In an era where digitalization and intelligence are deeply integrated, power system management is undergoing a revolutionary transformation. Traditional manual switches rely on physical operations, making them incapable of meeting modern demands such as remote control and scheduled switching. YRO's newly launched WiFi dual power manual transfer switch (MTS), breaks through these limitations by combining manual operation with smart technology. With its built in WiFi module and smartphone APP connectivity, it enables a “Manual + Smart” dual mode control, redefining the boundaries of manual transfer switches.

What Makes the YRO Smart Dual Power Transfer Switch Stand Out?

1. Remote Control

Traditional manual switches require users to be on site for operation. However, the YRO WiFi manual transfer switch allows direct control via the APP. Users can remotely trigger switching commands through the app using a 4G/5G network, ensuring seamless operation even when away.

For example, in factory management, reducing energy consumption may require shutting down the generator and switching to the main power supply at midnight. Traditionally, a staff member would need to manually operate the switch at the specified time. With the YRO WiFi dual power switch, users can simply schedule the transfer in advance or execute it remotely via the APP, minimizing human intervention while improving efficiency.

2. MTS Scheduled Power Transfer

For scenarios requiring periodic power source switching (such as time of use electricity pricing), the dual power switch introduces a scheduled transfer function. Users can set up switching tasks on a daily or weekly basis. For instance, from Monday to Friday, the switch can be programmed to switch to backup power at 17:00, and revert to the main power supply at 23:00. By leveraging a cyclical switching strategy between main and backup power sources, the system ensures stable and cost effective power management.

3. Delayed and Scheduled Switching

- Delayed Switching: Users can set a delay for executing switching commands (ranging from 10 seconds to 24 hours). This is useful for:

- Equipment Preheating: Allowing time for the backup system to start before switching.

- Manual Confirmation: Delaying the switch after detecting a main power failure to allow for human intervention.

- Scheduled Power On/Off: Users can set specific times for automatic power activation or shutdown, such as:

- Turning on the main power at 8:00 AM daily to ensure office equipment power supply.

- Shutting down non essential loads every Sunday at 14:00 for equipment maintenance.

How Does YRO's WiFi Transfer Switch Compare to Other MTS Devices?

1. Built in Isolation Switch

This smart MTS integrates an isolation switch, ensuring complete electrical isolation during maintenance or inspection. This prevents accidental contact with live components, significantly reducing the risk of electric shock for maintenance personnel.

2. Heavier and More Robust Design

Compared to other MTS products on the market, the YRO manual transfer switch is more substantial, weighing 0.55 kg, whereas competing brands typically weigh only 0.4 kg or less. This weight difference highlights YRO's commitment to high quality materials, superior components, and a more robust structural design, ensuring enhanced durability and reliability.

3. Dual Local & Remote Operation

Unlike most traditional MTS devices that only support local manual operation, the YRO WiFi MTS allows both manual and remote control via the smartphone APP. This ensures users can manage power switching anytime, anywhere, offering superior flexibility and convenience.

Conclusion

With the rapid development of 5G networks and AI technologies, smart electrical devices, like the WiFi dual power transfer switch, are set to become essential infrastructure in the new wave of digital transformation. As industries increasingly embrace smart automation, YRO's innovative solutions will play a crucial role in enhancing power management efficiency and reliability across various sectors.