Bajie Charging, as an OEM/ODM source manufacturer for shared power banks
October 26, 2024
To assist OEM customers in better developing their local businesses, Bajie Charging offers a deep understanding of the cultural background, customs, local consumer preferences, and payment habits of target market countries. This enables us to introduce localized rental solutions tailored to local users.
QR code rental is suited for countries where electronic wallets are the mainstream payment method. Display code rental is primarily used in Southeast Asian countries, and NFC allows for touch-to-rent functionality. POS rental (with 5 types of POS machines: Nayax, PAX, SumUp, Stripe, MyPOS) is suitable for countries where credit cards are the predominant payment method.
Our services cover over 100 countries and regions, with extensive international market experience. We provide efficient localized hardware and software solutions for OEM customers, helping them gain a competitive edge in local market expansion
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Maximize Your Advertising Impact
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Leverage diverse ad formats, tailor your brand messaging, and launch targeted promotions to engage a wider audience and amplify your brand's visibility
Seamless Global Payments
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With access to 60+ global payment gateways, we enable precise engagement with worldwide markets.
With Scanner & power bank sharing station
November 14, 2024
The shared power banks customized for the Southeast Asian market solve the problem of people having to download an app to rent a power bank.
Understand the Business Model of Shared Power Banks in One Diagram
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Help you break through business thinking and understand the operational logic of shared power bank businesses.
Bajie Charging supports customized advertising screens of various sizes
November 11, 2024
Tailoring differentiated advertising content according to the characteristics of different scenarios and user needs.
Mobile Solar Shared Charging Station
November 9, 2024
With a solar tracking system, the angle of the solar panels is adjusted in real-time to maximize light absorption, increasing solar power generation efficiency by 10%-40%.