Only a few left—secure yours before it’s gone for good!
Your items are reserved, but only for a limited time!
Grab it now at a discounted price before the deal ends!
$1,139.99 USD
$2,761.99 USD
$1,007.99 USD
$1,149.99 USD
$0.00 USD
$2,031.99 USD
$2,926.99 USD
$1,778.99 USD
$1,577.99 USD
$2,341.99 USD
$2,944.99 USD
$1,159.99 USD
$1,614.99 USD
$1,329.99 USD
$1,664.99 USD
$1,049.99 USD
$1,899.99 USD
$1,139.99 USD
$1,424.99 USD
$1,595.99 USD
$1,043.99 USD
$1,543.99 USD
$1,275.99 USD
$1,035.99 USD
$3,134.99 USD
$1,424.99 USD
$1,282.99 USD
$2,153.99 USD
$1,438.00 USD
$2,397.99 USD
$1,138.99 USD
$1,781.99 USD
$1,822.99 USD
$1,171.99 USD
$1,641.99 USD
$1,595.99 USD
$3,894.99 USD
$4,999.00 USD
$5,999.00 USD
$2,999.00 USD
$2,004.99 USD
$6,999.00 USD
$1,101.99 USD
$1,857.99 USD
$1,355.99 USD
Q: What is the ENGWE DCEGPT48V13A battery?
A: The DCEGPT48V13A is a 48V 13Ah lithium-ion replacement battery used in ENGWE e-bike systems, designed for standard commuting and folding fat-tire models requiring a 48V platform.
Q: Which ENGWE models is it compatible with?
A: It is commonly used on ENGWE EP-2 Pro (13Ah version), Engine X, and related 48V frame battery systems, depending on connector and rail type.
Q: What is the voltage and capacity?
A: It operates at 48V with 13Ah capacity, which is the standard entry-level ENGWE battery size for balanced range and weight.
Q: What range does it provide?
A: Typically around 60–90 km in pedal-assist mode, depending on terrain, rider weight, and assist level.
Q: How long does it take to charge?
A: Charging time is usually about 5–6 hours with the standard ENGWE charger.
Q: Is the battery removable?
A: Yes. It is a removable frame or rack-mounted battery, allowing easy charging indoors and improved theft protection.
Q: Can it be replaced with higher Ah batteries?
A: In many compatible ENGWE systems, you can upgrade to higher capacity (like 16Ah), but only if the frame, controller, and connector support it.
Q: What are common issues with this battery type?
A: Users typically report range reduction over time, connector mismatch if non-OEM versions are used, or inaccurate battery percentage readings on the display when not fully compatible.