Enclosed 5kWh/10kWh/16kWh energy storage battery (48V/100Ah 48V/314Ah)     

5kWh/10kWh/16kWh Battery Module

This 5kWh/10kWh/16kWh energy storage battery module is designed for flexible and reliable off-grid or backup power applications. With a rated voltage of 48V/51.2V and a capacity of 100Ah/314Ah, it offers stable performance in compact setups. It supports GPS positioning for real-time tracking, 15 levels of protection for safety, and up to 15 units in parallel for scalable capacity. The standard 3U form factor allows for easy rack or stacking installation, and customizable communication protocols (RS485/CAN, with optional Bluetooth) ensure seamless integration with your system.

Specifications of the products

Product Name:	energy storage battery (48V/100Ah)	energy storage battery (48V/100Ah)	energy storage battery  (48V/314Ah)
Product Model:	5kWh	10kWh	16kWh
rated voltage：	48V/51.2V	48V/51.2V	48V/51.2V
rated capacity	100AH	200AH	2314AH
charge termination voltage：	54.0V/58.0V	54.0V/58.0V	54.0V/58.0V
Discharge cutoff voltage:	39.0V/42.0V	39.0V/42.0V	39.0V/42.0V
Communication method	RS485/CAN(bluetooth optional）	RS485/CAN(bluetooth optional）	RS485/CAN(bluetooth optional）
Size (mm)	442*420*133mm	442*420*266mm	442*715*233mm
Weight (kg)	47.5/49.5kg	85/88kg	100/105kg

Factory production photos

Case‑type energy storage battery FAQ

Q1: What is case‑type energy storage battery?

A: Case‑type energy storage battery is integrated cabinet‑enclosed lithium‑iron‑phosphate energy‑storage unit. All battery modules, BMS, high‑voltage protection components are installed inside a sealed metal case. It features high‑integration degree, easy transportation and on‑site commissioning. Widely applied for commercial‑industrial energy storage, solar‑storage hybrid system, emergency backup power and small‑medium micro‑grid projects.

Q2: Main system components

A: LFP lithium‑ion battery modules, BMS battery management system, high‑voltage circuit breaker, fuse protection unit, thermal management system (air‑cooling or liquid‑cooling), fire‑detection sensor, HMI display, metal case enclosure, internal wiring harness. PCS can be pre‑integrated inside the case or supplied as independent external device.

Q3: Common specifications

A: Single‑case typical capacity: 100 kWh, 200 kWh, 250 kWh, 500 kWh. Support multiple‑case parallel connection for capacity expansion. Voltage level covers low‑voltage and medium‑high‑voltage versions for different project requirements. Custom‑capacity case is available upon project request.

Q4: Core advantages

A: 1. Factory pre‑assembled and pre‑tested, reduce on‑site assembly workload. 2. Integrated sealed metal case, good dust‑proof and moisture‑proof performance. 3. Compact overall structure, convenient for container loading and transportation. 4. Complete built‑in protection and thermal‑control system, stable continuous operation. 5. Flexible layout, suitable for both sheltered‑outdoor and indoor installation scenarios.

Q5: Installation requirements

A: Place on flat solid ground with sufficient bearing capacity. Indoor or sheltered outdoor installation; outdoor‑grade case supports direct outdoor deployment. Professional high‑voltage wiring and reliable grounding are required. Installation shall comply with local electrical safety regulations. No complicated civil foundation needed for most small‑medium case‑type units.

Q6: Environmental working conditions

A: Operating temperature:‑20℃ ~ +55℃. Protection grade IP54 as standard for outdoor‑version case. Air‑cooled for general projects; liquid‑cooled option for high‑power continuous‑operation and high‑temperature environments. Adapt to coastal salt‑spray and humid conditions.

Q7: Safety protection functions

A: Over‑charge / over‑discharge, over‑current, short‑circuit, over‑voltage & under‑voltage, insulation monitoring, smoke‑gas‑temperature joint detection. Equipped with emergency‑stop button, high‑voltage interlock design. Optional automatic gas fire‑extinguishing device. BMS realizes cell‑level monitoring and balance management.

Q8: Parallel expansion capability

A: Multiple case‑type battery units support parallel operation via communication bus. Realize SOC balance and load sharing among cases. Total system power shall match supporting PCS/inverter rated parameters.