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Our 10 years of Lithium Iron Phosphate experience shared within thousands of articles, hundrends of tests and examples.


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19.12.2017
 
New current measuring options for LAN Controller

 

New extension accessory current sensor for LAN Controller 2.0 is available for your projects - LAN-MOD-CS709. It allows to measure up to +/- 75A in circuits up to 277V AC/DC. Check our offer of LAN Controller extension sensors. Follow the pictures for complete installation and setup instructions.

08.02.2014
 
Simple Digital Voltmeter (range 0 - 30V)

 

Simple Digital Voltmeter (range 0 - 30V)

The voltmeter allows to measure Voltage from 0 to 30V. For the measurement under 4V requires an external power supply (in range 5 V - 30 V). See the operation manual for examples.

How to use:

1) The red wire connect to the (+) battery terminal
2) The black wire connect to the (-) battery terminal
3) The blue wire voltage measure the voltage on (+) battery terminal, or cell (+)

Check here:
http://www.ev-power.eu/Measure-Test-Tools-1-1/Promo-Voltmeter-for-measuring-of-voltage-in-range-0-30V.html

12.12.2012
 
Proper Fusing is Vital for LFP Safety

Proper Fusing is Vital for LFP Safety

We remind all customers to apply proper fusing for any DC power installations.  The fusing and/or DC circuit brakers will limit the risks of serious accidents in case of battery DC short-circuit.

07.07.2012
 
Depth of discharge (DOD)

Depth of discharge (DOD)

All battery manufacturers recommend to keep the Depth of Discharge (DOD) bellow the maximal limit of 100%. Ideally 80% DOD or less is recommended. The rule is quite simple: the smaller DOD the larger number of cycles. With 50% DOD the LiFePO4 cells may have well above 5000 cycles. However it is imporatnt to keep the DOD at the cetral part of the capacity range. If the DOD is not in the center of the capacity range, the cell performace may degrade faster.

As a matter of fact, since it is better to avoid deep cycle discharging, it seems to be better to charge as frequently as possible. It is better to “charge (to full) and drive” rather than “drive and charge (from null)”.  

29.06.2012
 
Building a LiFePO4 battery - charging and initiation

Building a LiFePO4 battery - charging and initiation

Check a useful article published by one of our customers.

15.05.2012
 
How to connect two 12V batteries with PCM in series

How to connect two 12V batteries with PCM in series

The connection of the batteries with the 12V PCM is the same as the connection of any other batteries. Some additional things need to be observed:  before the assembly of the pack in series, first charge individually each of the batteries to full. Observe the voltage levels for the discharge of the batteries. The batteries should not be discharged to too low voltage levels. It is recommended to stop discharging at 11.5V or 11.8V per battery in the pack. This means to stop discharging at 23V for a pack of 2 cells in series.

From time to time it may be necessary to have the batteries charged individually to the full. That is why it may be good to have the cabling to each battery ready to allow the charging of individual battery in the pack.

Check the PCM battery usage tips here.

14.05.2012
 
FAQ:  How to connect the small cylindrical cells together?

FAQ:  How to connect the small cylindrical cells together?

Answer:  First never try to solder the contact to these cells. You are sure to damage the cell by over heating. Any temperature above 70*C is damaging to the cells!  Without professional soldering equipment it is not possible to make the connection.

We suggest using the round-cell battery holders. The holders for big „D“ size cells can fit some of the cell. The contacts for the holders for the lithium cells can be purchased form a local electronics shop (check the German Conrad as an example).

   ...more >>

14.11.2011
 
RT-BMS Cell Balancing Module dimensions and mounting specifications

 

RT-BMS Cell Balancing Module dimensions and mounting specifications

The drawings show the CBU sizes and installation.

05.11.2011
 
FAQ: Charging individual cells using the regulated (laboratory) power supply

 

FAQ: Charging individual cells using the regulated (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 to follow:  1) set the target voltage (open voltage) – without the connection of the battery (3.65 at the picture), 2) start charging and set the current to be used (3.0 A at the picture), 3) when the charger reaches the target voltage – it usually starts to reduce the charging current until a low value. (3.66 V reached at 0.04A). It is a time to stop charging and disconnecting the charger.

05.11.2011
 
Training: Lithium Battery Technology Expert – October 2011

 

Training: Lithium Battery Technology Expert – October 2011

Photos from the one-day training that helps you to become the lithium battery expert and to understand the advantages of the lithium battery technology. The training consists of a block of lectures together with seminars, question and answers sessions and practical labs. These labs will help you to assemble your own battery pack and practice proper charging and discharging.

   ...more >>

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