ojesymsym:
mikrotik is a router right? I already have a hardware, I was hoping there is a software that I need. What I need is not too different from what cyber cafe use to use those days that big hotels use to grant access to their networks.

mikrotik is a router. everytin is embedded into the router..... what kind of hardware do you have currrently..

Na one Chinese wireless router oh, not sure it has a name sef

brightk:


mikrotik is a router. everytin is embedded into the router..... what kind of hardware do you have currrently..

easyyoke:


It is a 60A controller. If I use 2s3p configuration, what size of wire will be appropriate to carry 41.58A over a distance of 15m

Use 10mm cable but if u thinking of adding more in the future, then 16mm cable is ur best bet

Edrizz:



Use 10mm cable but if u thinking of adding more in the future, then 16mm cable is ur best bet

Distance should be taken into consideration...
16mm will drain his pocket ohh but it's good if the distance is much.

easyyoke:


If I use 2s3p configuration, what size of wire will be appropriate to carry 41.58A over a distance of 15m

Why not just get a higher voc cc. On the long run it would be cheaper and easier
I know powmr 60amps cc is about 150v and about 95k

luvlyoracle:

Why not just get a higher voc cc. On the long run it would be cheaper and easier
I know powmr 60amps cc is about 150v and about 95k

Seconded. High amperage just means considerably higher cable costs, not sure why anyone would want that.

A NEW OWNER NEEDED (I am the direct owner)

A full Victron Inverter System with the following:

1. MultiPlus 24/3000/70-50
2. SmartSolar MPPT VE.Can 250/85
3. Cerbo GX
4. Grid Meter ET112
5. Lynx Shunt 1000A VE.Can
6. Lynx Distributor
7. Lynx Power-in
8. 6.72 kWh LiFePO4 battery (8 pcs Eve 280AH) - 652 cycles
9. 3.04kWp Jinko Solar Panels (8 pcs) with mounts
10. MK3-USB for configuration mode
BONUS: New BMV-712 and Display Monitor

0--8--0--3 --7--9--9-- 8--1--6--0

Standard practice, put price

tobintin:
A NEW OWNER NEEDED (I am the direct owner)

A full Victron Inverter System with the following:

1. MultiPlus 24/3000/70-50
2. SmartSolar MPPT VE.Can 250/85
3. Cerbo GX
4. Grid Meter ET112
5. Lynx Shunt 1000A VE.Can
6. Lynx Distributor
7. Lynx Power-in
8. 6.72 kWh LiFePO4 battery (8 pcs Eve 280AH) - 652 cycles
9. 3.04kWp Jinko Solar Panels (8 pcs) with mounts
10. MK3-USB for configuration mode
BONUS: New BMV-712 and Display Monitor

0--8--0--3 --7--9--9-- 8--1--6--0

easyyoke:
Experts in the house, If a solar charge controller has a maximum Voltage VOC input of 108v(Even though the spec document further says MPPT Voltage Range = 30-95VDC). What is the best configuration for me to connect 6 identical solar panels with each panels having the following specs. Voc = 39.38V and Isc 13.86A into the charge controller without burning the controller.

Ur battery bank size and volt configuration would help give an apt answer

... no longer available for now

Big big things ni mo like!!

Valto:
so i am upgrading.
these are up for sell
5pcs of PRIME 380W panels(used for 3yrs+) 75k each

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2pcs of SERAPHIM 370W panels (used for 1yr+) 85k each

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2pcs of Canadian solar 370w panels(used for 1yr+) 85k each

---

48v 6.2kw hybrid inverter 120A Mppt 6500w pv capacity (used for 3months) 380k

---

note: all are real capacity and still working perfectly as brand new!
reasons for sale: upgrading to bigger ratings

whatsapp 08020574628 or telegram@ValtechEnergy

diabeticdeals:
Big big things ni mo like!!

it's more funny when I check your moniker.

How much for the cerbo GX

tobintin:
A NEW OWNER NEEDED (I am the direct owner)

A full Victron Inverter System with the following:

1. MultiPlus 24/3000/70-50
2. SmartSolar MPPT VE.Can 250/85
3. Cerbo GX
4. Grid Meter ET112
5. Lynx Shunt 1000A VE.Can
6. Lynx Distributor
7. Lynx Power-in
8. 6.72 kWh LiFePO4 battery (8 pcs Eve 280AH) - 652 cycles
9. 3.04kWp Jinko Solar Panels (8 pcs) with mounts
10. MK3-USB for configuration mode
BONUS: New BMV-712 and Display Monitor

0--8--0--3 --7--9--9-- 8--1--6--0

HeavenlyBang:


Seconded. High amperage just means considerably higher cable costs, not sure why anyone would want that.

No MPPT has a 100% conversion rate, what charges a battery is current not high voltage so even though MPPT are meant to convert the excess voltage to current it’s not a 1:1 thing as there is nothing like a perfect system.

Neatly installed

8kw inverter
8 no of tubular batteries

New installation done using 2 units of our 12.8v 100ah Powmr LiFePO4.

Customer found the complementary voltage indicator very thoughtful and helpful in monitoring the voltage of each battery independently. Reviews coming soon

Up to 4 units can be connected in series or parallel to give up to 48v 100ah (5120wh/5.12kwh) or 12v 400ah

Price per battery: 290,000

RickyM:

No MPPT has a 100% conversion rate, what charges a battery is current not high voltage so even though MPPT are meant to convert the excess voltage to current it’s not a 1:1 thing as there is nothing like a perfect system.

Any decent MPPT will give you 90%+ efficiency.

RickyM:

No MPPT has a 100% conversion rate, what charges a battery is current not high voltage so even though MPPT are meant to convert the excess voltage to current it’s not a 1:1 thing as there is nothing like a perfect system.

Compare this, the first pix is high voc mppt inverter, the lower one is low voc mppt inverter. Same panels, the low voc mppt inverter was upgraded to the newer high voc inverter. Under similar conditions, the newer one generate more solar power, runs cooler and more efficient. The newer one has its own disadvantage, but as regards solar generation it's better than the low voc inverter

Good evening, a JJC here. I just installed a new system which has a 15kwh Felicity lithium battery, 10kva Felicity inverter, 120amps Felicity MPPT charge controller with 12 550watts Canadian Cells Solar panels (the engineer connected them in 3 series of 4 panels). However, the PV numbers I am getting doesn't add up (maximum of 700-800 at peak sunlight) and i can confirm this because it takes an average of 3-4 bright days (without using the system at all) to fully charge the battery. I have an old system with 12 300 watts panels and more than 2kw PV at peak sunlight from that one. I have called the engineer and explained this to him but he hasnt said anything meaningful. Please, are these numbers normal all theres obviously something wrong with his connection? Below is a screenshot of the MPPT readings around past 4pm on a bright sunny day.

Peterlove11:


Compare this, the first pix is high voc mppt inverter, the lower one is low voc mppt inverter. Same panels, the low voc mppt inverter was upgraded to the newer high voc inverter. Under similar conditions, the newer one generate more solar power, runs cooler and more efficient. The newer one has its own disadvantage, but as regards solar generation it's better than the low voc inverter

twinskenny:


The bigger one outside are 2hp each running on inverter compressor

U mean 2hp for one machine or2hpx2 for one machine?

Tucode:
Good evening, a JJC here. I just installed a new system which has a 15kwh Felicity lithium battery, 10kva Felicity inverter, 120amps Felicity MPPT charge controller with 12 550watts Canadian Cells Solar panels (the engineer connected them in 3 series of 4 panels). However, the PV numbers I am getting doesn't add up (maximum of 700-800 at peak sunlight) and i can confirm this because it takes an average of 3-4 bright days (without using the system at all) to fully charge the battery. I have an old system with 12 300 watts panels and more than 2kw PV at peak sunlight from that one. I have called the engineer and explained this to him but he hasnt said anything meaningful. Please, are these numbers normal all theres obviously something wrong with his connection? Below is a screenshot of the MPPT readings around past 4pm on a bright sunny day.

800w from a 6600w array is diabolical. You should be getting 5000w+ at peak irradiance.

Tucode:
Good evening, a JJC here. I just installed a new system which has a 15kwh Felicity lithium battery, 10kva Felicity inverter, 120amps Felicity MPPT charge controller with 12 550watts Canadian Cells Solar panels (the engineer connected them in 3 series of 4 panels). However, the PV numbers I am getting doesn't add up (maximum of 700-800 at peak sunlight) and i can confirm this because it takes an average of 3-4 bright days (without using the system at all) to fully charge the battery. I have an old system with 12 300 watts panels and more than 2kw PV at peak sunlight from that one. I have called the engineer and explained this to him but he hasnt said anything meaningful. Please, are these numbers normal all theres obviously something wrong with his connection? Below is a screenshot of the MPPT readings around past 4pm on a bright sunny day.

Is that a charge controller or is that the interface of your inverter displaying battery voltage, pv generation?. Be certain if your panels are connected to your inverter or a standalone Charge controller. Then check for the peak generation around 12pm to 2pm with a clear sky. Incase your batteries are full, put a brief load of about 4kw and see if you get close to 4kw or more instantaneous yield. If not, then you need your installer to run a check on your system.

HeavenlyBang:


800w from a 6600w array is diabolical. You should be getting 5000w+ at peak irradiance.

Yes He should

APPRECIATION POST

I’d like to express deep gratitude to the folks going out of their way to support and help people on here. Thank you!!

Most especially I’d like to deeply thank @Dam5reey for his guidance, hours of answering questions and even sharing his contacts and providing a transparent process despite not even being the one to assemble or install the system. You are a true reflection of what this space is about and I definitely will be referring my connections to you.

I’m happy to say my mum is now enjoying a 4.2kw solar inverter system with more than enough allowance for her daily needs. We went with the smaller 100A 12v LFP batteries for now due to budget constraints and it’s been working really well so far.

Again, thank you @Dam5reey! 🙏🏾🙏🏾

Once battery is fully charged and u are not utilizing much from ur system, the MPPT would limit what it is receiving for the PV, To know what ur PVs performance are like turn on more load gradually (6Kw) at peak solar time like 12-2pm . Do that if all tins are okay u would definitely have raise in power from CC.

Tucode:
Good evening, a JJC here. I just installed a new system which has a 15kwh Felicity lithium battery, 10kva Felicity inverter, 120amps Felicity MPPT charge controller with 12 550watts Canadian Cells Solar panels (the engineer connected them in 3 series of 4 panels). However, the PV numbers I am getting doesn't add up (maximum of 700-800 at peak sunlight) and i can confirm this because it takes an average of 3-4 bright days (without using the system at all) to fully charge the battery. I have an old system with 12 300 watts panels and more than 2kw PV at peak sunlight from that one. I have called the engineer and explained this to him but he hasnt said anything meaningful. Please, are these numbers normal all theres obviously something wrong with his connection? Below is a screenshot of the MPPT readings around past 4pm on a bright sunny day.

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balogunsam:
APPRECIATION POST

I’d like to express deep gratitude to the folks going out of their way to support and help people on here. Thank you!!

Most especially I’d like to deeply thank @Dam5reey for his guidance, hours of answering questions and even sharing his contacts and providing a transparent process despite not even being the one to assemble or install the system. You are a true reflection of what this space is about and I definitely will be referring my connections to you.

I’m happy to say my mum is now enjoying a 4.2kw solar inverter system with more than enough allowance for her daily needs. We went with the smaller 100A 12v LFP batteries for now due to budget constraints and it’s been working really well so far.

Again, thank you @Dam5reey! 🙏🏾🙏🏾

Point of correction, 100a 12v LFP is not "smaller" that is what powers my whole house bro. Everyone is in the middle.

balogunsam:
APPRECIATION POST

I’d like to express deep gratitude to the folks going out of their way to support and help people on here. Thank you!!

Most especially I’d like to deeply thank @Dam5reey for his guidance, hours of answering questions and even sharing his contacts and providing a transparent process despite not even being the one to assemble or install the system. You are a true reflection of what this space is about and I definitely will be referring my connections to you.

I’m happy to say my mum is now enjoying a 4.2kw solar inverter system with more than enough allowance for her daily needs. We went with the smaller 100A 12v LFP batteries for now due to budget constraints and it’s been working really well so far.

Again, thank you @Dam5reey! 🙏🏾🙏🏾

oga 12v system n ur inv de show 24v?

Peterlove11:


Compare this, the first pix is high voc mppt inverter, the lower one is low voc mppt inverter. Same panels, the low voc mppt inverter was upgraded to the newer high voc inverter. Under similar conditions, the newer one generate more solar power, runs cooler and more efficient. The newer one has its own disadvantage, but as regards solar generation it's better than the low voc inverter

I usually don't rely on inverter statistics, because of what I later found out.

But anyways, yes High VOC is better than Lower VOC MPPT for some other reason, Efficiency is part of it but not with that Huge margin.

Low Voltage is only 1 stage conversion: DC to DC.

High VOC is 2 stage: DC to AC then AC to DC.

brightk:
oga 12v system n ur inv de show 24v?

post seem clearly made to hype someone, more like a compelled post. mentioning 12v battery, showing us pics of 24v inverter, no pics of the said battery.

The panels are connected to the mppt charge controller and not the inverter. I have checked the generation around that time and the highest was around 800W at the same time my other system was generating around 2400W. It's frustrating.

Peterlove11:


Is that a charge controller or is that the interface of your inverter displaying battery voltage, pv generation?. Be certain if your panels are connected to your inverter or a standalone Charge controller. Then check for the peak generation around 12pm to 2pm with a clear sky. Incase your batteries are full, put a brief load of about 4kw and see if you get close to 4kw or more instantaneous yield. If not, then you need your installer to run a check on your system.

The battery wasn't fully charged as at the time i took the numbers, in fact, it wasn't even half charged.

btee13:

Once battery is fully charged and u are not utilizing much from ur system, the MPPT would limit what it is receiving for the PV, To know what ur PVs performance are like turn on more load gradually (6Kw) at peak solar time like 12-2pm . Do that if all tins are okay u would definitely have raise in power from CC.