Backup Power Supply Project for BYH Technology (Thailand)

BYH Technology (Thailand) adopted PAUWAY PWSC206S diesel generator set with rated parameters of 150KW, 400V, 50HZ, which is deployed as the enterprise’s emergency backup power source to avoid economic losses caused by sudden mains power failure.

Project Background & Tender Award

High-precision technology enterprises have strict requirements for continuous and stable power supply. Once the public grid is interrupted, it will lead to equipment shutdown, data loss and other risks. The backup generator set can realize rapid switching power supply to guarantee the safe operation of production equipment and office systems.

Core Technology & Equipment Configuration

Generating Units

This project is equipped with one PWSC206S diesel generator set independently developed by Pauway Energy, with rated power of 150KW, rated voltage of 400V and frequency of 50HZ, which fully conforms to Thailand local power grid standards and meets the enterprise’s emergency power demand.

Project Positioning

Emergency standby power supply system for BYH Technology (Thailand), used for continuous power supply when the municipal power grid fails, protecting production equipment, data server and core control systems.

Equipment Features

• Fully compliant with 400V 50HZ power standard in Thailand, seamless switching with local grid
• Fast startup response, stable voltage output, effectively prevent precision equipment damage
• Adapt to tropical high temperature and high humidity environment, realize long-term hot standby operation

Project Significance & Challenges

Project Value

The standby generator set effectively avoids production interruption and data loss risks caused by power outages, builds a safe power guarantee barrier for the technology enterprise, and gains high recognition from customers.

Execution Challenges

Completed parameter debugging and grid switching test in line with Thai electrical specifications, optimized heat dissipation and moisture-proof design to adapt to local tropical climatic conditions.