Battery Swapping Cabinets For Municipal Electric Two-Wheeler Fleets
Solar-assisted 12-box swapping cabinet with 72V 25Ah packs for municipal two-wheeler fleets.
Battery Swapping For Municipal Administration
A swapping cabinet for municipal fleets: 12 boxes, 11 battery sets, each pack 72 V 25 Ah and 1800 W. A rider swaps a depleted pack for a charged one in under a minute instead of standing at a charger for three hours. A 30.72 kWh LiFePO4 buffer and nine 550 W solar panels let the cabinet keep charging when the grid connection is weak.
Key Benefits
- Swap in under a minute rather than charging for three hours
- GPS and communication protocol included in every pack for fleet tracking
- 5 kW solar input and a 30.72 kWh buffer reduce dependence on the grid connection
- Cells rated for 3000 cycles, packs specified at 2000 cycle lifecycle
Buyers Who Specify This System
- Municipal administrations running electric patrol, sanitation and inspection fleets
- Delivery platforms whose riders cannot afford charging downtime
- Battery swapping network operators entering a new city
- Distributors bidding for government two-wheeler electrification tenders
What Usually Goes Wrong Without It
- Riders lose three hours of shift time to every charge cycle
- Fleet batteries disappear or are swapped for counterfeit packs without tracking
- Charging load concentrated at a depot overloads a weak feeder
- Operators cannot see which cabinet has a charged pack and which is empty
How The System Is Built
Every figure below is taken from the product specification we quote from. Where a value depends on the configuration, all configurations are listed.
- Intelligent swapping system with battery management, charging status display and software to locate batteries
- Battery performance monitoring built into the system plan
- 20 kW cabinet power consumption with 8 A charging current
- 220 V single-phase input, 70 V output
| Box quantity | 12 |
|---|---|
| Battery quantity | 11 sets |
| Battery capacity per set | 72 V 25 Ah |
| Battery power per set | 1800 W |
| Cabinet power consumption | 20 kW |
| Charging current | 8 A |
| Charging time | 3 hours |
| Input voltage | 220 V |
| Output voltage | 70 V |
| Battery model | ZP7225LF |
| Battery type | LiFePO4 |
| Battery lifecycle | 2000 cycles |
| Battery weight | 19.5 kg |
| GPS | Included |
| Storage battery capacity | 51.2 V 100 Ah x 6 sets, 30.72 kWh |
| Storage maximum power | 30 kW |
| Storage protection class | IP40 |
| Storage weight | 240 kg |
| Storage size | 640 x 460 x 215 mm x 4 |
| Inverter maximum power | 5 kW |
| Inverter DC voltage range | 40 V-60 V |
| Inverter output | 220 V 50 Hz single phase |
| Solar panels | 9 pcs, 550 W each, 2278 x 1134 mm |
| Design sunlight hours | 6 hours |
From Your Requirement To A Shipped System
The four stages every order of this product passes through.
Route and fleet survey
Swap frequency per rider decides cabinet count and box count per site.
Site power assessment
Grid capacity at each site determines how much solar and buffer storage the cabinet needs.
Cabinet and pack build
Cabinets, packs, BMS and the swapping software are built and paired as one system.
Commissioning
Cabinets are commissioned with the tracking software live before riders start swapping.
What We Can Evidence And What We Cannot
Cell Chemistry
Lithium iron phosphate (LiFePO4). We have 20 years of experience producing iron lithium battery cells and hold 452 technology patents in LiFePO4 batteries.
Certification
MSDS and UN38.3 are held as the basis of any certificate. Further market certificates are applied for according to each market policy requirement, so tell us the destination country at quotation stage.
Warranty And Recycling
Two years warranty on lithium battery products. We hold national qualification for lithium battery recycling and are one of four nationally licensed cell recycling enterprises in China.
What Can Be Changed
The model can be customised according to the specific needs of the market. In practice that means voltage window, capacity, enclosure dimensions, connector and charging standard, communication protocol and branding.
We private label your brand, and products can be customised for you. Sole agency is available depending on your project plan, market plan and operation.
Before The First Order
Send four things and we can configure without a second round of questions: the application and duty cycle, the energy required per day or per charge, the voltage window your system expects, and the destination market.
Minimum order quantity normally starts from one 40 HC container. Delivery is within 60 days on a first order and 30 days from the second. Payment is TT or LC at sight depending on the market.
Where This Product Is Used
Industries and solutions that specify this system most often.
IndustryBattery Swapping Networks
Swap cabinets, pack pools and tracking software for delivery and municipal fleets.
View details →
IndustryMunicipal And Government Projects
Swap fleets, standby power and storage for public infrastructure programmes.
View details →
IndustryElectric Two And Three Wheelers
72V swap-compatible packs and vehicle supply for electric motorcycles and tricycles.
View details →SolutionBattery Swapping Network Supply
Cabinets, pack pool, solar buffer and tracking software delivered as one package.
View details →
SolutionTurnkey Energy Storage Project Supply
Load study, system sizing, container build, shipping and commissioning in one contract.
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Other systems on the same platform, projects it has been used in, and background reading.
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Read the project →Industry GuideBattery Swapping Explained For Fleet Operators
When swapping beats charging, how to size a pack pool and what the cabinet actually needs.
Read the guide →Design GuideSizing Charging And Storage For An Electric Fleet Depot
How depot load, connection capacity and duty cycle decide whether you need storage at all.
Read the guide →Questions About Battery Swapping For Municipal Administration
How many riders can one cabinet serve?
The cabinet holds 12 boxes with 11 battery sets in rotation. Fleet size per cabinet depends on swap frequency, which we size during the route survey.
How long does a pack take to charge inside the cabinet?
Three hours at 8 A charging current.
Can the cabinet run where the grid is unreliable?
Yes. The configuration includes nine 550 W solar panels, a 5 kW inverter and a 30.72 kWh LiFePO4 buffer, designed around six sunlight hours.
Can we track the batteries?
GPS and a communication protocol are included in every pack, and the system plan covers battery management, charging status display and software to find batteries.
Is the cabinet design fixed?
No. The model can be customised according to specific needs, including box count, pack voltage and solar sizing.
Get A Configuration For Battery Swapping For Municipal Administration
Send the application and the voltage window. You will get a model, a specification table and a lead time rather than a brochure.