Quality Every Expion360 battery uses cells that are UL 1642 recognized (file no. MH64383), and the battery is certified compliant to UL 1973 by Tei Listing Services (file no. 22D01) to meet the highest standard in safety and performance. Internal power distribution bus bars are mechanically connected (bolted) rather than soldered to lower contact resistance and provide a robust physical connection point.
DO NOT discharge the battery beyond its maximum discharge rate. DO NOT connect the battery to any load while in long-term storage. DO NOT operate or store the battery outside the specifications outlined in the manual. Expion360 EX1-B Manual Rev A 2/18/25...
Onboard Bluetooth® paired with our SmartTalk™ app allows users to managed multiple Expion360 Bluetooth®-enabled batteries seamlessly. At Expion360, we are committed to providing not only the highest quality and safest products but also exceptional customer service. That's why we offer a 12-year warranty on our e360 Battery, ensuring that you have the power you need for years to come.
Check the current of each battery pack on the Expion360 App. Make sure the difference between the current of each battery pack and the average current is within the 5% range of the average current.
See details about circuit protection in Circuit Protection. Use a permanent marker to mark the position of the screws/nuts and battery terminal. Check the mark annually and tighten the screws/nuts if the mark is not aligned. Expion360 EX1-B Manual Rev A 2/18/25...
The recommendations given by our technical support team are for guidance purposes only. Installers are responsible for independent evaluation and verification of suitability and compatibility. Any reliance on these recommendations is at the installer's own risk. Expion360 EX1-B Manual Rev A 2/18/25...
3. Move left along that row to the Wire Size AWG. For the 245A row, the wire will be 1AWG. This is the recommended wire size for the wire run from your batteries to the Inverter. Expion360 EX1-B Manual Rev A...
5502100/5507100 fuse holder. Use fuse and breakers from the following approved manufacturers to protect against overcurrent events and ensure the safety of the Expion360 battery system: Blue Sea Systems, Littlefuse, Eaton, or Bussman.
The cables connecting the two strings to the inverter must be sized properly for the maximum 800A current. For more information about correctly sizing circuit protection for the battery power system, please contact an authorized installer or Expion360 technical support: Support@expion360.com +1 (541)797-6714...
A battery system has (4) 100 Ah batteries connected in parallel. The maximum charge rate of a single Expion360 battery is 50 A at 0.5C. The capacity of the battery system is 400 Ah. The maximum charge rate of the battery system is 200 A (0.5C). This method also applies to the optimal charge current.
LiFePO4 batteries with a 25A output current. It is simple to install and compatible with any other LiFePO battery. Within the limits of the battery system and alternator specifications, up to two Expion360 DC-to-DC chargers can be used in parallel to achieve a higher charge rate. Expion360 EX1-B Manual Rev A...
P_chrg = Battery System Rated Energy / T = 1800Wh*4/8h = 900W I_chrg = Battery System Rated Capacity / T= 36Ah*4/8h = 18A The charger's calculated current must be lower than the maximum charging rate of the battery system. Expion360 EX1-B Manual Rev A 2/18/25...
See the Battery Specifications page for the optimal, maximum, and pulse discharge rates of each Expion360 battery. Example: A battery system consisting of 4 EX-G27-12100-BCH 100Ah batteries connected in parallel. The maximum continuous discharge rate of a single battery is 100A.
Only use inverters that have been certified to conform to UL 458 or UL 1741. For more information about pairing inverters and battery systems with capacities that are not listed above or further details, please contact Expion360 technical support: Support@expion360.com...
When the battery voltage rises above 12Vdc, the BMS will reconnect. Some chargers will not charge if an open circuit is detected as the BMS has disconnected. We recommend using the Expion360 DC-DC charger or a conventional AC-DC charger to avoid this open circuit problem.
The status of each battery can be checked on the Expion360 app with Bluetooth. The details of configuring the battery system on the Expion360 app can be found in the Expion360 App Walkthrough.
The battery is considered to reach the end-of-life (EoL) when the remaining available capacity is less than 80% of the original capacity. The cycle life of Expion360 batteries is tested at a charge/discharge rate of 0.2C/1C, 77°F, and 100% depth-of-discharge (DoD). Please note that many factors can affect battery cycle life.
Properly storing the battery system between 50% and 80% state-of-charge (SoC) will prolong the battery. Check the SoC on the battery system monitor or Expion360 App. Before storing, turn off the battery system disconnect switch, and turn off the battery system by pressing the POWER switch on each battery for 5 seconds.
The products listed below are compatible with Expion360’s EX-360XDP-C batteries. Model EX-BM350-KT: Battery monitor with display and complete installation kit. Model EX-25DC: Expion360 DC to DC 25 A, 14.6 Vdc, 2-stage charger. Model EX-360-TDS: Single battery tie-down system for the 360 Ah battery.
12 years from the date of sale as determined by the customer’s sales receipt as proof of purchase. Expion360, at its sole discretion, will only repair or replace the battery and/or parts of the battery in question if it is determined to be defective in material and/or workmanship by the Expion360 Technical Support Team.
Before storing Expion360 lithium batteries for periods longer than 3 months, ensure the batteries are at 50% to 80% state of charge using the Expion360 battery monitor. If the battery is not equipped with a battery monitor, measure the voltage with a multimeter to confirm the state of charge is not below 50%.
Expion360 for testing unless otherwise stipulated by applicable local law. In cases where it is required to return the product for further testing to Expion360, the product must be shipped to Expion360 within fifteen (15) business days. The product must be returned with the associated documentation in the provided shipping material.
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