Channel distribution, borrow-and-return payments, connected cabinets, and battery-refill work orders for shared charging operations
The shared power bank solution is built for charging operators, agents, and merchants. Over IoT, it runs power-bank cabinets as a connected business and tracks the revenue they produce. Shared charging is a need tied to a place: cabinets sit in malls, restaurants, hotels, cinemas, hospitals, and airports. Sites are extremely scattered, merchant deals take several forms, and batteries move in and out all day.
A 4G/LTE Cat.1 link covers channel distribution (merchant onboarding, site placement, agent tiers, and revenue-share settlement), consumer borrow-and-return payments (QR borrow and return, hourly billing, monthly memberships, deposits and deposit-free use), connected cabinets (slot status, borrow-and-return reports, fault alerts, and OTA updates), and field dispatch (battery-refill work orders, charge warnings, and equipment inspections). Each cabinet uses 20–100 MB a month. That light load fits a low-cost Cat.1 module and supports large fleets spread across many sites.
iResearch puts China's shared power bank market above RMB 15 billion, with more than 5 million cabinets deployed. Jiedian, Energy Monster, Xiaodian, and Meituan hold most of the share. Restaurants—hotpot, tea drinks, and fast food—account for the largest slice, because guests stay long and need a charge. Malls, cinemas, hotels, and hospitals follow. Merchant deals take three forms. Revenue share: the merchant takes a cut of borrow-and-return turnover. Fixed rent: the merchant charges for the floor space the cabinet occupies. Free placement: the operator carries the full cost and lives on transaction volume.
Operators feel three pressures. Scattered sites: one operator's cabinets sit in hundreds of thousands of shops, so manual patrols and battery refills are expensive. Payments depend on the network: merchant Wi-Fi quality varies, and a failed borrow, return, or payment is felt immediately by the customer. Refill dispatch: work orders need to be generated from slot occupancy and how often batteries move. 4G cellular connectivity keeps borrow, return, and payment reliable, and live slot reports give refill dispatch something solid to plan on.
With this setup, borrow and payment success can rise from a Wi-Fi-dependent 92% to above 99%. Refill work orders generated from slot data lift refill efficiency by 40% and cut field labor cost by 30%. Multi-tier revenue share settles automatically, and reconciliation moves from a weekly cycle to a daily one. Connectivity costs about RMB 2–4 per cabinet per month. A Cat.1 module plus a data pool keeps that cost in range for fleets measured in the millions of devices.
The operating chain for a shared power bank fleet
Merchant onboarding, site placement, agent tiers, revenue-share settlement, and reconciliation. Multi-tier sharing is supported, and revenue can be totaled by merchant or agent.
QR borrow and return, hourly billing, monthly memberships, deposits and deposit-free use. WeChat and Alipay are aggregated. Transactions upload in real time, and revenue is split at settlement.
Slot status, borrow-and-return reports, fault alerts, and OTA updates. Slot occupancy and borrow frequency can be counted so refill dispatch has the numbers it needs.
Battery-refill work orders, charge warnings, and equipment inspections. Work orders can be generated from slot occupancy and borrow frequency, so field teams spend their time where batteries are actually short.
Hotpot, tea drinks, and fast food, where guests stay long and a charge is a real need
Shopping centers and cinema waiting areas, where people charge while they linger
Hotel lobbies and hospital waiting rooms, for stays and clinic visits
Airports, high-speed rail stations, and bus stations, for a charge between trips
Each shared power bank cabinet uses 20–100 MB a month, spent mainly on borrow-and-return status, payment reconciliation, slot checks, and OTA updates. SimtoLink supplies 4G/LTE Cat.1 IoT SIMs, a data pool, and APIs into the operations platform for scattered sites in malls, restaurants, and hotels. Merchants often have Wi-Fi, but quality is uneven, so cellular connectivity is what keeps payment and borrow-and-return reliable. The link can also tie into a device management platform and a payment clearing system, closing the loop from cabinet to settlement.
Low-cost, highly reliable IoT connectivity for shared power banks