A Firsthand Account from a Southeast Asian EV Charging Station Operator: How to Recover After Three Years of Being Let Down by EV Charging Cables?

"I've been in the electric vehicle charging station business in Southeast Asia, and I've been struggling with cable issues for three years…"

 

"To be honest, for the first two years in the business, I didn't take cables seriously at all."

 

"I'd buy the charging stations, but as for the cables… I'd just throw in whatever I could find."

 

"And what happened? The most common complaint from customers was, ‘The cable broke.'"

 

Southeast Asia has a hot and humid climate. During the rainy season, water can rise to ankle-level in just a few hours. Charging station cables are often submerged in water; ordinary cables break after just a few exposures—they get damp inside and harden on the outside. Over time, they stop charging properly and pose serious safety hazards.

 

Plus, it's summer here all year round. The ground gets so hot you could fry an egg on it, and the car charging cables are left out in the sun. Standard PVC cables crack after prolonged exposure to the sun; once they crack, water gets in, and once water gets in, they fail.

 

An even more headache-inducing problem is that there are even more electric motorcycles than cars. Sometimes the charging cables are simply laid on the ground, and vehicles drive over them—getting run over dozens of times a day. Poorly made cables will have their copper wires snapped after just two days of this. But customers won't blame the heavy traffic; they'll just blame you for selling subpar cables!

 

Later, I began to seriously research charging cables. I discovered that many cables simply weren't designed for environments like ours.

Their performance is mediocre, and they're completely unsuitable for high-temperature, high-humidity conditions. They might work fine elsewhere without major issues, but when brought to Southeast Asian countries, they just don't hold up.

 

After screening many cables, I found a high-quality, durable option: OMG cables. I really did try several different brands before finally settling on this one.

 

Why?

 

First, water resistance: They're specifically designed for the rainy season. They remain durable even after prolonged exposure to rain—it's not just a gimmick.

 

Second, heat resistance: Even after charging all day under the blazing sun here, the cables stay flexible, don't burn your hands, and the outer casing doesn't crack.

 

Third, pressure and abrasion resistance: Electric scooters run over them daily, and they're dragged across the ground—after more than half a year of use, they look just like new.

 

You might not know this, but many battery-swapping companies and charging station operators in Thailand, Vietnam, and Indonesia are now using OMG cables. I switched to them after seeing a competitor using them and asking about it. Plus, they supply major charging infrastructure and vehicle manufacturers worldwide. The fact that they've made it into those big companies' supply chains shows that their quality control is truly rigorous and the company is genuinely capable—these aren't just cheap, low-quality products made by some random factory!

 

What I want to tell you is this: if you're in the electric vehicle or charging infrastructure business, don't treat cables as a minor issue. They may seem unremarkable, but they're the most common source of problems. A single incident can set your business back and damage your customers' trust.

 

I'm not saying OMG is the only solution. But if you're looking for an EV charging cable that can truly withstand harsh environments—one that offers flexible customization and strong compatibility—OMG's cables are a solid choice. They can send you samples to test and even dispatch technical staff to discuss solutions with you.