Pylontech US3000C Lithium Battery: Compact, High-Performance Solar Energy Storage

The best solution

Main characteristics

	Compact size Minimum footprint		More than 10 years of technical experience
	Reliable performance		Expandable according to demand
	Security through cells, modules and BMS developed by us		Low failure rate
	Remote upgrade function		10 year warranty

Benefits

Important notice for our customers in Belgium:

As part of our commitment to regulatory compliance and environmental responsibility in Belgium, we would like to inform our customers that the acquisition of a Pylontech US3000 battery is subject to a mandatory environmental fee. An amount of €76.48 excluding VAT must be added for each battery purchased, as a direct contribution to Bebat, the organization in charge of managing batteries and accumulators in Belgium. This measure complies with current Belgian environmental legislation. For further information, click here

Here's the reference list and the corresponding fee!

When purchasing lithium batteries, please add the following product Pylontech US3000 environmental fee corresponding to the number of batteries you order. Otherwise, we will recalculate and invoice the amount after purchase.

The US3000 lithium iron phosphate battery is an innovative energy storage product developed by Pylontech. It is designed to provide reliable power for a variety of equipment and systems, particularly suited to applications requiring high power, limited installation space, restricted load and long life.

Environmentally-friendly: The battery is non-toxic, non-polluting and environmentally friendly.

Cathode material: Made of LiFePO4, offering safety and long life.

Integrated battery management system (BMS):
- Manages and monitors cell information, including voltage, current and temperature.
- Balances cells during charging and discharging to extend battery life.

Comprehensive protection:

- Protects against excessive discharge, overcharge, overcurrent and extreme temperatures.
- Automatically manages state of charge and state of discharge, as well as voltage and current balancing for each cell.

Flexible configuration:

- Multiple battery modules can be connected in parallel to increase capacity and power.
- Self-contained cooling system effectively reduces overall noise.

Low self-discharge:
The battery can go up to 6 months without recharging, with no memory effect and excellent partial charge and discharge performance.

Temperature range: Operates between -10°C and 50°C (charge from 0°C to 50°C; discharge from -10°C to 50°C) with excellent discharge performance and long life.

Compact and lightweight: The 19" module is easy to install and maintain.

The US3000 is ideal for systems requiring a reliable, long-lasting power supply, while being environmentally friendly and easy to manage.

Modular capacity

Expandable up to 16 elements in series

1 - ADD DipSwitch: defines master and slave battery.
2 - Contact /Console
3 - A/CAN
- B/RS485: connection for communication with the inverter.
4 - Link Port 0/1: enables communication between several parallel batteries.
5 - Grounding point
6 - POWER: power switch ON - OFF
7 - Start: start - switch off
8 - Run: green LED flashes or lights up to indicate battery operating status.
9 - Alarm: flashes to indicate that the battery is in alarm; lights up to indicate that the battery is under protection.
10 - SOC: indicator lights show current battery capacity.
11 - Negative power terminals: one connects to the equipment, the other parallels another battery module to increase capacity.
12 - Negative power terminals: one connects to the equipment, the other parallels another battery module to increase capacity.

Why a battery storage system?

Energy demand is high in the morning and evening, but solar production is more adequate in the middle of the day.
The battery storage system balances supply and demand.

High efficiency for your electricity distribution
Reduce and save on your electricity bills

Comparative table of price per useful kWh over battery life at a glance!

There are many different storage technologies: Gel or AGM batteries, lithium batteries, OPzS and OPsV. It's not easy to choose the right technology for your needs. Each technology has its own characteristics (size, power, cost, number of cycles and service life, etc.). With this table, you can quickly compare the price per useful kWh over the lifetime of the batteries.

C10 = 10-hour charge/discharge test.
C24 = examination of a charge or discharge in 24 hours.

Click here to see our comparison table.