Solax Triple Power batteries

Description

Solax Triple power batteries are a 48v battery compatible with the new X1 and X3 range of Hybrid Solax inverters.

The system comprises a base Master box which allows battery modules to be added in 6.3kw modules. Each 6.3kw module can be added onto to for 12.6kw, 18.9kw, up 25.2kw of total power. The system being modular allows additional batteries to be added if the households energy usage increases.

The Solax Triple Power batteries can be either floor or wall mounted. Boasting a 6000 cycle lifespan with a 10 year warranty and 90% depth of discharge, the new Triple Power battery is a flexible, practical, high-performance energy storage solution.

Solax Triple Power batteries have a strong metal case that will withstand up to 500kgs of pressure,  as a IP rating of 55, and has gone through extreme testing regime to ensure this is one of the safest batteries on the market. Reliable battery core supplier: the battery core uses BAK batteries, which ranked No.1 in China. And it’s the only lithium-ion battery Chinese supplier of the HP, Dell VW and BMW, with a daily output of 2.1 million battery core, ranked top 10 globally.

Master-slave design, dual CPU protection, safe and reliable system operation; Solax’s self-developed BMS system, triple protection measures, comprehensive management from battery cell, battery module to battery system with intelligent remote monitoring function, real-time detection of system working status and remote protection service; Safety and stability system design, using software and hardware redundancy design, EMC high standard design and power isolation, data acquisition and isolation design, through long-term EMC test, high and low temperature ageing, salt spray operation and vibration test and other environmental tests to ensure system operation Stable and reliable; Accurate and reliable power management, original intelligent algorithms, online estimation of high-precision capacity, leading position in the industry; Real-time accurate life prediction, based on comprehensive analysis of various operating conditions of the battery, real-time prediction of battery ageing.