We inform our kind customers that shipments are suspended for the holidays and will resume on January 7, 2025

Pylontech BMS high voltage 19.2kWh storage system photovoltaic

Pack

Pylontech BMS high voltage 19.2kWh storage system photovoltaic

Name: Pylontech BMS high voltage 19.2kWh storage system photovoltaic
Brand: Pylontech
SKU: KSA-ZST-PYL-19.2-BMS
Price: 5821.22 EUR
Availability: InStock

Reference KSA-ZST-PYL-19.2-BMS

Last items in stock

€5,821.22

VAT included 10 %

€5,292.02 Vat excl.

The Pylontech storage system is made up of 2.4kWh high voltage batteries based on lithium iron phosphate cells, a rack cabinet with 8 battery modules, cables and the respective BMS.

This pack contains

Rack cabinet for up to 8 Pylontech lithium battery modules BMS photovoltaic

€433.05

ZST-BMS-SC500-H BMS module for H48050 Pylontech high voltage lithium batteries

€759.00

ZCS Pylontech H48050 2.4kWh high voltage lithium battery photovoltaic storage

€569.80

Connection cables between BMS Pylontech and three-phase hybrid inverter

€70.77

Pylontech BMS high voltage 19.2kWh storage system

The Pylontech storage system is made up of 2.4kWh high voltage batteries based on lithium iron phosphate cells, a rack cabinet with 8 battery modules, cables and the respective BMS.

The basic module is 2.4kWh, the discharge depth is 90% and a capacity of 28.8kWh can be reached for each 12-element stack with a 12-module rack cabinet. The pile is completed by the BMS, the upper element of the structure, which controls and regulates the charges and discharges of the system.

KIT COMPONENTS


1	Cabinet	Cabinet rack ZST-RACK-H1 8 modules	Download

8	Lithium battery	Lithium battery 2.4kWh Pylontech H48050	Download

1	BMS	Pylontech SC500-H battery monitoring system	Download

1	Connection cable kit	Connection cables between BMS and three-phase inverter

Battery main features

Simple and intuitive assembly;
Easy to install thanks to its size;
Capacity equal to 28.8kWh for 12-element modules;
suitable for the creation of accumulation systems of small and large capacities.