sobastical:
ITEMS AVAILABLE

iPhone 7 chip needed - 65k

iPhone 7plus 128gb chip needed - 89,999

Microsoft Surface Pro 3 Password lock 128gb, 4g ram, core i5 - 80k

Samsung note 8 need to be unlocked - 90k

Only the Samsung note 8 is available in Naija, the rest has been picked and waiting to be shipped at the next shipment date.

Thanks.

Surface11:
I also have one..

Surface Pro 3 core i3 128gb 4gb

Slightly cracked screen and it touches once in awhile

Cover type keyboard with backlight

30k firm. Check my signature for my contact.

bytementor:


You can get all the tools and videos needed to become a full-stack developer from https://www.bytementor.com/Request/CreateRequest

It comes in a brand new 64gb flash containing many videos and programming software, we waybill it to you in any state in Nigeria you are in.

Awonla:
self studying my brother.

Abbeyme:


I have. Front loader 7kg.
Wash,rinse, spin

Horlaarsco:
Who have washing machine for sale around 10k

Horlaarsco:
Will 1kva inverter work for this??

Tavine:
A 1kva inverter + 100AH deep cycle battery in good condition is available for sale.
Cost #30k
(Market value is #65k)
o8o5-683-8221

Olha:
Clearance sales:
Used Thermocool washing machine(7kg) for sale and its in good condition.

contact: 08029055043

Location: Surulere, Lagos

KristaPretty:
Stil up for sale

Family size washing machine

08066526159.

picker:

https://m.aliexpress.com/item/33041122711.html?spm=a2g0n.wishlist-amp.item.33041122711&aff_trace_key=&aff_platform=msite&m_page_id=5043amp-GV94YhvkUbg2ZFV8n9VQWw1566852846402

lexi28:


ideally, you are to get PV flex cables. they are of fine strands and bend easily. depending on the distance from which you are running your cables, this type if cable might be quite expensive.


so read your controller manual, what's the largest size of cable its terminals can admit. then buy the type of copper cables normally sold. try and avoid the chinko cables that have thicker insulations with smaller gauge of copper conductor in it.

I do not know how far your controller is from your panels, I would say use 10mm cable minimum to run the pair of wires from the parallel panels. 16mm would be better if your controller terminals will admit them and you can afford it.

16mm should be okay for the cables from your controller to your batteries. I am assuming they are close together, and about 4yards should do (2yards for +ve & 2 yards for -ve)

hope this helps.

lexi28:


yes, both your inverter and batteries are 12v, charging source must be within range for the kind if controller you're using (pwm)

lexi28:


1. your battery terminals will be your bus bar

2. have you bought the cables you need? get appropriate cable lugs that are roughly tag size of your cable, less gaps in the cable lug, the better the contacts. (p.s do NOT attempt to solder the copper cables to the cable lugs).

3. cable lugs are the cable terminations you see on the follow come cables on the inverter.

4. attach cable lugs to ONE END of a pair of cables. strip 1cm of the cable, insert into a lug, and use a heavy duty crimping tool (or just smash flat with a hammer! local style). attempt to pull out the cable, it must stay firm. tape around the crimped lug up till just before hole in it.

5. mark one with cables you just crimped with red tape to designate the positive or use masking tape + marker pen.

6. screw in the stripped, uncrimped end of red positive wire above to the battery positive port on the charge controller( usually 3rd terminal from the left, if controller is facing you).

7. screw in stripped uncrimped end of the black negative cable from the pair you just lugged in step 4, to the negative port of the charge controller

8 connect the positive red wire from the inverter and the lugged end of the cable you just marked as positive to the +ve battery terminal.

9. connect the negative black wire from the inverter and the crimped end of the cable you marked as negative to the -ve battery terminal.
( there might be a small spark while doing this, do not be alarmed, it is okay).

10. your charge controller should light up by now and auto detect the battery voltage. red the controller manual for more info.

11. for connecting your 2nos 150w panels in parallel, if you have appropriate y-mc4 connectors, use them. otherwise, cut off the both PV +ve cables like 2" before the connectors and join both positive cables together.

12. repeat the same for both negative PV -ve cables. remember to join wires with a tight and strong bond. be generous with the electrical tape.


13. connect the stripped single +ve cable from your inverter to your controller PV +very terminal or to your PV breaker if you are using one. the cable from the other end of the breaker goes to the controller

14. the single negative from your parallel panels goes straight to your controller PV -ve port. after 1-2seconds the controller should give a reading on your panels. the battery voltage is 1st, then the ambient temperature, then the panel charging current. Your controller manual should give the rest info.

hope this helps you. any further questions, feel free to post them here. ask questions... easiest way to learn.