NESE is no solder, weld-less solution to build batteries using 18650 format cells
NESE system requires only phillips screwdriver to be assembled
20S battery could be assembled in less than an hour
NESE system delivers highest power output with tested 200A continues
Flexible with mounting and developing accessories
Durable
Available are these 18650 and 21700 configurations:
2P, 2S2P
3P, 2S3P
4P, 2S4P
5P
6P
7P
8P
DieBieMS enclosure
THERE ARE TWO BOLT TYPES USED, STANDARD AND SHALLOW
Standard bolt sets adds to the module:
Internal cell tab - 0.6mm
Bolt with washer - 5.4mm
Total - 6.0mm
Series bus bar - 1.0mm
Shallow bolt sets adds to the module:
Internal cell tab - 0.6mm
Shallow head bolt - 1.3mm
Serrated washer - 1.5mm
Total - 3.4mm
Series bus bar - 1.0mm
200A test on NESE module in vibrating enviroment:
Assembling NESE modules:
Cutting NESE tabs:
Inside NESE module:
Some of the arrangement variants:
ORDERING: Visit www.18650.lt or www.1865o.com to purchase Your own NESE system! Get in contact on: info@18650.lt or call +37065753232 (engish, russian, lithuanian)
I use 18650 battery in my skateboard and use the modules from www dot 18650.lt (www.18650.lt). Each modules consists of raised copper tabs and a box. I am posting some of my modification to the original box design. My designs are not tried and…
My latest proposition mounting NESE modules with M3 threaded rod:
Modules could also be mounted using advanced doublesided tapes. 3M has good range. I have tested 3M VHB tapes and they have very strong bond. Its used on trailers instead of rivets as it is stronger. I had to use full body strenght to get one 20x40mm magnet off. Read manufacturers data sheets before purchase paying extra attention to holding force. This is most simple no brainer solution. It gives some cushioning as well. I would give it first place in recommending to mount the modules. Here is a video on strength of the tape:
“Hardware sets fit into printed cases very well. Used PETG for my cases, about 30-40 so far and they work great for e-bikes and other portable power needs. They also pack well in heat shrink after completing full packs for high durability and water resistance.”
“Great quality and super durable for an e-bike build. Have great output using solid batteries, no issues putting lots of amps through the system.”
"NESE hands down. 100% better. The vruzend might have its place but overall not sold on its quality / durability long term. The hardware on them breaks way to easily. I managed to assembled all 40 modules (8 cells each) in less time than the 30 cell 12v battery. Having printed these modules in ABS following the recommended settings on your website I can say that they went together with no issues, (snug but in a good way) I will likely end up changing the 3s 10p battery for a 4s 8p NESE system."
"My main concern with the battery built was continious max amp draw
I wanted to use full cooper , N.E.S.E are well designed , not worried about amp draw , this built with 24 modules could support 400A , but it is mainly depending on cells temp : Max around 70c… So 30q or vtc6"
Thanks. Made it on the builders first you’ve might of missed it
Just transferred here. Don’t know whats going on on the builders site for the folks moving here, had no time to dig in, but, community based forum and not vendor based is always a good thing. Hopefully more peeps will join in.
On the better note i have finished my family cargo electric. Drives great.
I’ve seen the information throughout builders didn’t notice it all together maybe I just forgot. I’ve learned so damn much this past month lol anyways yea this forum is for the community 100% so we shouldn’t have to worry about any drama here.
Thanks for the shout-out Agnius. I hope people find the parts that I made useful.
BTW, this png image below isn’t scaled right, but I have a pdf file that works. Maybe you could share the linkto the .pdf file instead.
file: dbms_tabs_flat_pattern.PDF - Google Drive
Love mine! I made a 30Q 10s3p - definitely the only way I would feel comfortable building a battery at my current skill level thank you for this - mine is currently assembled in a top mount format for a board that is a work in progress
Added the link you provided. Thank you. @bourbon_norm, you can attach them with 3M tape i described above. Very quick and strong solution. @ryansinatra thanks a lot. Dual layer protection. That battery probably is tank proof now
Might be as much as 30%. At least it looks that way. I will have to sit and calculate to make it reasonable compared to 18650. My goal is to keep it at the same price point per WH or at least not to drift too far. The cost of manufacturing is 40% higher from the quotes i got so far.
Just had this email from a customer, thought i’d share:
“Hey buddy. Thought id let you know that your battery holders are explosive safe. Put a battery in backwards a thermal runaway came so quick I barely had time to get it in the protection bag I use but after explosion almost no damage to the unit.”
“Very cool though. Well that’s our way of saying very interesting. I had my foot on the bag and felt the explosion. Then I looked and the other one was ready to blow so i stomped on the bag ag but it just seemed to release pressure through a hole in the side. Very exciting though. Thank you for building a great product”
I wonder what cells your customer used? I had this happen at least 2 times due to not taking enough care but all that happened was a dead cell that wasn’t warmer
thank you for this - mine is currently assembled in a top mount format for a board that is a work in progress 
