post=70800727:
10% Discount on order above 100k

Flex max 80a fangpusun 160k
Flex max 60a fangpusun 135k

Fangpusun (Bluesolar)
70a-12/24/36/48v 127k display included
60a-12/24/36/48v 120k display included
60aD-12/24/36/48v 120k
45a-12/24/36/48v 85k display included
30a-12/24v 47k display included
50a-12/24v 60k display included
50aD-12/24v 60k
60a-12/24v/36v/48v 105k display not included
60aD-12/24v/36v/48v 120k
70a-12/24v/36v/48v 115k display not included
45a-12/24v/36v/48v 70k display not included
MPPT- CONTROL 16K
epever 30a 12/24v (CN) 35k
epever 30a 12/24v 40k
epever 40AN 12/24v 60k
Box-Wifi-01 15k

Esmart3 60a 12/24/48v 100k

Pwm
30a 12/24v 10k
60a 48v 40k
60a 96v 95k

96v-384v Mppt
96v 50a 400k

BMV 702 FANGPUSUN 42K
BMV 700 FANGPUSUN 38K

Battery balancer Ha02 48v 35k
Battery balancer Fangpusun 24v 25k

Watts meter with clock and 50Hz/60Hz calculation 7k
PROGRAMMABLE Digital timer 15/16a 5k din rail
PROGRAMMABLE Digital timer 25a 7k din rail/wall mount

DC Breaker 125v/10-63a 3k
Midnight classic 150v/15a 7k
MidNite Solar Surge Protection Device MNSPD-300-AC 50k
MidNite Solar Surge Protection Device MNSPD-300-DC 50k

Watts meter DC 6-100V/100A 9K
Watts meter AC 220V/100A 6k

ATS 220V/63A single phase 16k
ATS 220V/100A three phase 45k

Solar water heater 100L-200L stainless steel with AC function and water level call for price
DC/AC CEILING FAN 56' 12V/30W, REGULATOR, REMOTE CONTROL INCLUDED 25k

Now in stock smart socket 13a 8k (Internet must be used) you can switch off your device from anywhere in the world. Compatible with android os

080-987-337-09

DUNKA:
Thank you all for those that commented.Issued resolved offline so no need to call out the person for now but going forward transactions will be done at arms lengths . Changing a product without informing a customer does not speak well of ones integrity and is a no no in business no matter how well intentioned it is. Communication is key just a message was what I least expected and not be subjected to a purchase ambush.

zeestone99:


Who is that dealer spoiling our name nw.. Now dunka wey i suppose jst hail mk e credit my acct wan dey do arms length,

I hope no cost is comin from ur side to rectify dis issue

DUNKA:
Zino it is like you like Gulma oh. No p I have just let it slide but will just be more circumspect and ask more questions before dealing in the future . Thank God that it is not a monopoly and Many more options to choose from

Finally got around in installing the 4 panels you sent and now on 16 PANELS totalling 4,040 watts pv power really enjoying the extra power tempted to add 2more panels to max out my cc. Anyway will see how it goes.

Thanks

NiyiOmoIyunade:


One side note - I continue to be pleasantly surprised by the performance of the Canadian Solar 330w panels (assembled in China with Chinese cells to poke fun at KieKie who always makes that distinction). Sold at a bargain price by GennexTech, they effortlessly pump out an impressive amount of juice and mercilessly flog my second PV array made of Flames panels on a day to day basis - by my rough calculations 3Kw of GennexTech's Canadian Solar perform slightly better than 3.6Kw of Flames.

dapsyra:


You should have told us the price of the 3KW canadian PV and that of the 3.6KW Flames PV for proper comparison.

I am sure the 3KW canadian PV is more expensive than the 3.6KW Flames PV if bought at about the same time. The Chinese tend to overstate the capacity of their gadgets.

Like I always say, you get what you pay for.

Saipro:

Once again, I'm wowed beyond words. Kudos!

NiyiOmoIyunade:
Good day house,

During the last episode of CC wars, several allegations and 'facts' were thrown about by the various sides of the argument.

One particular egregious one that vexed me was that the Morningstar's heatsink was insufficient to dissipate heat properly and that the CC would start derating and shedding current once over 50^oC - this was in stark contrast to the manufacturer's claim that the CC would only begin to derate at 80^oC.

It hurt even more because I had chosen to use a fan to cool my two CCs and general battery area and the allegation was I would not have used a fan if the CCs were dissipating heat properly.

So I decided to set up an experiment to test how the CC behaved when the heatsink got hot - I was hampered by the fact that the CC does not log 'heat sink temperature' and it can only be viewed live at any point in time.

The method - Ran down my battery bank to 60% DoD overnight, I closed all the windows of the power room (no ventilation - I had long since given out the fan in anger after the allegations ) and left for work - came back home at lunch time to check on the CC and I was pleasantly surprised by the results;

Time - 12 - 1PM
HeatSink Temperature - 63^oC
CC Yield - 3,114Watts / 57Amps at 54.41volts
PV Array Size - 3,960Watts or 3.96Kw
% of PV Capacity Converted to Useable Power in House - 78%

Verdict - The Morningstar CC continues to pump out maximum juice even at high temperatures without cooling fan assist - the on board heat sink is sufficient to dissipate heat and maintain name plate performance up to 63^oC


Picture evidence below.

One side note - I continue to be pleasantly surprised by the performance of the Canadian Solar 330w panels (assembled in China with Chinese cells to poke fun at KieKie who always makes that distinction). Sold at a bargain price by GennexTech, they effortlessly pump out an impressive amount of juice and mercilessly flog my second PV array made of Flames panels on a day to day basis - by my rough calculations 3Kw of GennexTech's Canadian Solar perform slightly better than 3.6Kw of Flames.

DMerciful:
Are the flames installed facing exactly same angles as the Canadian solar? If not its not a controlled experiment and the outcome may be because of angular advantage

Barezzi:
Maybe washing will fix it...
Else a panel or more may have burned out.

NiyiOmoIyunade:
Yes, very likely one or more burnt out panels in the array or some shading/something casting shadows on the panels.

Again there have been some really cloudy days in Lekki of late so might be best to wait for a sunny day to know for sure if something is wrong.

Just use a clamp meter to check the amps output of each panel in the array and you should find the culprit

4llerbuntu:
I need a bit of guidance here.

I'm a complete noob so be gentle.


I'd like to setup STRIP LED lights all over my apartment,
to serve as emergency/ rechargeable light connected to a 12V battery.

Obviously, the battery will need charging.


Id prefer if the strip LEDs also used 12V direct and not AC power. But given the size of the apartment, there's going to be quite a lot. Easily say 150feet of LEDs


That's the general idea

What I need is advice/directions on how to to do this on a budget. Thanks

makavele:


Although I have not been to the roof (except once, to satisfy my adrenaline-induced curiosity very early this year); I am dead sure the panels are dust-free and not yet due for washing. Asides for the fact that the latest addition to the mix is barely 4 months old; the environment is strictly controlled. Thus I am more inclined to go with a burn out or multiple burnt units; since shading is also out of the equation. Sadly, I am unable to go up and check with a clamp meter; as I would be needing a super-long ladder; as it is a detached building plus insurance clause too.

[b]p.s.: I had noticed this issue even before the rains came and on very cloudless amazingly "hot" days. Where I come to Nairaland and everybody is throwing a party as to massive kWh generated, but my own case seemed different.Sad!!!
and should i say i noticed this, the moment i switched to 48V. All seemed good while I was on 24V. Confusing, righ[/b]t?

4llerbuntu:
I need a bit of guidance here.

I'm a complete noob so be gentle.


I'd like to setup STRIP LED lights all over my apartment,
to serve as emergency/ rechargeable light connected to a 12V battery.

Obviously, the battery will need charging.


Id prefer if the strip LEDs also used 12V direct and not AC power. But given the size of the apartment, there's going to be quite a lot. Easily say 150feet of LEDs


That's the general idea

What I need is advice/directions on how to to do this on a budget. Thanks

bigrovar:
First question is. Why would you like it to be powered by 12v battery?

That's what I *think* I can get easily. 200 Amps 12 V battery.

The lights are not supposed to be connected to PHCN or Gen.

It's for when neither of those is available instead of buying several rechargeable lamps for multiple rooms.....

I don't want to use an inverter or anything fancy to keep expense as cheap as possible.





[quote author=bigrovar post=71471953]What is the power input rating for the stripe led? Does it take direct dc and if yes what is the dc voltage requirement.

I don't really know the answer to this. I've seen some that have direct DC input. Most have a little AC to DC thingy on them. Know little about these things TBH



[quote author=bigrovar post=71471953]lastly what do you intend to use in charging the battery. Solar or battery charger?

bigrovar:
If you ask me I will say it is better to just use dc directly. You will safe yourself a lot of hassle while aligning the setup to the kiss principle. (Keep It Simple Stupid) DC might sound a good idea on paper but in practice when you have to deal with charging the dc source and combating voltage loss might just be better to use an AC to DC buck converter and get going with your life.

earthrealm:

interesting concept, i wonder how u intend to get the lights to come on..when phcn goes and is dark...vs when phcn goes and its daytime?, or will u just connct them to come on once its dark etc?

earthrealm:

if dc, a small 40ah/50ah btt would be more than sufficient. those led strips are so energy efficient, ur 150ft might not consume upto 50w. if for intermittent emergency lightening..i doubt you need solar for it, just get a small 12v automatic batt charger, am assuming phcn is fairly decent in ur place

4llerbuntu:
I'm thinking about something like this strip:

https://s.click.aliexpress.com/e/b9DNGLWu

bigrovar:


How are the panels connected.

Dam5reey:


From description, it shows working voltage 220V, but the LED is in 12V just like any other LED bulbs, that has built in AC to DC converter..

If you will be using at multiple source example different rooms, then DC cannot work, Just use AC..

makavele:


5S4P

bigrovar:
If you ask me I will say it is better to just use dc directly. You will safe yourself a lot of hassle while aligning the setup to the kiss principle. (Keep It Simple Stupid) DC might sound a good idea on paper but in practice when you have to deal with charging the dc source and combating voltage loss might just be better to use an AC to DC buck converter and get going with your life.



I don't understand this part....