Intone Power Engineers Travel to Thailand for On-Site Commissioning and Testing Across Key Customer Facilities

At a newly expanded automotive manufacturing facility, high-frequency robotic welding and heavy automated equipment generated significant harmonic distortion and fast load fluctuations. Intone Power’s engineers conducted precise dynamic harmonic spectrum analysis and commissioned advanced Active Harmonic Filters (AHF). The system successfully reduced Total Harmonic Distortion (THD) from over 22% to well under 3%, meeting stringently mandated grid connection standards and protecting sensitive automated machinery from power disruptions.

In response to the rapid expansion of renewable energy in Southeast Asia, Intone Power provided high-voltage Static Var Generators (SVG) for a major solar farm. Due to unpredictable cloud cover and dynamic solar output, reactive power fluctuated rapidly, leading to voltage instability. Intone Power's field team conducted field parameter calibration, dynamic step-response tests, and fault simulation testing. The deployed SVG systems delivered sub-millisecond dynamic reactive power compensation, maintaining grid voltage stability and maximizing power yield efficiency.

To support continuous operation for a mission-critical cloud computing enterprise in Bangkok, engineers fine-tuned customized hybrid power quality control units. The team performed full-load thermal scanning, harmonic suppression testing, and redundancy switchover checks to ensure 99.999% system availability. The optimized setup provided high-precision power filtering and continuous reactive power regulation, earning praise for its high stability and energy efficiency.