TenQ :




Recommendation: Even though costly
1. Two Deep cycle Batteries of at least 200AH capacity
2. Three to Four Solar panels
3. Charge controllers rated for the four panels with a power not less that 1200W
4. Inverter (Sine Wave) of at least 1500W (Much higher is better)
Less is a waste of investment

My Small Advice!

Judolisco:
It has radio sorry bro na power bank u buy

Keneth1:
Bro I have a question please, can solar function properly without electricity support at all??

TenQ:

1. Too bad, you bought a TOY
2. Sellers of Inverters will sweet talk you into bad purchases
Let me break it down for you
1. Your One Panel 18V 30W:
Means that if the efficiency is 100%, as long as the sun is up, the maximum load it can carry is 30W between 9am and 5pm (8 Hours)
If there is no NEPA (Mains Electricity), it means you can use 60W of power for 4 Hours OR 120W for 2 Hours
2. Your battery capacity of12V 12AH Lead-acid battery
Mean that at full capacity, it can store at 100% efficiency 144W of Energy
it means that at best you can use up to 144W of Energy for 1 Hour OR 72W of Energy for 2Hours
3. Your Inverter of 220V 150W.
Mean that at 100% Efficiency, you cannot plug loads up to 150W without blowing up the inverter. This is the maximum power you can draw from it if your battery capacity will allow it.

Now, you are driving it with a load of 95W OX fan
Laptop at 65W

Let me shock you that the efficiencies of solar panel that is properly optimised is less that 50% from the rating
Your Battery can have 80% Efficiency only when brand new, as you use it (especially when overloading it) the efficiency can drop to 40%

So, don't use your inverter for your fan or laptop, restrict it to giving you lights at night.
Don't even bother augmenting with extra panels or batteries because it will still waste your money



Recommendation: Even though costly
1. Two Deep cycle Batteries of at least 200AH capacity
2. Three to Four Solar panels
3. Charge controllers rated for the four panels with a power not less that 1200W
4. Inverter (Sine Wave) of at least 1500W (Much higher is better)
Less is a waste of investment

My Small Advice!

GloriousGbola:


This is the summary of the matter. Unfortunately most Nigerians are bastards who thrive on ignorance economy. The op was likely told it would carry his pc all day. Hopefully the op will slowly learn from this.

Drella:
So I bought a Cafini inverter that can be charged with solar panels and also AC power. It has radio, led light and 12V 5W bulbs(4 bulbs)
The panel is 18V 30W(1 panel).
The inverter output is 220V 150W.
The battery capacity is 12V 12AH Lead-acid battery.

I started using it by plugging my laptop(65W) to it. Within 40 minutes, it ran down from 100 to 0.
I unplugged the laptop and plugged my power bank to it. I also plugged one of its bulbs to it. It finally died after a little over 2hrs of it being on 0.

I charged it with AC power and plugged my OX fan(95W) to it alone. The fan was struggling on level 1 and was making sound, I had to disconnect it.

The seller said that’s the capacity of the battery and it is normal. If I wan’t it to last a longer duration, I should buy a external battery of a higher capacity.

Please with what I observed, is the draining normal? The battery percentage was draining by just switching on the inverter and not plugging anything to it.

TenQ:

1. Too bad, you bought a TOY
2. Sellers of Inverters will sweet talk you into bad purchases
Let me break it down for you
1. Your One Panel 18V 30W:
Means that if the efficiency is 100%, as long as the sun is up, the maximum load it can carry is 30W between 9am and 5pm (8 Hours)
If there is no NEPA (Mains Electricity), it means you can use 60W of power for 4 Hours OR 120W for 2 Hours
2. Your battery capacity of12V 12AH Lead-acid battery
Mean that at full capacity, it can store at 100% efficiency 144W of Energy
it means that at best you can use up to 144W of Energy for 1 Hour OR 72W of Energy for 2Hours
3. Your Inverter of 220V 150W.
Mean that at 100% Efficiency, you cannot plug loads up to 150W without blowing up the inverter. This is the maximum power you can draw from it if your battery capacity will allow it.

Now, you are driving it with a load of 95W OX fan
Laptop at 65W

Let me shock you that the efficiencies of solar panel that is properly optimised is less that 50% from the rating
Your Battery can have 80% Efficiency only when brand new, as you use it (especially when overloading it) the efficiency can drop to 40%

So, don't use your inverter for your fan or laptop, restrict it to giving you lights at night.
Don't even bother augmenting with extra panels or batteries because it will still waste your money



Recommendation: Even though costly
1. Two Deep cycle Batteries of at least 200AH capacity
2. Three to Four Solar panels
3. Charge controllers rated for the four panels with a power not less that 1200W
4. Inverter (Sine Wave) of at least 1500W (Much higher is better)
Less is a waste of investment

My Small Advice!

Drella:
So I bought a Cafini inverter that can be charged with solar panels and also AC power. It has radio, led light and 12V 5W bulbs(4 bulbs)
The panel is 18V 30W(1 panel).
The inverter output is 220V 150W.
The battery capacity is 12V 12AH Lead-acid battery.

I started using it by plugging my laptop(65W) to it. Within 40 minutes, it ran down from 100 to 0.
I unplugged the laptop and plugged my power bank to it. I also plugged one of its bulbs to it. It finally died after a little over 2hrs of it being on 0.

I charged it with AC power and plugged my OX fan(95W) to it alone. The fan was struggling on level 1 and was making sound, I had to disconnect it.

The seller said that’s the capacity of the battery and it is normal. If I wan’t it to last a longer duration, I should buy a external battery of a higher capacity.

Please with what I observed, is the draining normal? The battery percentage was draining by just switching on the inverter and not plugging anything to it.

TenQ:

1. Too bad, you bought a TOY
2. Sellers of Inverters will sweet talk you into bad purchases
Let me break it down for you
1. Your One Panel 18V 30W:
Means that if the efficiency is 100%, as long as the sun is up, the maximum load it can carry is 30W between 9am and 5pm (8 Hours)
If there is no NEPA (Mains Electricity), it means you can use 60W of power for 4 Hours OR 120W for 2 Hours
2. Your battery capacity of12V 12AH Lead-acid battery
Mean that at full capacity, it can store at 100% efficiency 144W of Energy
it means that at best you can use up to 144W of Energy for 1 Hour OR 72W of Energy for 2Hours
3. Your Inverter of 220V 150W.
Mean that at 100% Efficiency, you cannot plug loads up to 150W without blowing up the inverter. This is the maximum power you can draw from it if your battery capacity will allow it.

Now, you are driving it with a load of 95W OX fan
Laptop at 65W

Let me shock you that the efficiencies of solar panel that is properly optimised is less that 50% from the rating
Your Battery can have 80% Efficiency only when brand new, as you use it (especially when overloading it) the efficiency can drop to 40%

So, don't use your inverter for your fan or laptop, restrict it to giving you lights at night.
Don't even bother augmenting with extra panels or batteries because it will still waste your money



Recommendation: Even though costly
1. Two Deep cycle Batteries of at least 200AH capacity
2. Three to Four Solar panels
3. Charge controllers rated for the four panels with a power not less that 1200W
4. Inverter (Sine Wave) of at least 1500W (Much higher is better)
Less is a waste of investment

My Small Advice!

TenQ:

1. Too bad, you bought a TOY
2. Sellers of Inverters will sweet talk you into bad purchases
Let me break it down for you
1. Your One Panel 18V 30W:
Means that if the efficiency is 100%, as long as the sun is up, the maximum load it can carry is 30W between 9am and 5pm (8 Hours)
If there is no NEPA (Mains Electricity), it means you can use 60W of power for 4 Hours OR 120W for 2 Hours
2. Your battery capacity of12V 12AH Lead-acid battery
Mean that at full capacity, it can store at 100% efficiency 144W of Energy
it means that at best you can use up to 144W of Energy for 1 Hour OR 72W of Energy for 2Hours
3. Your Inverter of 220V 150W.
Mean that at 100% Efficiency, you cannot plug loads up to 150W without blowing up the inverter. This is the maximum power you can draw from it if your battery capacity will allow it.

Now, you are driving it with a load of 95W OX fan
Laptop at 65W

Let me shock you that the efficiencies of solar panel that is properly optimised is less that 50% from the rating
Your Battery can have 80% Efficiency only when brand new, as you use it (especially when overloading it) the efficiency can drop to 40%

So, don't use your inverter for your fan or laptop, restrict it to giving you lights at night.
Don't even bother augmenting with extra panels or batteries because it will still waste your money



Recommendation: Even though costly
1. Two Deep cycle Batteries of at least 200AH capacity
2. Three to Four Solar panels
3. Charge controllers rated for the four panels with a power not less that 1200W
4. Inverter (Sine Wave) of at least 1500W (Much higher is better)
Less is a waste of investment

My Small Advice!

ghettochild:

My guy, this thing no dey last pass 2hrs especially when power a tv or fan....
That's how it's built

litaninja:
Assuming the battery is working 100% perfectly (it can't do that by the way)

- 12v @12AH -> 144wh

- Laptop 65w running 40 mins -> 43.33wh (less than half the inverter battery capacity, also account for some inefficiency losses)

- The inverter probably shutdown at a cut off voltage to prevent damage and didn't actually run to zero (even though you couldn't use it)
- Are you exaggerating the short runtime with the laptop alone? You should get more runtime with this calculation
- Don't bother plugging that fan, inverter is likely a modified sine-wave, fans like pure sine-waves
- Inverter noticeably draining the battery without plugging anything means it has a high idle consumption (this consumption is also taken out of the battery and contributes to why you can't charge the laptop for long)


In short, you've wasted money on a badly designed and built device. If you have the option to return it, do so, up your budget, go to the nairaland fta / diy solar forum and ask for "sapa solar / inverter setup"

Drella:
So I bought a Cafini inverter that can be charged with solar panels and also AC power. It has radio, led light and 12V 5W bulbs(4 bulbs)
The panel is 18V 30W(1 panel).
The inverter output is 220V 150W.
The battery capacity is 12V 12AH Lead-acid battery.

I started using it by plugging my laptop(65W) to it. Within 40 minutes, it ran down from 100 to 0.
I unplugged the laptop and plugged my power bank to it. I also plugged one of its bulbs to it. It finally died after a little over 2hrs of it being on 0.

I charged it with AC power and plugged my OX fan(95W) to it alone. The fan was struggling on level 1 and was making sound, I had to disconnect it.

The seller said that’s the capacity of the battery and it is normal. If I wan’t it to last a longer duration, I should buy a external battery of a higher capacity.

Please with what I observed, is the draining normal? The battery percentage was draining by just switching on the inverter and not plugging anything to it.

dreamwords:


you are very funny
your panel is 30W even the 30w is not sure as the sun doesnt shine everytime
and you want to power your laptop of 65w

very funny

Drella:


I relied on the seller for advice.
The solar doesn’t charge my laptop directly. The solar charges the inverter.

Drella:
I bought it for close to 200k and it’s not working as intended.

TenQ:

1. Too bad, you bought a TOY
2. Sellers of Inverters will sweet talk you into bad purchases
Let me break it down for you
1. Your One Panel 18V 30W:
Means that if the efficiency is 100%, as long as the sun is up, the maximum load it can carry is 30W between 9am and 5pm (8 Hours)
If there is no NEPA (Mains Electricity), it means you can use 60W of power for 4 Hours OR 120W for 2 Hours
2. Your battery capacity of12V 12AH Lead-acid battery
Mean that at full capacity, it can store at 100% efficiency 144W of Energy
it means that at best you can use up to 144W of Energy for 1 Hour OR 72W of Energy for 2Hours
3. Your Inverter of 220V 150W.
Mean that at 100% Efficiency, you cannot plug loads up to 150W without blowing up the inverter. This is the maximum power you can draw from it if your battery capacity will allow it.

Now, you are driving it with a load of 95W OX fan
Laptop at 65W

Let me shock you that the efficiencies of solar panel that is properly optimised is less that 50% from the rating
Your Battery can have 80% Efficiency only when brand new, as you use it (especially when overloading it) the efficiency can drop to 40%

So, don't use your inverter for your fan or laptop, restrict it to giving you lights at night.
Don't even bother augmenting with extra panels or batteries because it will still waste your money



Recommendation: Even though costly
1. Two Deep cycle Batteries of at least 200AH capacity
2. Three to Four Solar panels
3. Charge controllers rated for the four panels with a power not less that 1200W
4. Inverter (Sine Wave) of at least 1500W (Much higher is better)
Less is a waste of investment

My Small Advice!

TenQ:

1. Too bad, you bought a TOY
2. Sellers of Inverters will sweet talk you into bad purchases
Let me break it down for you
1. Your One Panel 18V 30W:
Means that if the efficiency is 100%, as long as the sun is up, the maximum load it can carry is 30W between 9am and 5pm (8 Hours)
If there is no NEPA (Mains Electricity), it means you can use 60W of power for 4 Hours OR 120W for 2 Hours
2. Your battery capacity of12V 12AH Lead-acid battery
Mean that at full capacity, it can store at 100% efficiency 144W of Energy
it means that at best you can use up to 144W of Energy for 1 Hour OR 72W of Energy for 2Hours
3. Your Inverter of 220V 150W.
Mean that at 100% Efficiency, you cannot plug loads up to 150W without blowing up the inverter. This is the maximum power you can draw from it if your battery capacity will allow it.

Now, you are driving it with a load of 95W OX fan
Laptop at 65W

Let me shock you that the efficiencies of solar panel that is properly optimised is less that 50% from the rating
Your Battery can have 80% Efficiency only when brand new, as you use it (especially when overloading it) the efficiency can drop to 40%

So, don't use your inverter for your fan or laptop, restrict it to giving you lights at night.
Don't even bother augmenting with extra panels or batteries because it will still waste your money



Recommendation: Even though costly
1. Two Deep cycle Batteries of at least 200AH capacity
2. Three to Four Solar panels
3. Charge controllers rated for the four panels with a power not less that 1200W
4. Inverter (Sine Wave) of at least 1500W (Much higher is better)
Less is a waste of investment

My Small Advice!

faceland:


This year alone I lost 3 months of blackout. February, March and October/November

How to raise millions for solar now is the challenge of next year.

alezzy13:


What make is it?

Drella:


That’s what I can afford as a broke student

TenQ:

1. Too bad, you bought a TOY
2. Sellers of Inverters will sweet talk you into bad purchases
Let me break it down for you
1. Your One Panel 18V 30W:
Means that if the efficiency is 100%, as long as the sun is up, the maximum load it can carry is 30W between 9am and 5pm (8 Hours)
If there is no NEPA (Mains Electricity), it means you can use 60W of power for 4 Hours OR 120W for 2 Hours
2. Your battery capacity of12V 12AH Lead-acid battery
Mean that at full capacity, it can store at 100% efficiency 144W of Energy
it means that at best you can use up to 144W of Energy for 1 Hour OR 72W of Energy for 2Hours
3. Your Inverter of 220V 150W.
Mean that at 100% Efficiency, you cannot plug loads up to 150W without blowing up the inverter. This is the maximum power you can draw from it if your battery capacity will allow it.

Now, you are driving it with a load of 95W OX fan
Laptop at 65W

Let me shock you that the efficiencies of solar panel that is properly optimised is less that 50% from the rating
Your Battery can have 80% Efficiency only when brand new, as you use it (especially when overloading it) the efficiency can drop to 40%

So, don't use your inverter for your fan or laptop, restrict it to giving you lights at night.
Don't even bother augmenting with extra panels or batteries because it will still waste your money



Recommendation: Even though costly
1. Two Deep cycle Batteries of at least 200AH capacity
2. Three to Four Solar panels
3. Charge controllers rated for the four panels with a power not less that 1200W
4. Inverter (Sine Wave) of at least 1500W (Much higher is better)
Less is a waste of investment

My Small Advice!

Drella:
I bought it for close to 200k and it’s not working as intended.

owagbeba:


Una no dey ever learn… you no know say “that” na advert? You don dey ask contact. 200k no reach to buy good battery.

Drella:


Thank you for the analysis.

I bought it solely for laptop and phone charging. If I knew this is how it would turn out, I wouldn’t have bought anything at all as I’m on a tight budget.

Now, I have to augment this one as I’m currently not financially buoyant.
How can I enhance this to allow me charge my laptop? What capacity of external battery should I get? How about the solar panel?

masseratti:
Thats not an inverter..they should call it what it is a solar power bank..pls don't use it to charge big wat stuffs again please.

Truvelisback:
Power banks are Vampires. They will drain the hell out of your battery. Have you asked yourself why it takes days for Power bank to get full? Charging Laptop is less power consuming to Power bank.

chatinent:
I have used several portable inverters due to my job. Note: try as much as possible to stop using AC appliances on it. Use only DC and it will last. Portable inverters aren't that strong with AC outputs..