Ruisu Intelligence unveils its world‑first 2 MW flash‑charging solution: from industrial heavy‑duty equipment to everyday passenger vehicles, it leads the industry in revolutionizing energy replenishment across all use cases.

While the industry is still grappling with “ Can megawatt‑level flash charging be implemented? "at the time," Ruisu Intelligence Directly play the “king card”— 2MW The all‑flash charging solution makes its global debut! It’s about more than just charging speed. Flash sale “On the same level, it can even range from mining trucks to family sedans.” To win all. Even the payback period—what station owners care about most—has left their peers far behind. This energy‑replenishment revolution is truly set to rewrite the industry’s rules!

In the current new-energy charging sector, various stakeholder groups are repeatedly “tormented” by their own pain points:

• Construction vehicle owner ： Battery capacity of heavy-duty mining trucks  800kWh , charge using a standard charging station 4 It takes an hour to make a single trip, and at most you can make one trip per day. 2 As for range, while battery-swap stations are fast, the 5-million‑yuan cost of building a station—plus 20 spare batteries at 150,000 yuan each—makes the upfront investment so burdensome that it’s hard to catch your breath.
  
  
• Logistics driver: Queuing for charging at a highway service area. 3  Hours later, after the charge was complete, I found “ Misleading range claims “…in reality, the system triggers an alarm before even reaching half capacity; and some megawatt‑class charging piles, though they appear to deliver high power, drop to 300 kW when multiple vehicles are charging simultaneously—making them no better than standard fast chargers.”
  
  
  

• Private car owner: The charging station in the residential community has low power, from... 20% Need to charge to full  6 Hours; mall ultra-fast charging station power “ One-size-fits-all “Every time I charge it, I worry that the battery will degrade faster.” 4  The battery life is now only what it used to be. 60%。
  
  
• Station investors: A conventional megawatt‑scale station built at a cost of 1.5 million yuan can only serve passenger cars—commercial vehicles can’t plug in. After three years of operating a battery‑swap station, the depreciation of the batteries alone has already wiped out 2 million yuan, and breaking even remains far off.

The root cause of these pain points lies in the industry’s entrapment in “ Power rating exaggeration 、 Fragmented scenes 、 High costs “The vicious cycle — and Ruishu Intelligence” 2MW The all‑flash charging solution was specifically designed to break this vicious cycle.

When it comes to charging speed, “megawatt‑level” has long ceased to be a novelty in the industry—yet most of the claims remain at the level of theoretical figures. This time, Ruishu Intelligence has boldly shattered that ceiling— The actual output power of 2000 kW (2 MW) , let “ Charging is faster than refueling. “From slogan to reality:”

• to give 600kWh Charging heavy-duty trucks at battery-powered mines, 10  It can be fully refilled in minutes.  400 Kilometer range , faster than traditional megawatt-scale piles 60%；
  
  

• to give 100kWh Charging a household SUV with the battery, 3 Charges to in minutes 80% , There’s enough time to run during the time it takes to drink a cup of coffee. 300  kilometer;
  
  

• Even more ruthless is “ Smart Power Distribution Black Technology ”: A single station can simultaneously provide 4-6 Trolley charging, for example 2 heavy-duty trucks + 3 passenger cars At the same time, during energy replenishment, the system will… Automatic Power Allocation , while ensuring heavy-duty trucks “ Ultra-fast charging doesn’t delay the project schedule. ”, and also ensures that passenger vehicles don’t have to “wait too long,” thoroughly resolving the issues of conventional ultra‑fast charging stations “ Charging multiple vehicles at once slows down the charging speed. “The pain point.”
  
  

“A dimension-reducing comparison” with competing products ：

Specific examples of disadvantages of competing products ：

• A 1 MW charging station from a certain brand: In a northern logistics park during winter, there was an incident where, when three heavy-duty trucks were charging simultaneously, the station’s power output plummeted from 1,000 kW to 280 kW. Vehicles that had been expected to fully charge in one hour ended up taking three hours, causing significant delays in critical cargo deliveries and resulting in substantial financial losses. Moreover, the equipment began experiencing frequent malfunctions at temperatures below –15°C, requiring five repairs within a single month and severely disrupting the station’s normal operations. In addition, this brand’s charging stations proved entirely incompatible with emerging battery technologies; to accommodate newly acquired high-voltage‑battery‑powered heavy trucks, one logistics park was forced to replace the entire system, wasting its initial investment.
  
  

• A certain battery‑swap station brand: At a port logistics center, this brand’s stations are compatible only with specific heavy‑truck manufacturers, leaving engineering vehicles from other brands unable to use them. On one occasion, a batch of foreign‑made heavy trucks urgently needed to replenish their energy, but because the swap stations were incompatible, they had to wait for conventional charging piles, delaying cargo handling and prompting the port to lodge a complaint against the operator. Furthermore, the maintenance costs for its spare batteries are extremely high; at one site, three spare batteries had to be replaced within six months due to degradation, incurring nearly RMB 500,000 in expenses. Even more critically, as battery technology advances, the swap station’s spare batteries quickly become obsolete, resulting in substantial losses.
  
  

Compared with peers’ “ Pseudo-megawatt “Product (actual power is often rated at”  7 Discount), Ruisu Intelligence 2MW The “ of the fast-charging pile Full-power stable output “Can be called” Dimensionality reduction strike ”— Behind this is in-house development. Liquid cooling technology (Withstands extreme environments from -40°C to 60°C) and Dynamic Load Management Algorithm , truly achieve “ Power is genuine, and it’s fully compatible with all scenarios. ”。

The major challenge in replenishing energy for new-energy vehicles is “ The scenes are too scattered. ， The equipment is not universal. “: Construction vehicles complain that the charging piles don’t provide enough power, while private cars worry about fast-charging stations.” Damaged battery ”, the bus company complained “ The station space is small and cannot accommodate large equipment. ". But Ruisu Intelligent 2MW Flash Charging Solution: simply put “ Dedicated equipment ” becomes “ Universal charger ”：

1. Engineering infrastructure scenario: Mine / Port of “ Efficiency savior ”

Mining trucks and port container-handling vehicles—true “electricity hogs”—require large batteries (400–800 kWh) and rapid recharging; even a one-hour delay can cost them several thousand yuan in lost revenue.

Although traditional battery-swap stations are fast, the investment per station exceeds 500  Ten—plus, you still need to stock 10+ spare batteries (each costing over 100,000); and a standard charging station takes 1.5 hours per charge, which simply can’t keep up with the required service frequency.

Ruisu Intelligence 2MW Fast Charging Station ：

• Construction costs are lower than those of battery-swap stations. 60% , no need for spare batteries, eliminating battery depreciation and scheduling costs;
• 10  Minute-level energy replenishment adaptation Shift work without stopping “Based on an average of three trips per day for the mining truck, this translates to an additional daily revenue of…” 2 Shipping fees—earning over ... in just over a year. 200,000 / Car.
  
  

2. Commercial vehicle scenarios: public transportation / logistics’ Cost-cutting powerhouse ”

Urban buses travel 200 kilometers per day, and traditional charging stations require one hour to replenish their batteries, necessitating twice as many vehicles to maintain scheduled service. Meanwhile, long-haul heavy-duty trucks at highway service areas face the perennial challenge of “waiting in line for two hours to charge for one.”

Ruisu 2MW Fast-Charging Station:

• Bus depot: Utilizing the lunch break  15  Minute‑level energy replenishment, no need for a backup vehicle—can save on a single route. 3 Taiwan standby vehicle (approximately 60 ten thousand);

• Highway Service Area: 15 In just a few minutes, the heavy-duty truck can be fully recharged, allowing drivers to “eat and charge” at the same time—at the service area. Can serve more each day 30  Trolley, revenue increase exceeds 5000  Yuan.
  
  

• Passenger vehicle scenario: residential communities / shopping malls’ “ Flexible partnership ”

What do owners of family cars worry about? Ultra‑fast charging stations take up too much space, and their high power can damage the battery. Ruisu Intelligence. 2MW The fast-charging pile via “ Intelligent Power Adaptation ”, when charging a household vehicle Automatically lower to 200-500kW , it both protects the battery and fits neatly into residential parking spaces or underground shopping‑mall garages. Compared with conventional fast‑charging stations, it can accommodate more units within the same footprint. 2  One charging port means the station operator earns more.

When investing in charging stations, what business owners care about most is… How long will it take to make money? “. Let’s take a single highway service area as an example and do some straightforward calculations:”

Data source: Ruishu’s intelligent terminal‑station operation model, calculated based on average daily service volume and an electricity price of RMB 1.5 per kWh.

The data shows that Ruishu Intelligence 2MW Fast-charging stations not only have a significantly lower construction cost than battery-swap stations, but they can also… Compatible with multiple vehicle models “Increasing service volume, coupled with…” Integrated solar-storage-charging system ” (When paired with photovoltaic panels and energy storage batteries, the peak–valley electricity price differential can help you save. 30% Electricity bill) No wonder many logistics parks and highway groups have already signed contracts in advance—after all, who wouldn’t want to recoup their investment sooner and earn more?

More than just “ Charge ” : What Ruishu Intelligence plans to build is “ Energy Ecological Empire ”. This release of 2MW The solution is a set of “ Solar-storage-charging-cloud “End-to-end system:”

• Photovoltaic panel power generation + energy storage battery for electricity storage During the day, it charges using solar energy; at night, it draws on off-peak electricity stored during the day, significantly reducing electricity costs.  40%；
  
  
• “ Ruisu Energy Cloud The platform can remotely monitor the status of each charging pile, forecast peak vehicle‑charging periods, and even integrate with the logistics fleet‑dispatch system to schedule charging times in advance, ensuring that charging stations operate without queues or idle piles.
  
  
• Open charging protocols allow both passenger vehicles from BYD and Tesla, as well as heavy-duty trucks from Jiefang and Dongfeng, to… Charge with a single plug-in. ”, completely breaking down the “brand barriers” of the battery-swap model.
  
  

When 2MW Fast Charging With blazing speeds, seamless all‑scenario compatibility, and tangible returns right at your fingertips, the “charging vs. battery‑swapping” battle in the new‑energy vehicle charging sector may finally be drawing to a close. This revolution by Ruisu Intelligence not only frees drivers from “range anxiety,” but also shows station operators the potential to “make money while they sleep.” 。

What do you think? 2MW flash charging Which scenario will be disrupted first? Let’s discuss in the comments!

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