Solar power system is becoming popular in this part of the world. Many Nigerians are now accepting this technology because of information and sensitization.

Today I'll like to speak briefly about a 10kva system. We have a 10kva system with complete 2.5kw solar modules for One million three hundred and sixty five thousand naira only. This price was too good to be true to so many persons that have idea about solar power system. A prospective clients contacted me and said Bro my friend said this 10kva package is a scam because if the price, and I laughed out loud.

People would always criticize what they don't understand especially in Nigeria. I told him yeah, your friend may be right in a way but he's not updated with the industry. So I educated him about the 10kva system and what made the price that cheap.

Over the years, most inverter companies such as luminous, sukam, genus, mpower, and many others only produces 10kva inverter that can only be driven by 8 ,12 and 15 batteries. And to charge this number of batteries via solar you'll need huge numbers of solar panels, hence the price is always very expensive. To install a 10kva/180v system meaning you'll need 15 pieces of 200AH batteries and for effective charging you'll require at least 30 pieces of 300w solar panels and a 180v MPPT solar charge controller among other accessories, before you know what's happening you've spent close to 4.5M naira.. You see, that's huge.

But here we are today, technology has taken a new leaf, we are improving on a daily basis, companies now came up with new 10kva/48v system ( each battery is 12v, so for a 48v inverter you'll need 4 pieces of 12v batteries I.e 4×12=48v ).
You see the entire cost for running this new 10kva/48v system is less because it requires minimum of 4 batteries. And if I'm to use 4 pieces of 200AH batteries I might decide to use 10 pieces of 250/300w solar panels for effective charging of my battery bank.. Hence, total cost of installation should be within 1.4M and 1.5M as against the 10kva/180v system of 4.5M.

I hope this explanation helps, so when you see a 10kva/48v solar package for 1.5M for instance you won't say it's a scam.. It's real my people

If you're interested in this 10kva system with 2.5kw solar array kindly send us a dm via watsapp on the link below.

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renewable1:
Solar power system is becoming popular in this part of the world. Many Nigerians are now accepting this technology because of information and sensitization.

Today I'll like to speak briefly about a 10kva system. We have a 10kva system with complete 2.5kw solar modules for One million three hundred and sixty five thousand naira only. This price was too good to be true to so many persons that have idea about solar power system. A prospective clients contacted me and said Bro my friend said this 10kva package is a scam because if the price, and I laughed out loud.

People would always criticize what they don't understand especially in Nigeria. I told him yeah, your friend may be right in a way but he's not updated with the industry. So I educated him about the 10kva system and what made the price that cheap.

Over the years, most inverter companies such as luminous, sukam, genus, mpower, and many others only produces 10kva inverter that can only be driven by 8 ,12 and 15 batteries. And to charge this number of batteries via solar you'll need huge numbers of solar panels, hence the price is always very expensive. To install a 10kva/180v system meaning you'll need 15 pieces of 200AH batteries and for effective charging you'll require at least 30 pieces of 300w solar panels and a 180v MPPT solar charge controller among other accessories, before you know what's happening you've spent close to 4.5M naira.. You see, that's huge.

But here we are today, technology has taken a new leaf, we are improving on a daily basis, companies now came up with new 10kva/48v system ( each battery is 12v, so for a 48v inverter you'll need 4 pieces of 12v batteries I.e 4×12=48v ).
You see the entire cost for running this new 10kva/48v system is less because it requires minimum of 4 batteries. And if I'm to use 4 pieces of 200AH batteries I might decide to use 10 pieces of 250/300w solar panels for effective charging of my battery bank.. Hence, total cost of installation should be within 1.4M and 1.5M as against the 10kva/180v system of 4.5M.

I hope this explanation helps, so when you see a 10kva/48v solar package for 1.5M for instance you won't say it's a scam.. It's real my people

If you're interested in this 10kva system with 2.5kw solar array kindly send us a dm via watsapp on the link below.

Using 4 batteries with a 10kva inverter does not make sense to me. The battery capacity will be too low and it will drain off within a short time on the heavy load that the 10kva inverter can power.

ogb5:


Using 4 batteries with a 10kva inverter does not make sense to me. The battery capacity will be too low and it will drain off within a short time on the heavy load that the 10kva inverter can power.

You mustn't load your inverter completely sir, this is where must people get it wrong. You have a 1.5kva inverter and you want a load of 1200w on it, that system won't serve for long it will crash. With good batteries it won't get drained at all. For better performance and longevity of your system don't load it beyond 50%

Doesnt make logical sense to have a 10kva/48v.
You will have a lower autonomy or back up time and if you decide to reduce your load capacity then what's the point of getting a 10kva in the first place ..Why not go for a lesser capacity.

50% of a 10kva would be 5kva...so why spend more on getting a 10kva that you will end up under utilizing and obviously a 10kva/48v would be more expensive than a 5kva/48v even though they would end up using same charge controller and panels.



[Qquote author=renewable1 post=82215335]
You mustn't load your inverter completely sir, this is where must people get it wrong. You have a 1.5kva inverter and you want a load of 1200w on it, that system won't serve for long it will crash. With good batteries it won't get drained at all. For better performance and longevity of your system don't load it beyond 50%[/quote]

renewable1:

You mustn't load your inverter completely sir, this is where must people get it wrong. You have a 1.5kva inverter and you want a load of 1200w on it, that system won't serve for long it will crash. With good batteries it won't get drained at all. For better performance and longevity of your system don't load it beyond 50%

Why have a 10kva when I can't give it the load of a 10kva

Do you have any idea of a fridge I can use on my 1.5KVA solar powered inverter? I have two batteries and Two 250W Mono and Two 300W Poly solar panels. I'm scared of running my smallest fridge on the inverter. I have 24/7 electricity with this inverter but I'm forced to still on Generator to power my refrigerator.

nineone:
Do you have any idea of a fridge I can use on my 1.5KVA solar powered inverter? I have two batteries and Two 250W Mono and Two 300W Poly solar panels. I'm scared of running my smallest fridge on the inverter. I have 24/7 electricity with this inverter but I'm forced to still on Generator to power my refrigerator.

Yes, we have a freezer and refrigerator with power output of 65 to 80w that will run conveniently on the system without you noticing any changes in the backup time. Call us 08159908317

renewable1:

You mustn't load your inverter completely sir, this is where must people get it wrong. You have a 1.5kva inverter and you want a load of 1200w on it, that system won't serve for long it will crash. With good batteries it won't get drained at all. For better performance and longevity of your system don't load it beyond 50%

overloading the system is a bad management cullture that can damage the unit,.. Am rocking my mtn y'llow box. Managing the load is d rule of the game

By your estimate of this system, and principles of acid battery 200 X 48 v = 9600 watt 9.6 kwh, because it's an acid battery you will have to use 50% discharge which is 4800 watt 4.8 kwh so for the system design to be efficient inverter should not be more than 5kva which translates to 4000 watt or below that. The mistake you installers always do is not given your potential customers the total information regarding the system design. The best part of any solar system design is load and backup time, even if is lithium battery which you can discharge upto 80% 10 kwh battery should don't be design with a 10 KVA inverter because it will not be an efficient system. A solar system design is base energy loads, backup time, and budget that is your your customers we also be complaining after installation that system does not last more than 2 to 3 hrs.