Got a companion for your logistics‑park electric light truck? This delivery‑style “energy‑replenishment” device from Ruisu can save you the cost of an entire vehicle in just one year.
Release date:
2026-05-30
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RUISU
If a car Electric light-duty logistics truck It can talk—perhaps the most frustrating moment of every day isn’t stuck in traffic, but rather— Battery level is 20% remaining. , the navigation shows that the nearest charging station is 6 kilometers , drove over and found All vehicles being charged are passenger cars. , After finally managing to get a spot, I found that Insufficient power, slow charging By the time it’s your turn to place the order, the delivery deadline has already been exceeded by half an hour!
This is no exaggeration. Master Xu, who has been driving an electric light-duty truck in Chongqing for four years, has experienced this very “range anxiety”— It’s not that we can’t find a stake; even if we do, we can’t use it. 。 Many logistics drivers even have their own “dedicated charging stations,” and they hesitate to switch locations, because doing so could mean making a wasted trip.
Even more heartbreaking, Master Zhang from the fleet did some calculations: “It needs to be charged 3 to 4 times a day,” It’s a huge waste of time. Sometimes, out of fear that the battery won’t last, I even hesitate to take on jobs that are a bit farther away or when my schedule is tight.
And this is merely a microcosm of the broader wave of electrification in the logistics sector.
I. Many pain points are unsustainable,
The team manager is very anxious.
PART
01
In 2025, cumulative sales of new-energy logistics vehicles surpassed 628,000 units, up 37.4% year over year; the penetration rate for light commercial vehicles reached 31.25%, signaling that the electrification of urban and intercity freight transport is entering a period of rapid growth. Industry forecasts project that by 2026, new-energy light commercial vehicle sales could climb to 860,000 units, with the penetration rate approaching 40%.
The numbers are impressive, but the reality behind them is stark. ：
❌️ Recharging is too slow, Operating profits are eroded: a single energy‑replenishment session for a light‑duty logistics truck takes about 40 minutes (including locating a charging station, queuing, and charging), while vehicles operating on a two‑shift schedule lose 1.5 hours of operational time each day, resulting in an additional 2,000 kilometers less driven per month.
❌️ Misleading range claims, For long-distance driving with frequent charging, the range is typically 300–400 km under standard conditions; however, under heavy load, high speeds, and with the air conditioning on, the real-world range drops to just 200–250 km.
❌️ Fast charging is expensive, “Electricity is no longer cheaper than oil”: During peak hours on highways, electricity prices can soar to 1.8–2.2 yuan per kWh, with charging costs of 0.7 yuan per kilometer—nearly on par with diesel vehicles at 1 yuan per kilometer.
❌️ Information is opaque, The challenges of cross‑regional operations mean that charging apps cannot display real‑time power levels, queue lengths, or vehicle compatibility, leaving drivers to navigate blindly. In the central and western regions, sparse fast‑charging stations with low power output further hinder the development of nationwide trunk‑line freight transport.
Image | Customer Case – 431 kWh Mobile Charge-Storage Integrated Unit, Dual-Port Model
❌️ Logistics parks face a “double blow” when building their own charging stations:
First is the distribution bottleneck: Older industrial parks lack reserved capacity, making expansion costly and difficult to approve, while the suburban power grid is inherently weak.
Second, the renovation costs are high and the implementation period is lengthy: Construction approval processes are complex, often taking six months to a year to finalize; meanwhile, tenant companies may be forced to relocate before they’ve even recouped their investment.
Image | Customer Case – 431 kWh Mobile Charge-Storage Integrated Unit, Dual-Port Model
II. Why is the mobile energy storage vehicle considered the optimal solution for helping logistics parks cut costs?
PART
02
Rather than waiting for power‑distribution capacity expansion, approval processes, or construction timelines, why not adopt a different approach— Let the “electricity” come to the “car” on its own.
Ruisu 431 kWh mobile integrated charging and storage unit , which is specifically designed for urban logistics light trucks “Mobile Power Bank” Product dimensions: 3,205 mm × 1,540 mm × 2,117 mm—neither too large nor too small, precisely tailored to the aisle and parking‑space configurations of logistics parks. Fully electric with zero emissions, it can be flexibly deployed throughout the park, truly achieving… “Takeout-style” power delivery to your door 。
💰 Cost-saving dimension one: peak–valley arbitrage, saving 200,000 yuan per year.
Vehicle operations during the day are concentrated between 8:00 a.m. and 6:00 p.m., precisely during peak electricity‑pricing hours (flat‑rate or peak‑time rates). Meanwhile, logistics parks have limited space, making it impossible to accommodate all vehicles for “queueing at charging stations” during daylight—resulting in wasted time and high electricity costs.
The Ruisu 431 kWh mobile charging‑and‑storage unit charges during off‑peak nighttime rates—where, in some regions, these rates can drop as low as 0.3 yuan per kWh—and is deployed during the day at logistics parks to replenish the energy of light-duty trucks. Based on an average daily energy consumption of 80 kWh for a light-duty truck, A 431 kWh–rated vehicle One day’s preparation can fully charge 6–7 vehicles. to give 。
Compared to charging during peak hours, Each kilowatt-hour saves approximately RMB 0.5–0.8.
— Based on an average of 5 trips per day, the daily electricity cost savings amount to approximately 200–300 yuan , that amounts to 70,000–100,000 yuan per year.
Image | 431 kWh Mobile All-in-One Charging and Storage Unit, Four-Outlet Model
💰 Cost‑saving Dimension 2: Zero‑distribution‑network upgrades, saving millions in infrastructure investment.
Installing a fixed charging station—from upgrading the power distribution system to carrying out construction—requires an investment of at least RMB 200,000 to 500,000; if it involves increasing power capacity, modifying the electrical infrastructure, or replacing transformers, the cost can easily exceed one million yuan.
Meanwhile, the Ruisu mobile energy storage unit is completely independent of the grid, requiring no civil engineering or power‑capacity‑increase approvals; simply drive it into the industrial park and start using it—this is what truly constitutes… “Zero infrastructure costs” ”。
💰 Cost-saving Dimension 3: Carbon and Noise Reduction, Lower Operating Costs
Compared with traditional diesel generator vehicles, Carbon emissions reduced by 90% to Up 。 While responding to the “Green Freight” policy, logistics enterprises can also sidestep hidden costs associated with fuel procurement, transportation, and storage, further reducing their overall operating expenses.
⚡ High‑efficiency dimension: Dual‑gun or quad‑gun options available, ready to go at full power anytime.
Equipped with a dual-gun DC fast-charging interface (optionally configurable to meet specific needs), Maximum output power: 400 kW (200 kW per gun) , Lithium iron phosphate battery packs boast a cycle life of up to several thousand cycles, The service life can reach 8 to 10 years. , with an IP67 high‑protection rating and IP54 system protection, it handles the complex operating conditions of logistics parks with ease.
Image | A Ruisu 431 kWh energy storage system mounted on a pickup truck
A clear comparison: In the past, electric light‑truck drivers spent an average of about one hour charging—time spent locating a charging station, waiting in line, and actually charging. With Ruisu’s mobile energy‑storage solution offering on‑site service, vehicles can “stop and charge immediately, then leave once fully charged,” eliminating the need for drivers to step away from their trucks to find a station. A single recharge can be completed in under 40 minutes, allowing drivers to make one to two additional trips per day.
III. Imagine a scene like this:
PART
03
Scene 1: Morning rush hour, vehicles “stop and charge immediately”
At 8:30 a.m., at a logistics park in a certain city, ten electric light‑duty delivery trucks rolled into the facility one after another. Two pickup trucks arrived on site, each carrying a Ruisu 431 kWh mobile charging‑and‑storage unit. With both charging guns operating simultaneously, vehicles can “stop and charge, then leave once fully charged.” Drivers simply scan a QR code, plug in the charger, and enjoy a cup of coffee—then, in 15 to 20 minutes, they’re ready to hit the road with a full battery.
Scene 2: Nighttime energy replenishment—zero interference ensures seamless energy storage.
At 11:00 PM, electricity prices enter their off-peak period. Staff drive a mobile energy-storage vehicle to a designated site and use the six-hour nighttime low‑price window to charge it slowly at a power rate of roughly 50–60 kW. By early the next morning, the system is fully recharged and ready to deliver another round of services.
Logistics parks can enjoy cost‑saving benefits from “off‑peak charging and peak‑time discharging” without spending a single penny on building charging stations or upgrading their electrical infrastructure!
Scene 3: Holiday Emergency Response—Temporary Charging Ensures Reliability
During the peak logistics periods of “618” and “Double 11,” even the charging resources that usually suffice can suddenly fall short. Adding an additional mobile energy-storage unit on short notice requires no approvals—just arrive and start using it right away.
Image | Customer Case – 431 kWh Mobile Integrated Charging and Storage Unit, Four-Port Model
Guangzhou Ruishu Intelligent Technology Co., Ltd. has been deeply engaged in energy storage and smart charging technologies for many years, dedicated to providing professional, intelligent solutions for urban logistics, emergency power supply, and remote construction sites. The 431 kWh mobile charge-and-store integrated unit, with its three core advantages—cost reduction through peak‑valley arbitrage, rapid deployment with zero infrastructure requirements, and high‑efficiency fast charging—is poised to become a key component in helping light commercial vehicles cut costs and boost efficiency.
Finally, as the upcoming “618” shopping festival approaches, are your logistics fleets ready?
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