<p>This set contains a single smart battery (7.4V x 6A = 45W), an adapter cable, and a charger. The battery is fitted with a large Easy Connect Plug and can be used to power our heated jackets and/or pants. Depending on the piece of gear and level of heating, the battery can last up to 5 hours.</p>
<p>It efficiently provides power to the garment and prevents overheating by keeping an eye on the Voltage. Thanks to its internal processor, you also don’t have to turn them on – merely connect the battery and power on your jacket or pants.</p>
<p>The charger features a small plug, so an adapter cable is included to charge the battery. Its adapter cable is also needed when the battery is used to heat gloves and/or socks, which also have a small Easy Connect Plug.</p>
<p><strong>[!] VOLTS, AMPS, &amp; WATTS</strong><br>When looking for batteries, make sure you’re not comparing apples (7.4V) with pears (12V), as a higher voltage will heat faster and reaches higher temperatures. In moto-terms, volts can be compared to the engine capacity (cc) of your motorcycle. To give you an idea: 12V on its lowest level (40% power) is comparable to 7.4V on its second-highest level (80% power).</p>
<p>Amperage indicates how much power runs through the wires at a given moment. Basically, the amperage determines how long the battery will last before it needs a recharge. In a way, amperage is the equivalent of the size of your gas tank.</p>
<p>By multiplying the volts and amps, we find the battery’s wattage, or put simply: power output. We talk about power output instead of temperatures because power output can be calculated (V x A = W) and temperatures are subject to factors out of our control. In moto-terms: horse power.</p>