Blog - Chargers and charging

MEANWELL HEP-600C – DC Charger 12V/24V/48V 600W

The MEANWELL HEP-600Cis a high efficiency AC/DC charger with passive cooling.This means: fan-less and noiseless.There is no ventilator and air inlet/outlet. For improved cooling the charger should be mounted in a well-ventilated area. If mounted in a closed box, the air flow ventilat

21.Apr 2022
| Blog - Chargers and charging

LFP Battery – Model Charging Curve

This is an example of amodel charging curve for a 24V LFP battery. In this scenario the battery is finely charged with a 2 Amp balancing charger. There are following stages of the charging process:

1 – The battery is chargedto the full voltage (29.6V = 3.7V per cell)

2 – The ba

04.Apr 2022
| Blog - Chargers and charging

Laboratory Power Supply - Charger 60V/10A For LFP/LTO Cells

Laboratory power supply GWL/M-LAB60V10A – MP6010D - 60V/10A

MP6010D laboratory power supply with gradual voltage regulation (from 0 V to 60 V) and current limitation (from 0 A to 10 A).

Suitable for the laboratory charging of LFP and LTO cells.

Specifications of the MP6010D power supply

  • Digital display: vo
21.Mar 2022
| Blog - Chargers and charging

GWL/POWER Balancing Board For 1-4 Cells LFP

Examples of the installation photos of the.

The installation is quite simple, just mount the boards somewhere near the battery pack and connect with the individual cells, by means of the single cell wires.

For3.6Vthe balancing current is1.2 Amp

10.Mar 2022
| Blog - Chargers and charging

To be or not to be? - Balancing cells with a single cell...

Recently GWL/Team has received some feedback from the customers related.

It seems that these charges have some “hysteresis of their behavior” – in the way they behave when the cells are nearly fully ch

16.Mar 2021
| Blog - Chargers and charging

Charging voltage levels for LiFepo4 cells.

Some time ago, GWL/Team has published. It seems that this recommendation has been working excellently for all of our customers. Here is the summary of the information:

If possible, usethe setting for the LiFePO4 cells if supported by

19.Nov 2020
| Blog - Chargers and charging

What is the “Charge Booster”?

The“Charge Booster”is acharging converterbetween the regular car starting battery (usually lead-acid – SLA) and the auxiliary board battery (often the LiFePO4 – LFP).

It also works as a separation between these two batteries. If the starting battery gets

06.Nov 2019
| Blog - Chargers and charging

Battery charging from a generator on boats

FAQ: Battery charging from a generator (alternator) – on boats

Question:I have a boat with the gasoline engine. The gasoline engine moves the boat and charges the mainboard battery. When I replace the battery with LiFePO4, how should I operate the charging? If the battery gets full the alte

22.Oct 2019
| Blog - Chargers and charging

Charging the cells by a laboratory power supply

Many of the laboratory power supplies allow charging of the individual cells. Using such a regulated power supply is a suitable method for performing the initial charging or for the balancing of a single cell in a battery pack (by means of charging to a fixed voltage level).

There are usually 3 steps t

26.Jul 2019
| Blog - Chargers and charging

Charge assembly and balance the battery pack

Quick instruction video how to install the BMS123 Smart with the LFP (LYP) cells. Learn and see for yourself - simple and quick installation in just a few steps. See how to assemble the pack from 4 cells.

About Winston cells: Large capacity LiFePO4 prismatic cells. Thundersky – Winston Batt

21.Jun 2019
| Blog - Chargers and charging
32 visitors online.
All Rights reserved © 2024 GWL Group a.s. - GShop v. 1.4.8