3 Impactful Ways Lithium-ion Golf Cart Batteries Improve Performance
When your customers are playing golf, the last thing they want to worry about is a problematic golf cart battery.
When your customers are playing golf, the last thing they want to worry about is a problematic golf cart battery.
Lately, lithium-ion batteries have been making the news. Not all of the news has been positive. Recent “hover board” fires and all of the discussions about regulating lithium battery shipping (including FAA regulation speculation) have shined a negative light on lithium-ion batteries.
When you’re in charge of utilities and energy management at a university, your power needs are significant and varied. For example, you don’t only need electricity, but also a reliable energy source for backup power. During a power outage, students wouldn’t be safe if the emergency lighting in their dorms and classrooms were to fail.
While most customers demand a boat that travels quickly and navigates easily, they may not be aware that a lightweight marine battery enhances their application’s performance. As a product engineer, you must choose your application’s battery with your customers’ end values in mind.
There’s enough risk involved in selling your engineered application without having to worry about safety issues arising in your battery. Your customers want to purchase a product with a reliable, stable power source. Unfortunately, lead acid batteries may not be the safest option.
LiFePO4 batteries pack a punch. Knocking out traditional lead acid batteries, LiFePO4 is the more efficient technology. Many manufacturers, businesses and individuals are making the switch and converting to custom lithium batteries.
Engineering an application you plan to bring to market often comes with unpredictable challenges. That’s why planning ahead for circumstances you can foresee is so important.
Working with the wrong battery provider often causes major problems if you’re an engineer equipping your product with lithium-ion batteries.