Taidacent 300mm Long Distance Receiver Wireless Power Supply - 3
Taidacent 300mm Long Distance Receiver Wireless Power Supply - 3
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In this review the Taidacent 300mm Long Distance Receiver module is examined for installers and hobbyists who need a high-output wireless power solution. The module stands out for its use of the XKT-801 chip and a broad sensing range up to 300mm, which is the single biggest reason to consider it: it can drive multiple LED receivers from a single 24V transmitter, simplifying installations where a short physical connection is impractical. The review focuses on real-world use, configuration, and who will get the most value from this system.
Key Features
- XKT-801 chip: provides large output power and stable wireless transmission suited to running multiple receivers without frequent dropouts.
- 24V transmitting voltage: matches many low-voltage installations and gives a consistent supply for attached LED loads across the sensing range.
- 0 to 300mm sensing distance: allows flexible mounting distances between transmitter and receivers for non-contact power delivery up to 300mm.
- Receiving output 4 x 1W LED per receiver: supports bright LED modules at each receiver, useful for lighting arrays or indicator applications.
- Drive capacity for many receivers: the transmitter can support up to 25 receivers simultaneously in suitable configurations, making it scalable for larger setups.
Who It's For
The Taidacent unit is aimed at technicians, makers, and small installers who need a compact wireless power transmitter and a small set of receivers for LED lighting or low-power loads. It is particularly useful where running wiring is difficult or where a contactless power link simplifies maintenance.
It is less suitable for users who require regulated DC outputs for sensitive electronics without further conditioning, or for those who need integrated enclosures or finished lighting fixtures out of the box; the product is a module intended for system integration rather than plug-and-play consumer lighting.
Pros & Cons
Pros
- Long sensing distance up to 300mm gives installation flexibility in constrained spaces.
- High aggregate drive capacity allows one transmitter to power many receivers for scalable installations.
- Each receiver supplies 4 x 1W LED output, adequate for bright indicator or accent lighting applications.
Cons
- The module is a raw electronics component without housing, so additional mounting and protection are required for production environments.
- Output is specified for LEDs; users requiring filtered or tightly regulated DC for other electronics may need extra circuitry.
Specifications
| Transmitting voltage | 24V |
| Sensing distance | 0~300mm |
| Receiving output | Each receiver: 4 x 1W LED |
| Transmitter module size | 16mm x 24mm |
| Transmitting coil outer diameter | 200mm |
| Receiving coil outer diameter | 52mm x 0.4mm |
| Configuration | Transmitter with 3 receivers included; supports up to 25 receivers |
Our Verdict
The Taidacent 300mm long distance wireless power module is a practical choice for integrators needing contactless LED power across a substantial gap. It delivers strong output via the XKT-801 chip and scales to many receivers, making it good value for lighting arrays and non-contact installations, provided buyers plan for mounting and any output conditioning they require.
Frequently Asked Questions
How far can the transmitter power receivers?
The sensing distance is specified as 0 to 300mm, so receivers within that gap will be powered.
How much output does each receiver provide?
Each receiver supplies four 1W LED outputs suitable for driving LED modules directly.
How many receivers can one transmitter drive?
The transmitter is rated to drive up to 25 receivers in supported configurations, and this product ships with three receivers included.
Editor's Take
The Taidacent 300mm wireless power module is a practical, high-output solution for powering LED receivers across gaps up to 300mm; it scales well for lighting arrays but requires mounting and possible output conditioning for sensitive electronics.

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