olatade:




yes sir, it has the battery selector switch behind it. it's set on 'tubular' presently.

This may not be enough. Check the voltage of the inverter when you are doing bulk charging and make sure it is high enough. In addition, flooded batteries require occasional equalizing. Does this inverter have equalization settings?

I have 5.2kw array on a 100A Victron Smartsolar CC. My best harvest is 21Kwh, which translates to an efficiency of 4kwh per kw for that day.

This implies I'd use 3 or 3.5 sun hours for my area in future calculations given the data above.

Dam5reey:


Leave assumptions use your own PV, as example real life..

State your PV experience, PV inclination, Model etc. The we can learn..

I second!

Here in Lagos my experience is that an average installation using average panels and an MPPT CC will get you roughly 3 times the name plate wattage rating e.g a 3kw installation will yield at least 9kwh on the average day.

If you bring in Tier 1 type panels, proper cable sizes, proper panel orientation and slope with a high performance MPPT CC then daily yields of 4 to 5 times name plate are feasible e.g a 3kw array would yield 12kwh to 15kwh on an average day sometimes even up to 6 times during peak sun days.

You get worse results with an heavily oversized array e.g I get between 25kwh to 32kwh daily from a 7.56kw array. If I shutdown one of my CCs, the other one seems to perform better as per daily yield.

Barezzi:
I have 5.2kw array on a 100A Victron Smartsolar CC. My best harvest is 21Kwh, which translates to an efficiency of 4kwh per kw for that day.

This implies I'd use 3 or 3.5 sun hours for my area in future calculations given the data above.

Please,
When my inverter shows o/p load = 07.8%,
What does this mean?

bigrovar:

not at peak though.. generations usually peak between 11 - 1 and subsequently drops off. The standard practice is to use the 77% rule which will account for heat, wiring and charge controller related loses. do your calc with 77% of the capacity of the solar panel hence 300 x 0.77 = 231
231 * 5 = 1,155 using 5 hours is also a safe bet. Such calculation as this should err on the safe side and as such should focus on a minimum average

The 77% is very realistic for most set up.

mctfopt:


9AM to 3PM sunshine is not so much of a stretch in most part of the country.

Your information is incorrect. There are charts for sun hours. You can find the number that corresponds to where you are.

Dam5reey:


I thought at this point we have enough real life experience.

Why can't you state your experience, example my PV provide this kwh per day, average, best case and worse case

Instead of maths..

My experience can never be yours. Solar power and sunshine hours are not things you make up. There is data to back it up. Rather than take the lazy way out find out what the number is for your area and ask people to correlate.

bigrovar:

not at peak though.. generations usually peak between 11 - 1 and subsequently drops off. The standard practice is to use the 77% rule which will account for heat, wiring and charge controller related loses. do your calc with 77% of the capacity of the solar panel hence 300 x 0.77 = 231
231 * 5 = 1,155 using 5 hours is also a safe bet. Such calculation as this should err on the safe side and as such should focus on a minimum average

If you use 5 sun hours in your calculation and you lack access to the grid in Lagos or Port Harcourt you will be in a world of pain. I use 3 hours for a customer with no grid access and 4 to 4.5 for those with the grid.

chris81964:


If you use 5 sun hours in your calculation and you lack access to the grid in Lagos or Port Harcourt you will be in a world of pain. I use 3 hours for a customer with no grid access and 4 to 4.5 for those with the grid.

Probably true. My figures are from my experience in abuja. Using hard data collected over a 3 year period some of which can be verified from my signature. My panels it should be noted are barely tier 2 and with a battery capacity of 5kwh.. Are grossly over sized.

chris81964:

Where outside of the deep North do you get 6 hours of sunshine?

Generally for Nigeria you can multiply by 4 the panel Peak watts to get avg daily production so a 1 Kwp will give you 4 KWH of energy

See attached yield for well-installed system in Lagos and Abuja ( divide monthly numbers by 30 ) to get avarage daily yield

The lower yield numbers on the top chart is lagos offcourse. The numbers take into account various other factors such as windchill, temp/humidity over last 10 years to arrive at a fairly accurate estimate.


You will notice that the Avrage yeild varies significantly based on the calender month

More than 9000wh generated from my 6 330w Canadian solar panels. It was generally sunny in most parts of Lagos today though.

chris81964:


My experience can never be yours. Solar power and sunshine hours are not things you make up. There is data to back it up. Rather than take the lazy way out find out what the number is for your area and ask people to correlate.

@ Bolded is wrong, experience and data is to help newbies to get an idea..

It's not laziness to ask questions Sir..

Desanta:
Please,
When my inverter shows o/p load = 07.8%,
What does this mean?

O/P means Output...

so, it means that your output load (load on the inverter during inverting) is 7.8% of the inverter capacity.

Thanks for all your response so far.

Already decided to go back to the original plan of a 5 kVA setup. The original quote is as follows

INVERTER - PHASE1
5.00KVA/48VDC Pure Sine wave, Keye/Powerstar/Felicity Inverter 250,000.00
8 Nos. of 12V, 150AH Deep Cycle Batteries at 80,000.00 640,000.00
8-Unit Local Battery Rack & inverter rack 30,000.00
25mm2, 6mm2 & 2.5mm2 Cables & Cable-locks 50,000.00
32A Change-over Switch, 2DBs & Output MCCB 30,000.00
Freighting and Logistics 20,000.00
Installation 90.000.00
Total: 1,130,000.00
SOLAR PANELS INSTALLATION - PHASE 2
12 nos. of 250Watts, 24V, Mono PV Solar Panels @ N50,000.00 600,000.00
50Amps, 48VDC MPPT Solar Controller 120,000.00
Roof Mounted Solar Panel Frame 60,000.00
Earthing Materials 20,000.00
DC & AC Disconnect with casing 20,000.00
Freighting and Logistics 20,000.00
10mm2,6mm2, 4mm2 & 2.5mm2 Cables & Cable-locks 50,000.00
Installation 80.000.00
Sub-Total 970,000.00
Grand-total: 2,100,000.00

If my calculations are correct, the batteries can store 14.4 kWh but can be upgraded to 200Ah batteries to give 19.2 kWh. I guess we could increase the batteries to 10 like you suggested.

I don't get what you mean by the 48vDC sweet spot or 60A charge controller would probably be maxed out at 15pcs of 300w panels

As for the night time load, I'm a proponent for conservation and sustainability. The AC is going to be on between 10 pm and 5 am in one room while a rechargeable fan will be on in the second room. TV will run from 5 pm to 11 pm.

The current solar power generated by this setup is 3kW (I hope I got it right). Assuming an efficiency of 30% with 8 hrs of sun, the production for the day will be 7.2 kWh. Does that mean that I need more panels?

I also want to know why you recommend the products Canadian Solar and Quantas. The installer said he uses what is available so if I'm going to be getting it from you, I need to know why.

Thanks for all your response so far.

NiyiOmoIyunade:
My first instinct is that your battery sizing per quotes received is too small if you really want to run an AC + other loads overnight off a lead acid battery bank.

If we assume conservatively that your inverter AC + other night time loads take 1.2kw combined, between 7pm and 7am, you would have pulled ~14kwh out of 19kwh (8pcs 12v 200Ah) a whopping 75% DoD. Do this everyday and watch your batteries die early.

10 batteries improve the situation somewhat ~14kwh out of 24kwh but 60% DoD is rather steep too and I am generously assuming lead acid batteries actually store and give out their full Ah rating. Again this option forces you to abandon the 48vDC sweet spot and start playing with all those indian inverters - not really sure the quality of MPPT CC you can get at 120VDC or even if such a device exists at all.

I encourage you to follow the C20 rule as a minimum basis for sizing your batteries. A 1.2kw constant load requires roughly 24kwh of storage [1.2kw × 20hours] at a minimum - this translates to 12 pieces 12v 200Ah batteries. Remember this is the minimum size to realize the promised backup hours and cycle life.

For the loads you have stated, a 7.5kva inverter is a bit of overkill, a decent 5kva should do and you can shave at least 100k off your purchase cost this way - a 60A charge controller would probably be maxed out at 15pcs of 300w panels, so you would need two units if you are doing 18 panels or more - except you choose a 100A 250v CC like Victron or Magnum offer.


You are already at 3.8Million per your quotes received - with 500k extra taking you to 4.3Million, you can get 16 pieces Quanta 12v 200Ah Batteries, 21pcs 300w Canadian Solar Panels, 5kva Inverter, 2 Fangpusun 60A CCs, quality aluminium roof mounts and all the other gizmos for a functional system.

mcTrinity:


O/P means Output...

so, it means that your output load (load on the inverter during inverting) is 7.8% of the inverter capacity.

Thanks.
Please is there a maximum load or safe load I should not go beyond?
Sorry for all the questions. Just want to be sure of what I am doing.

Desanta:

Thanks.
Please is there a maximum load or safe load I should not go beyond?
Sorry for all the questions. Just want to be sure of what I am doing.

you shouldn't load it beyond 80% of its nameplate rating.

so, you can load the inverter up to 80% of its capacity (KVA rating). though, you shouldn't do it often

The Keye and Felicity inverters are 48v nominal - this means if you are using 12v batteries they have to come in sets of 4 and if you are using 6v batteries they come in sets of 8.

You cannot use 10 batteries of the conventional type with a 48v setup as you are looking at increments of 4 for 12v e.g 4 or 8 or 12 or 16 or 20 or 24 batteries.

For the very last time, I will state that I do not think you can sustainably power one 1hp AC + other loads overnight with 8 batteries - even at 8 pieces of 200Ah, it is still a bit of a stretch - it will work but the batteries may not last especially if your installer uses 'whatever is available'

Canadian Solar are Tier 1 (premium panels) - this generally means they will live true to their nameplate rating and generally give you more solar yield than an equivalent Tier 2 or generic panel and also last several years with very little performance degradation. Ditto for Quanta batteries - they are a very solid battery brand who behaves true to their Ah rating and also offer very good service life - field experience points to an average of at least 2 years service life even with moderate abuse.

Sadly, we do not sell batteries standalone, only as part of a complete power solutions package so that customers are guaranteed a good experience always.

For CCs, I meant that your average 60A MPPT CC can give a max power output of 3kw - because 3kw of panels rarely generate 3kw of instantaneous power, people generally oversize a bit e.g 3.6kw to 4.5kw PV on a 60A CC - because you mentioned 18 units of 300w panels, I was trying to point out that a 60A CC would likely not optimise the available power from the PV array since the CC can output max 3kw.

CNN80:
Thanks for all your response so far.

Already decided to go back to the original plan of a 5 kVA setup. The original quote is as follows

INVERTER - PHASE1
5.00KVA/48VDC Pure Sine wave, Keye/Powerstar/Felicity Inverter 250,000.00
8 Nos. of 12V, 150AH Deep Cycle Batteries at 80,000.00 640,000.00
8-Unit Local Battery Rack & inverter rack 30,000.00
25mm2, 6mm2 & 2.5mm2 Cables & Cable-locks 50,000.00
32A Change-over Switch, 2DBs & Output MCCB 30,000.00
Freighting and Logistics 20,000.00
Installation 90.000.00
Total: 1,130,000.00
SOLAR PANELS INSTALLATION - PHASE 2
12 nos. of 250Watts, 24V, Mono PV Solar Panels @ N50,000.00 600,000.00
50Amps, 48VDC MPPT Solar Controller 120,000.00
Roof Mounted Solar Panel Frame 60,000.00
Earthing Materials 20,000.00
DC & AC Disconnect with casing 20,000.00
Freighting and Logistics 20,000.00
10mm2,6mm2, 4mm2 & 2.5mm2 Cables & Cable-locks 50,000.00
Installation 80.000.00
Sub-Total 970,000.00
Grand-total: 2,100,000.00

If my calculations are correct, the batteries can store 14.4 kWh but can be upgraded to 200Ah batteries to give 19.2 kWh. I guess we could increase the batteries to 10 like you suggested.

I don't get what you mean by the 48vDC sweet spot or 60A charge controller would probably be maxed out at 15pcs of 300w panels

As for the night time load, I'm a proponent for conservation and sustainability. The AC is going to be on between 10 pm and 5 am in one room while a rechargeable fan will be on in the second room. TV will run from 5 pm to 11 pm.

The current solar power generated by this setup is 3kW (I hope I got it right). Assuming an efficiency of 30% with 8 hrs of sun, the production for the day will be 7.2 kWh. Does that mean that I need more panels?

I also want to know why you recommend the products Canadian Solar and Quantas. The installer said he uses what is available so if I'm going to be getting it from you, I need to know why.

Thanks for all your response so far.

NiyiOmoIyunade i dey like ur explanation well well, do u sell and install?

Thank you Sir.

Yes we do

spartacus11:
NiyiOmoIyunade i dey like ur explanation well well, do u sell and install?

kiekie1:
Happy Sunday all ! The weather has been pretty dull these few days but solar all the way

Smartcellglobal services
081-350-31951
WHATSAPP::: https:///2348170385620

I spoke with him (kiekie1)on Wednesday agreed on pricing and transferred the cash to him by Thursday, he came to my house to deliver the products yesterday morning and by this noon the installation was complete. I never met him, just read reviews about him online and trusted my instinct. He is a wonderful guy, kudos baba

octavian:

I spoke with him (kiekie1)on Wednesday agreed on pricing and transferred the cash to him by Thursday, he came to my house to deliver the products yesterday morning and by this noon the installation was complete. I never met him, just read reviews about him online and trusted my instinct. He is a wonderful guy, kudos baba

lolz... I wonder why it's only when people "do transaction" with this guy that they suddenly appear here to drop an unsolicited review.

hmmmmmm.... issssssooook

octavian:

I spoke with him (kiekie1)on Wednesday agreed on pricing and transferred the cash to him by Thursday, he came to my house to deliver the products yesterday morning and by this noon the installation was complete. I never met him, just read reviews about him online and trusted my instinct. He is a wonderful guy, kudos baba

Good morning & thanks for the personal satisfactory review Sir .. We appreciate your patronage Sir ! Happy Client-Happy us

Multipower smart Range Inverters
850va/12v-55k
1kva/12v-60k
1450va/24v-75k
2kva/24v- 95k
3.5kva/48v-175k
5kva/96v-340k
10kva/120v-600k
10kva/180v- 530k

2.BATTERY (VRLA)
INDEX(EXIDE)-12V/200AH-120K

INDEX(EXIDE)-12V/150AH-96K

3.INDEX (EXIDE)-GEL+TUBULAR+SMF TECHNOLOGY
-INDEX(EXIDE)-12V/200ah-180K

INDEX (EXIDE)-12V/220AH-195K

4.MULTIPOWER LEAD CARBON BATTERY
-12V/200AH-155K


ALL ABOVE PRODUCTS HAS 1YEAR WARRANTY

WHATSAPP::: https:///2348170385620

Contact,
Smartcellglobal services
081-350-31951

OK. I assume that there is an advantage to using 48V to 24V inverters?

With the 5 kVA setup, if I use 12 200Ah batteries, do I need to get more solar panels? My budget has become lower than expected so I rather not overspend.

Alternatively, if I stick with 8 batteries, can I run a high performance fan, like a hurricane one (at least 2)?

I noticed that Quantas doesn't make tubular batteries. I think I would prefer those. Any preference as to the brand?

You have taught me so much already. I really appreciate it.

NiyiOmoIyunade:
The Keye and Felicity inverters are 48v nominal - this means if you are using 12v batteries they have to come in sets of 4 and if you are using 6v batteries they come in sets of 8.

You cannot use 10 batteries of the conventional type with a 48v setup as you are looking at increments of 4 for 12v e.g 4 or 8 or 12 or 16 or 20 or 24 batteries.

For the very last time, I will state that I do not think you can sustainably power one 1hp AC + other loads overnight with 8 batteries - even at 8 pieces of 200Ah, it is still a bit of a stretch - it will work but the batteries may not last especially if your installer uses 'whatever is available'

Canadian Solar are Tier 1 (premium panels) - this generally means they will live true to their nameplate rating and generally give you more solar yield than an equivalent Tier 2 or generic panel and also last several years with very little performance degradation. Ditto for Quanta batteries - they are a very solid battery brand who behaves true to their Ah rating and also offer very good service life - field experience points to an average of at least 2 years service life even with moderate abuse.

Sadly, we do not sell batteries standalone, only as part of a complete power solutions package so that customers are guaranteed a good experience always.

For CCs, I meant that your average 60A MPPT CC can give a max power output of 3kw - because 3kw of panels rarely generate 3kw of instantaneous power, people generally oversize a bit e.g 3.6kw to 4.5kw PV on a 60A CC - because you mentioned 18 units of 300w panels, I was trying to point out that a 60A CC would likely not optimise the available power from the PV array since the CC can output max 3kw.

mcTrinity:


lolz... I wonder why it's only when people "do transaction" with this guy that they suddenly appear here to drop an unsolicited review.

hmmmmmm.... issssssooook

That is your own cup of tea, I gave my review based on the good work the guy did for my installation. There are loads of scammers on this same Nairaland when you reach out to them for a service you can be sure it might not be delivered. By the way, if you are not happy with the review jog on, I did not spend your money to procure his service.

CNN80:
Below are the two quotes I received when I mentioned running an AC on the batteries. I was wondering if anyone can help critique them.

7.5KVA/48VDC, Keye/Powerstar Pure Sine wave, Inverter 390,000.00
08 Nos. 12V, 200AH, , WET CELL Deep Cycle Batteries at 100,000.00 800,000.00
1Nos. of 8-Unit Battery Rack & Inverter Rack 30,000.00
32A Switch Gear, MCCB, Changeover Switch 80,000.00
10mm2,6mm2, 4mm2 & 2.5mm2 Cables & Accessories 90.000.00
18 nos. of 300Watts, 24V, Mono PV Solar Panels @ N 60,000.00 1,080,000.00
60Amps, 48VDC MPPT Solar Controller 150,000.00
Roof Mounted Solar Panel Frame 90,000.00
Earthing Materials 20,000.00
10KVA Stabilizer and AC SPD 100,000.00
Freighting & Logistics(To Atan) 50,000.00
Workmanship 200.000.00
Total: 3,080,000.00
LOADS TO BE SUPPORTED.
 1no. 1.0Hp Linear Inverter A/c.
 Lots CCTV
 5nos. Lcd/Led Televisions.
 8 Ceiling/Standing Fans.
 1 Decoder.
 60 Energy Bulbs.
 1 Dvd.
 1 no Water Dispenser.
 1 Fridge
 1 deep Freezer.

7.5KVA/120VDC, India Pure Sine wave, Inverter 490,000.00
10 Nos. of India, 12V, 200AH Batteries at 120,000.00 1,200,000.00
1Nos. of 10-Unit Battery Rack & Inverter Rack 40,000.00
32A Switch Gear, MCCB, Changeover Switch 80,000.00
10mm2,6mm2, 4mm2 & 2.5mm2 Cables & Accessories 100.000.00
20 nos. of 300Watts, 24V, Mono PV Solar Panels @ N 60,000.00 1,200,000.00
60Amps, 120VDC MPPT Solar Controller 160,000.00
Roof Mounted Solar Panel Frame 100,000.00
Earthing Materials 20,000.00
10KVA Stabilizer and AC SPD 100,000.00
Freighting & Logistics(To Atan) 60,000.00
Workmanship 200.000.00
Total: 3,750,000.00
LOADS TO BE SUPPORTED.
 1no. 1.5Hp Linear Inverter A/c.
 Lots CCTV
 5nos. Lcd/Led Televisions.
 8 Ceiling/Standing Fans.
 1 Decoder.
 60 Energy Bulbs.
 1 Dvd.
 1 no Water Dispenser.
 1 Fridge
 1 deep Freezer.

Call/whatapp 08117398294 for quote, we have the experience and have handled projects of notable forum members of this thread like George d,etc

ONLINE DELIVERY OF RENEWABLE ENERGY MATERIALS

INVERTER

MICROTECH INVERTER
900VA,12V N46,000
1.1KVA,12V N53,000
1.6KVA/24V N72,000
2KVA/24V N80,000
2.6KVA/36V N105,000
3.6KVA/48V N170,000
5.2KVA/48V N340,000.
5.5KVA/96V N340,000
10KVA/180V N790,000


PRAG INVERTER
1.1KVA,12V N70,000
1.2KVA,12V N90,000
1.5KVA/24V N110,000
2.5KVA/24V N125,000
4KVA/24V N270,000.
7.5KVA/120V N500,000

LUMINOUS INVERTER

1.5KVA/24V N58,000
2.6KVA/36V N105,000
3.5KVA/48V N210,000
5KVA/48V N340,000.
5KVA/96V N340,000
10KVA/180V N750,000



MUST POWER STAR INVERTER

4kva 3000W 24V N 220,000
4kva 3000W 48V N 260,000
5kva 4000W 48V N 350,000
6kva 5000W 48V N 400,000
7.5kva 6000W 48V N 450,000
10kva/48V 8000W 48V N 950,000

KEYE INVERTER
KEYE 1.2KVA/12V - N54,000
KEYE 3.5KVA/24V - N180,000
KEYE 3.5KVA/48V - N180,000
KEYE 5KVA/24V – N275,000
KEYE 5KVA/48V -N 1275,000
KEYE 7.5KVA/48V – N400,000
KEYE 10KVA/48V – N6800,000



HYBRID INVERTER

VOLTRON SERIES
1.4KVA/12(30A N65,000
2.4KVA/24V50A N97,000
3KVA /48V 60A MPPT N220,000
5KVA /48V 60A MPPT N310,000
7.5KVA /48V 60A MPPT N430,000
10KVA /48V 100A MPPT N750,000
15KVA /48V 60A MPPT N850,000
15KVA /48V 120A MPPT N890,000


GENEXTECH SERIES

2KVA/24V(600W MPPT) #138,000
3KVA/24V(600W MPPT) #149,000
3KVA/24V(1500W MPPT) #194,000
3KVA/48V(3000W MPPT) #202,000
5KVA/48V(3000W MPPT) #306,000
10KW/48V(14850W MPPT) #1,660,000


STABILIZER

VOLTRON STABLIZER
6KVA WALL MOUNT RELAY REGULATOR #45,000
6KVA WALL MOUNT SERVO REGULATOR #65,000
12KVA WALL MOUNT RELAY REGULATOR #90,000
12KVA WALL MOUNT SERVO REGULATOR #120,000


PRAG STABLIZER

10KVA WALL MOUNT SERVO REGULATOR #130,000
12KVA WALL MOUNT RELAY REGULATOR #120,000
15KVA WALL MOUNT RELAY REGULATOR #140,000
15KVA WALL MOUNT SERVO REGULATOR #240,000
20KVA RELAY REGULATOR #195,000
20KVA SERVO REGULATOR #370,000
30KVA SERVO REGULATOR #470,000


BATTERY

LUMINIOUS BATTERY 12V/200AH N 125,000
LONG BATTERY 12V/200AH N 120,000
ELSON BATTERY 12V/200AH N 115,000
MICROTEC BATTERY 12V/200AH N 105,000
M POWER BATTERY 12V/200AH N 115,000
EASTMAN 12V/200AH TALL TUBULAR BATTERY N115,000
GLT BATTERY 12V/200AH N 90,000
ZEEDIX BATTERY 12V/200AH N 95,000
RITAR BATTERY 12V/200AH N 130,000
PRAG BATTERY 12V/200AH N 140,000
GENUS BATTERY 12V/200AH N125,000
RITAR 200A BATTERY .......................N 115,000
MOTOMA 200A BATTERY ................N 120,000
CINEMAX 200A BATTERY ................N 120,000
QUANTA BATTERY 12V/200AH N 140,000
ALIGRAND 200A BATTERY ................N 120,000
NPP 200A BATTERY ................N 120,000


BATTERY RACK
BATTERY RACK 2 BATTERY N 15,000
BATTERY RACK 4 BATTERIES N 30,000
BATTERY RACK 8 BATTERIES N 50,000


CHARGE CONTROLLER

ROY SOLAR SERIES
20A 12/24V PWM CONTROLLER N 20,000
30A 12/24V PWM CONTROLLER N 25,000
40A 48v PWM controller (LED) N 50,000
30A 96v PWM controller (LCD) N 120,000
60A 48v PWM controller (LCD) N 95,000


COWIN SERIES
20A 12/24V PWM CONTROLLER N 15,000
30A 12/24V PWM CONTROLLER N 20,000
40A 12/24V PWM CONTROLLER N 25,000
50A 12/24V PWM CONTROLLER N 32,000
60A 12/24V PWM CONTROLLER N 41,000
40A 48v PWM controller (LED) N 25,000
50A 48v PWM controller (LED) N 32,000
60A 48v PWM controller (LED) N 50,000

COWIN MPPT SERIES

40A 12/24/48v MPPT controller (LCD) N 80,000
60A 12/24/48V MPPT controller (LCD) N 130,000

EPEVER MPPT SERIES
12/24/48 /45A N 145,000
12/24/48 /60A N155,000

SRNE MPPT
12/24/36/48V/60A N115,000

FANGUNPSUN MPPT SERIES
30A 24V N40,000
60A 48v N140,000
80A 48v N170,000

SOLAR PANELS

JOY SOLAR PANEL
150w MONO -N32,000
200w MONO -N33,000
260w MONO -N54,000


150w POLY –N27,000
200w POLY -N31,000
260w POLY -N52,000

TRINA SOLAR PANEL

300w MONO -N85,000
350w MONO -N110,000


YINGLIN SOLAR PANEL
100w POLY -N22,000
150w POLY -N33,000
200w POLY -N39,000
260w POLY -N51,000
310w POLY -N62,000


100w MONO-N25,000
150w MONO -N33,000
200w MONO -N39,000
260w MONO -N59,000
320w MONO -N74,000

JINKO SOLAR PANEL
JINKO SOLAR 370WATT MONO - N80,000
JINKO SOLAR 340WATT MONO - N70,000
JINKO SOLAR 280WATT MONO - N57,000
JINKO SOLAR 265WATT POLY - N55,000

ERA SOLAR PANEL
ERA SOLAR 300WATT MONO – N56,000
ERASOLAR 370WATT MONO - N72,000


CANADIAN SOLAR PANEL

MONO-
300w. N52,000 (BULK PURCHASE ONLY)
330w. N54,000 (BULK PURCHASE ONLY)

POLY
270w. N48,000 (BULK PURCHASE ONLY)


ACCESSORIES

PROGRAMMABLE Digital timer 15A N7,000
PROGRAMMABLE Digital timer 25A N9,000


BATTERY BALANCER /EQUALIZER 48V -------------35,000
BATTERY BALANCER EQUALIZER 24V ---------------#30,000
BATTERY VOLTMETER INDICATOR ------------------#1,700

DC SURGE ARRESTOR 800VDC------------------------------------N26,000



INSTALLATION KITS
L.FOOT N1,000 (MINIMUM ORDER 10 PIECES)
MID CLAMP N1,000 (MINIMUM ORDER 10 PIECES)
END CLAMP N1,000 (MINIMUM ORDER 10 PIECES)


DC IRON 150WATTS #9,000


COMPLETE SOLAR SOLUTION


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HI MY OGAS, only late at night like this do i sometimes have time to read up on old posts here. the info here is priceless

Please, i want to ask between epever mppt cc, makeskyblue, and fanpusun smartsolar clones, which is ok to get for a budget installation of 12 v and 2 pcs of 200ahr battery installation? or any other suggestion

Thank you in anticipation

In my opinion, the Fangpusun Bluesolar clone has no equal in performance and price and available configuration options when compared to similar CCs in its class.

I benchmarked it's solar output performance vs MorningStar and it did very very well even though I hate to admit it The MorningStar will only beat it because one can set longer absorb times e.t.c but the Fangpusun bluesolar appears to follow it's own default algorithm for length of absorb based on voltage at start of charge and time spent in bulk (custom settings may be made but does not appear to obey them)

I believe for this budget installation, you are looking for the 12v/24v version rated 100v/50a at the PV end. Ogas JUO or DMerciful can supply you this at a good price.

Trippledots:
HI MY OGAS, only late at night like this do i sometimes have time to read up on old posts here. the info here is priceless

Please, i want to ask between epever mppt cc, makeskyblue, and fanpusun smartsolar clones, which is ok to get for a budget installation of 12 v and 2 pcs of 200ahr battery installation? or any other suggestion

Thank you in anticipation

In addition to my Nissan Leaf Lithium ion batteries, I acquired this beauty. They are 750 AH (C6 rate). I have seen them on YouTube for solar power. I am excited to be doing what others have done.

https://www.youtube.com/watch?v=7k1aNhd4PSU

NiyiOmoIyunade:
In my opinion, the Fangpusun Bluesolar clone has no equal in performance and price and available configuration options when compared to similar CCs in its class.

I benchmarked it's solar output performance vs MorningStar and it did very very well even though I hate to admit it The MorningStar will only beat it because one can set longer absorb times e.t.c but the Fangpusun bluesolar appears to follow it's own default algorithm for length of absorb based on voltage at start of charge and time spent in bulk (custom settings may be made but does not appear to obey them)

I believe for this budget installation, you are looking for the 12v/24v version rated 100v/50a at the PV end. Ogas JUO or DMerciful can supply you this at a good price.

Thnk you Sir Niyi.....Mr dependable!

And permit me to comment about your writing style. It's music to the eyes. Well done sir.

NiyiOmoIyunade:
In my opinion, the Fangpusun Bluesolar clone has no equal in performance and price and available configuration options when compared to similar CCs in its class.

I benchmarked it's solar output performance vs MorningStar and it did very very well even though I hate to admit it The MorningStar will only beat it because one can set longer absorb times e.t.c but the Fangpusun bluesolar appears to follow it's own default algorithm for length of absorb based on voltage at start of charge and time spent in bulk (custom settings may be made but does not appear to obey them)

I believe for this budget installation, you are looking for the 12v/24v version rated 100v/50a at the PV end. Ogas JUO or DMerciful can supply you this at a good price.

My 3rd year on the fangpusun clone and not a single problem.. Note that I ran through 3 epsolar models of cc before finally settling on the bluesolar clones. The only time I had issues was when I installed a firmware update from victron and promptly had the clones killed. Fangpusun is the company promptly sent me a replacement after I explained the issue with them. I have been so impressed by the fangpusun devices that I am considering going the original victron as a show or appreciation for designing such a fantastic program.