Blog - Page 3 of 12 - Foshan Green Electric Vehicle Technology Co., Ltd.

Electric MOKE vs. Gas MOKE: Which One Is Right?

Electric MOKE vs. Gas MOKE: Which One Is Right? If you are looking for a MOKE for leisure, resort, private or commercial use, one of the first decisions is whether to choose an electric MOKE or a gas MOKE. Both have the same basic recreational concept, but the ownership experience is quite different. The right choice depends on how far you drive, where you use the vehicle, how often you use it...

Lead-Acid vs. Lithium Electric MOKE: Which Battery?

Lead-Acid vs. Lithium Electric MOKE: Which Battery? When buying an electric MOKE, the battery is one of the most important components to consider. The two most common choices are lead-acid and lithium batteries. Both can power an electric MOKE, but they differ in cost, weight, range, charging, maintenance, service life, transportation and performance in different environments. The right cho...

Mini Moke vs. Modern MOKE: What’s the Difference?

Mini Moke vs. Modern MOKE: What's the Difference? The Mini Moke and the modern MOKE share a similar open-body design, but they are not the same type of vehicle. The original Mini Moke belongs to an earlier generation of vehicles, while modern MOKE models are newly manufactured vehicles inspired by the original concept. The biggest differences are their age, engineering, powertrain, equipment, ...

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Where Are Club Car Golf Carts Manufactured? The Real Answer

So you’re trying to figure out where Club Car golf carts are actually made. Maybe you’re comparing brands. Maybe you’re wondering if “American-made” is worth the premium. Or maybe you just want to know what you’re really buying before you drop five figures on a cart. Let’s get straight to it! Where Are Club Car Golf Carts Made? Here’s the short version, straight from Club Car’s own ...

How to Size Motor Controllers

Low-Voltage AC, Low-Voltage PMSM, and High-Voltage PMSM If you've ever spec'd a motor controller by just matching the kW rating—like picking a 15 kW drive for a 15 kW motor—congratulations, you've done exactly what gets field engineers called back to the site on weekends. Here's the thing: a motor controller isn't a USB charger. It's an inverter + control algorithm + protection system rolled...

Golf Cart Manufacturers in South Africa

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Field Weakening on PMSM: Why Your Golf Cart Can’t Climb Hills When the Battery Is Low

If you've ever designed a controller for a low-speed EV—golf cart, resort shuttle, warehouse tugger—you've probably seen this complaint: "Full charge, it climbs fine. After 20 minutes, it just gives up on the same hill." The motor isn't broken. The controller isn't lying. It's field weakening, and more specifically, the lack of voltage headroom to do it properly. This post explains what f...

How Your Golf Cart Knows When to Stop: The “Brain” Behind Electromagnetic vs. Electronic Parking Brakes

If you've read my last post, you already know that not all golf cart parking brakes are created equal. But today I want to zoom in on two of the more modern systems we build into our vehicles: electromagnetic parking (found on models like the GD043, GS023, G1A, and G1P) and electronic caliper parking (the star of the MORK). To the eye, both look similar. There's no hand lever. No foot pedal. ...

Engineering the “Stay-Put”: A Technical Comparison of Low Speed Vehicle Parking Brake Systems

For those of us in the low-speed electric vehicle (LSEV) industry, there's a recurring theme during vehicle commissioning and customer handover: the parking brake. While top speed and range dominate spec sheets, the parking system is the single most frequent point of contact between the user and the vehicle's core safety architecture. It dictates not only safety but also ergonomics, NVH (Noise, Vi...

Troubleshooting electric drive failure and non-driving failure

When the electric drive system fault pops up on the electric vehicle instrument, the vehicle is directly prohibited from driving. Many faults belong to intermittent recessive faults, which are easier to trigger in bumpy road, rapid deceleration and alternating cold and hot environments. The static reading of fault codes in situ may not be able to reproduce. Combining with a large number of afte...