Energy Storage Battery

Energy Storage Batteries are mainly used in Large Scale ESS/Low Voltage Residential ESS/High Voltage Residential ESS and other similar applications, with low leak current, long calendar life and cycle life which are good for application, safety design based on UL1642, UL2054, UL1973 Standard.

Low voltage energy storage system include 12V/48V voltage range from 50~250Ah capacity, use ACE BMS manage the system with complete protection design to ensure ultra-high safety and reliability, support I2C/SMBUS/CANBUS/RS484/RS232 … communication with the system. Energy Storage Batteries, made by the lithium battery pack manufacturer, include high accuracy fuel gauges, and systems that can read battery pack information like voltage, temperature, SOC, ageing and degradation through communication. Based on different application requirements for the voltage and capacity of different types of li-ion batteries, Energy Storage Batteries can support Parallel functions to extend capacity and Series functions to increase operation voltage up to 96V base on application.

ENERGY STORAGE BATTERY LISTS

RESS ePower H Series

48V/50Ah/100Ah

RESS ePower WM Series

48V/100Ah

RESS ePower M Series

48V/51.2V/50Ah

RESS ePower SA Series

48V/51.2V/100Ah

RESS - All In One Series

RESS Energy Sys 123

Battery Performance

EV graded power battery, stable and mature technology, robust quality.

Steel sealed cylindrical package, excellent safety performance.

Uniform heat distribution and fast dissipation.

NMC cathode material system with high energy density and super long working life.

Hundreds of individual cells connected parallel ensure the consistency of the battery module.

BMS

Multi-physical fields coupling simulation modeling.

Dynamic analysis on the internal state of battery.

Compute SOC, SOE real time to ensure the optimal performance and safe working boundary.

Based on electrochemical principle to assess the current SOH.

Fully Intelligent algorithm auto adjusts the internal battery model to ensure the high accuracy of SOC estimation within the product life cycles.

Active and passive balance engine equipped.

Real time monitor voltage, temperature, insulation state, communication and system warning together with at least 30 days' log recording.

Thermal Management System

Honeycomb array structure are designed to maximize the heat exchange efficiency of the battery pack.

The internal of the container uses circulating convection design to ensure the thermal field distributes uniformly to improve the reliability and stability of the whole system.

Scada System

Support massive data storage and search.

Real time online monitoring of the battery information on each single cell and accurately diagnosis system operation status and warn failure.

Fully unattended operation system supports remote real-time control and optimizes the system dispatched efficiency.

FAQ of Energy Storage Battery

How does battery energy storage work?How does battery energy storage work?

The battery energy storage system stores the energy collected by solar panels as a power source for use.

How many 12v batteries are needed to power a house?How many 12v batteries are needed to power a house?

Such a system will require 38 batteries.