battery Guardian: Cell-level protection, extending battery life by 20%

Original creation “ Battery Protection Algorithm for Charge–Discharge Coordination It continuously monitors battery voltage, temperature, and state of charge (SOC), and dynamically adjusts the charging current via the energy storage module, thereby preventing battery degradation caused by the high‑current surges typical of conventional overcharging. Field tests at a mining site show that electric haul trucks equipped with the Ruisu system see their battery cycle life extended from 1,200 to 1,450 cycles, reducing battery replacement costs per vehicle by RMB 180,000.

5. Full‑scene compatibility: mobile and fixed networks, with seamless coverage from urban areas to mining sites.

The system supports a dual‑mode deployment of “fixed stations + mobile vehicles”: fixed stations are compatible with charging stations and logistics parks, while the mobile energy‑storage‑and‑charging vehicle integrates 500 kWh of energy storage with a 2 MW ultra‑fast charging module, enabling direct access to off‑grid sites such as mines and construction sites. Compared with the industry’s single‑mode fixed‑station approach, Ruishu Intelligence achieves… Where do I need to top up? , which There’s a station right there. ”, with comprehensively superior scene adaptability.

6. Intelligent Operations and Maintenance: AI-powered remote management, with a failure rate lower than 0.3%

Equipped with “ Integrated Charging and Storage Cloud Platform ”, enabling real-time monitoring of energy storage capacity, charging status, and equipment health, and supporting Remote diagnosis 、 Automated Operations and Maintenance . Data shows that the Ruisu system has an annual average failure rate of only 0.28% , significantly below the industry average of 1.5%, resulting in reduced operations and maintenance costs.  60%。

The value of Ruishu Intelligent’s megawatt‑class flash‑charging and energy‑storage integrated system is fully demonstrated when compared with conventional charging solutions across a wide range of applications. From urban passenger vehicles to construction‑site machinery, and from densely populated grid areas to remote operational sites, Ruishu’s solution comprehensively addresses the longstanding pain points of traditional charging—namely, efficiency, compatibility, and cost.

1. Urban New-Energy Passenger Vehicles: From “Waiting in Line for 1 Hour” to “Fully Charged and Ready to Go in 3 Minutes”

Current Status of Traditional Charging : Most mainstream ultra‑fast charging stations deliver 60–120 kW, taking 30–45 minutes to charge from 30% to 80%, with queues at peak times often exceeding one hour. While some 1‑MW‑class ultra‑fast chargers offer faster charging, their direct connection to the grid frequently triggers overload protection during peak demand periods, resulting in poor charging stability.

Ruisu Solution Effectiveness : Following the deployment of five integrated storage‑charging stations by Ruisu Intelligent, each station boasts a power capacity of 2 MW, achieving “ Charge for 3 minutes ， 400 km of range “The energy storage module helps buffer grid demand, eliminating the risk of circuit tripping during peak periods. Operational data show that the average daily number of vehicles served per station has increased from 53 at conventional ultra‑fast charging stations to 82, while the average user wait time has decreased from…” 30  Minutes compressed to 5  Minutes, electricity costs are reduced thanks to “peak‑shaving energy storage.”  28%。

2. Port Logistics: From “Equipment Idle While Charging” to “Seamless Tidal‑Based Storage and Charging Integration”

Current Status of Traditional Charging Port‑based electric straddle carriers typically rely on 400 kW fixed charging stations, with each vehicle requiring 1.5 to 2 hours for a full charge. To ensure operational continuity, a 1:2 vehicle‑to‑charger ratio is necessary, resulting in equipment idle rates exceeding 40%. Meanwhile, simultaneous charging of multiple straddle carriers can cause sudden spikes in the port’s grid load, necessitating additional investments—on the order of several million—to upgrade the power infrastructure.

Ruisu Solution Effectiveness : After the Hong Kong deployment of 20 Ruisu integrated storage-and-charging systems, it adopted “ Tidal Storage and Charging Mode: During peak hours in the morning, noon, and evening, energy storage batteries are used to provide fast charging for container trucks, with each unit requiring only… 20 minutes; during off-peak hours, low-cost electricity is used to recharge the energy storage system. Compared with conventional solutions, the “vehicle-to-charger ratio” is reduced to 1:1.2 , Equipment utilization rate improved 50% ; Annual electricity cost savings 120 Ten thousand yuan, and without the need to upgrade the power grid, it directly reduces initial investment by 3 million yuan.

3. Mining Operations: From “Dependent on the Grid and Limited” to “24-Hour Operations in Off-Grid Areas”

Current Status of Traditional Charging : Mine‑site electric haul trucks typically have battery capacities of 500–800 kWh. A conventional 600 kW charging station requires 1.5 hours to fully charge, and it necessitates the installation of a high‑voltage power grid extending to the mining face, with grid‑construction costs in remote mines reaching several million yuan per kilometer. In cold winter conditions, charging efficiency declines by 30–50%, reducing the average daily operating time of the haul trucks by up to four hours.

Ruisu Solution Effectiveness : After introducing 10 Ruisu mobile charging and storage vehicles, the coal mine no longer needs to lay power lines; these vehicles can directly reach the mining site to recharge the haul trucks. 15  It takes only minutes to charge the mining truck to 80% Battery life, sufficient to meet 4  Hourly homework requirements; “ All-liquid cooling with temperature control + constant-temperature energy storage compartment “The design ensures that charging efficiency remains above 90% even at temperatures as low as -30°C. Compared with conventional models, the average daily operating time of mining cards has increased from…” 12 Hours extended to 20 Hours, annual production capacity per mine increased  15% , resulting in a direct reduction of grid construction costs by RMB 8 million.

4. Infrastructure Projects: From “Insufficient Charging Coverage” to “Seamless Deployment Across All Scenarios”

Current Status of Traditional Charging On construction sites, electric excavators, road rollers, and other equipment operate in dispersed locations. Traditional fixed charging stations can only serve the core areas, forcing equipment at peripheral work sites to halt operations and relocate for charging—a round trip that takes 1–2 hours. Moreover, the site’s temporary power grid is unstable, leading to frequent charging station outages and a failure rate exceeding 5%.

Ruisu Solution Effectiveness : The new district’s infrastructure projects adopt Ruisu “ Fixed charging and storage station + mobile charging and storage vehicle Combined solution: Five fixed stations cover the core work area, while three mobile charging‑and‑storage vehicles serve peripheral construction sites, enabling “charge on demand” without relocating the equipment. An AI‑powered operations and maintenance system monitors equipment status in real time, reducing the failure rate to below 0.3%. Compared with conventional solutions, the charging coverage has increased from… 60% Upgrade to 100% , reduced equipment downtime for charging  80% , project duration shortened  30%。

Ruisu Intelligence is not only a pioneer in technological innovation but also a key architect of industry standards. At present, from… From urban passenger vehicles to heavy construction machinery, from areas with grid coverage to remote mining sites. , the Ruisu Intelligent Megawatt Flash Charging and Storage‑Integrated System, through a comprehensive comparison with conventional charging methods, highlights “ Speed 、 Safety 、 Compatible 、 Economy Its core strengths thoroughly dismantle the multiple bottlenecks hindering new‑energy charging. Looking ahead, as the global new‑energy industry accelerates, Ruisu Intelligence will continue to drive progress through technological innovation. Integrated Charging and Storage Upgrade , let “ Same speed for both oil and electric power. “Benefiting more scenarios, leading the global new-energy charging industry into…” The Era of Chinese Standards ”。

Risk Warning: Technology adoption falls short of expectations (e.g., battery‑life issues); grid‑load pressures arise from concentrated use of ultra‑fast charging stations, causing fluctuations; and industry competition intensifies as automakers’ in‑house R&D diverts orders.