Expand the voltage stabilization range: Extend the input range from the conventional 340V – 420V to 300V – 460V to adapt to the extreme voltage fluctuations of over ±20% in the actual operation of the Cambodian power grid.
Improve the response speed: Shorten the compensation time from 0.5 seconds to 0.1 seconds to ensure a quick and stable output when the voltage in the Cambodian power grid suddenly drops.
Strengthen the heat – dissipation design: Use dual cooling fans and aviation – grade heat sinks to ensure the stable operation of the equipment in the high – temperature environment of Cambodia.
Increase the anti – shock ability: Use capacitor energy storage to buffer the instantaneous large current when the motor starts, reducing the impact on the Cambodian factory equipment caused by unstable voltage.
After the plan was finalized, I called Mr. Li again and explained the plan to him in detail. "Mr. Li, this plan will cost 15% more than the standard product, but it can effectively solve the problem of shutdowns in your factory caused by unstable voltage. Moreover, the service life of the equipment is twice that of ordinary products, which is more cost – effective in the long run." After some consideration on the phone, Mr. Li decided to give it a try. "It's better than losing production capacity due to multiple shutdowns every week. Let's do it."
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