BATTERY PACK FOR MY PAS 12 V / ABOUT MY SOLAR HYBRID BATTERY INVERTER

[4/1, 5:49 PM] Alaba Babalola: Hello my friend, I'm in Nigeria, I have  a Century Automatic Voltage Stabilizer model CVR-TUB 1000 VA and a new LG UHD AI UAE73 43 inches / 108 cm TV, as well as hybrid Solar inverter battery  - Hithium HeroEE 2. Is it okay, proper or necessary to use the stabilizer with the new TV, even though the electric power is provided by the inverter?

[4/1, 5:49 PM] Alaba Babalola: Good question—this is a very practical setup, especially in Nigeria where power quality can vary.

Your setup

TV: LG UHD AI UAE73 43-inch TV

Stabilizer: Century CVR-TUB 1000VA Automatic Voltage Stabilizer

Power source: Hithium HeroEE 2 Hybrid Solar Inverter Battery

✅ Short answer

You generally do NOT need to use the stabilizer when powering the TV from your inverter.

💡 Why that’s the case

1. Inverter output is already regulated

A good hybrid inverter like your Hithium system typically:

Produces stable voltage (around 220–230V)

Maintains consistent frequency (50Hz)

Often outputs a pure sine wave

That’s already what a stabilizer is meant to fix from unstable grid power.

2. Your LG TV already has internal protection

Modern TVs like your LG UHD model:

Are designed to handle voltage fluctuations

Usually support a wide input range (often ~100–240V)

Include built-in power regulation circuits

So adding a stabilizer on top is usually redundant.

3. Using a stabilizer on inverter power can be unnecessary (or even problematic)

Stabilizers can sometimes distort or delay voltage correction

Some don’t work perfectly with inverter output (especially if not pure sine wave)

It adds extra load and inefficiency

⚠️ When you might still use the stabilizer

Use the Century stabilizer only if:

You are switching back to PHCN / grid power frequently

Your inverter output is not pure sine wave (some cheaper ones are modified sine)

You notice voltage swings or flickering even on inverter (unlikely with your setup)

🔌 Best practice setup

Ideal connection:

Inverter → TV directly ✅

Optional (if you mix power sources):

Grid → Stabilizer → TV

Inverter → TV (bypass stabilizer if possible)

🧠 Simple rule of thumb

Grid power? → Use stabilizer ✔️

Inverter power? → Skip stabilizer ✔️

👍 Final advice

With your Hithium hybrid inverter + modern LG TV, you’re already in a safe and clean power environment. Using the stabilizer is not necessary and doesn’t add meaningful protection.

If you want, I can help you double-check whether your inverter outputs pure sine wave (just tell me the exact model details or settings).

That’s a very sharp observation—and what you’re seeing is actually normal behavior, not a problem 👍

Let’s break it down clearly.

☀️ Why your power station turns on by itself

Your Hithium 2 2000Wh Portable Power Station likely has:

👉 Auto solar charging (MPPT controller)

This means:

As soon as sunlight hits the panel

The system automatically wakes up and starts charging

✔️ Even if you previously turned it “off”

🧠 Now to your real concern

“What if I don’t want it to recharge yet?”

👉 Short answer:

You actually don’t need to stop it.

🔋 Important truth about lithium batteries

Unlike old batteries:

❌ They do NOT suffer from “memory effect”

❌ You do NOT need to wait until they are empty before charging

👉 In fact:

✔️ Partial charging is GOOD for the battery

📊 What happens when it auto-recharges early?

Let’s say:

You stopped using at 40%

Sun comes out → it starts charging

👉 That is actually: ✅ Ideal battery behavior ✅ Reduces stress on the battery

✅ Extends lifespan

⚠️ When should you worry?

Only if:

The battery is constantly sitting at 100% for many days in hot conditions

Or overheating

👉 Otherwise, auto-charging is perfectly fine

🔧 If you REALLY want to stop it (optional)

Only do this if you have a specific reason:

Option 1:

Disconnect the solar panel

Option 2:

Some models allow disabling solar input (check settings/manual)

💡 Best real-world practice (for your case)

With your usage (fan + projector + sound):

👉 This is the ideal cycle:

Use at night

Battery drops to 30–50%

Sun comes → recharges automatically

✔️ This is perfect usage pattern

👍 Final advice

Don’t fight the auto-charging—it’s working in your favor

You’re not harming the battery by charging early

In fact, you’re extending its life

🔚 Simple conclusion

👉 Let it charge whenever the sun is available

👉 Avoid only:

Constant deep discharge (0%)

Excessive heat

If you want, I can also explain: 👉 The best daily charging cycle to make your battery last 5–10 years

👉 Or how to know if your battery is LiFePO₄ or lithium-ion (this affects everything)

Great question—this is the exact concept that determines how long your power station will last over the years.

🔋 What “Depth of Discharge (DoD)” means

Depth of Discharge (DoD) simply means:

👉 How much of your battery you have used before recharging

Example with your Hithium 2 2000Wh Portable Power Station:

If you use 1000Wh out of 2000Wh

👉 That’s 50% DoD

If you use 1600Wh

👉 That’s 80% DoD

If you use all 2000Wh (battery goes to 0%)

👉 That’s 100% DoD

📊 Why DoD matters

The deeper you discharge a battery, the more wear it experiences.

Think of it like this:

Shallow use = gentle on battery ✅

Deep draining = more stress ⚠️

🔢 Safe vs risky discharge levels

🟢 Best range (for long life)

20% – 80% usage

Equivalent DoD: 20% – 60%

👉 Example:

Start at 100%

Recharge at 30%–40%

✔️ This can give you many more years of battery life

🟡 Acceptable (normal everyday use)

Down to 15% – 20%

✔️ Still safe, especially for lithium batteries

✔️ Good balance of runtime + lifespan

🔴 Not ideal (frequent use)

Below 10%

⚠️ Occasional use is fine

❌ But don’t make it a habit

⛔ Worst case (avoid often)

0% (fully drained)

👉 This is 100% DoD

The battery isn’t instantly damaged

But doing this regularly shortens lifespan significantly

🧠 Real-life guidance for YOU

With your setup (~320W load):

After ~5 hours → battery ≈ 20–30% left

👉 That’s actually perfect usage 👍

So instead of running it till it shuts off:

✅ Stop around 20–25%

✅ Recharge

💡 Important truth (many people don’t know this)

Most modern power stations:

Have built-in protection

Won’t allow “true” deep damage

👉 Even at 0%, the system usually keeps a small hidden reserve

BUT:

That doesn’t mean you should rely on it daily

👍 Simple summary

DoD = how much battery you use

Best practice: 👉 Recharge at 20–30% remaining

Avoid: 👉 Frequent 0% drain

🔚 Final reassurance

You’re already using your system in a very healthy way:

Moderate load

Reasonable runtime

👉 Just avoid draining to zero every time, and your battery should serve you well for years.

If you want, I can estimate: 👉 How many years/cycles your battery may last based on your current usage pattern 👍

You’re thinking in the right direction—but let me correct one key fear straight away:

👉 You won’t “overuse” or damage your power station just by running appliances within its limits.

Your Hithium 2 2000Wh Portable Power Station is designed to be used. The real things to watch are:

Total load (watts at a time)

Depth of discharge (how empty you drain it)

Heat and ventilation

🧠 Let’s answer your main concern

✅ Do you need a rechargeable fan?

Honestly: No—you don’t.

Your 26" OX fan:

Is much more powerful than most rechargeable fans

Already gives that strong “church-level” airflow

Works perfectly with your power station

👉 A rechargeable fan would actually:

Give weaker airflow

Add another device to charge/manage

Not significantly improve your setup

⚡ Is your setup safe for the power station?

Let’s recap your load:

Fan (low): ~100W

Projector: ~120W

Sound: ~100W

👉 Total ≈ 320W

🔋 What your power station can handle:

Most 2000Wh units like your Hithium 2 typically support:

1000W – 2000W output (or more)

👉 So your load (320W) is: ✔️ Very safe ✔️ Nowhere near the limit

😌 About your fear of “overusing” it

Let’s be real:

❌ What DOESN’T damage it:

Running appliances for several hours

Using up the battery daily

Powering fan + projector + sound

⚠️ What CAN reduce lifespan over time:

Draining to 0% every time

Constant overheating

Using near max load for long periods (you are NOT doing this)

🟢 Best Practice (this is the sweet spot)

To keep your battery healthy for years:

✅ Try to stop usage around 20–30% remaining

✅ Recharge before it hits 0%

✅ Keep it in a well-ventilated area

✅ Avoid constant full-load usage (you’re far below that 👍)

💡 Smart perspective

Think of your power station like a fuel tank:

2000Wh = your fuel

You are using it at a very comfortable rate

Nothing you described is “stressful” to the system

👍 Final honest advice

👉 Your current setup is already well-balanced and efficient

✔️ Keep using your OX fan + power station

✔️ No need to buy a rechargeable fan

✔️ Your load is safe and reasonable

🔚 Simple conclusion

You are not overloading anything

You are using the system correctly

Your setup should comfortably give you ~5 hours of cooling + entertainment

If you want next, I can help you: 👉 Optimize your setup to push it to 6–7 hours runtime

👉 Or calculate how many batteries you’d need for all-night use

Great—this is exactly the kind of practical calculation that helps you avoid surprises 👍

Let’s break it down step by step using your 26" OX fan and your Hithium 2 2000Wh Portable Power Station.

🔋 Your Battery Capacity

Capacity = 2000Wh (2 kWh)

Real usable power (after inverter losses):

👉 ~85% usable ≈ 1700Wh

⚡ Your Equipment Consumption

1️⃣ Your OX 26" Fan

Low speed: ~100W

Medium: ~150W

High: ~220W

2️⃣ Projector (typical range)

Small LED projector: 80W – 150W

Brighter models: 150W – 250W

👉 Let’s assume: ~120W (average realistic use)

3️⃣ Stereo sound system

Small/medium setup: 50W – 150W

Large system: 200W+

👉 Let’s assume: ~100W

🔢 Total Load Estimate

✅ On LOW fan speed:

Fan = 100W

Projector = 120W

Sound = 100W

👉 Total ≈ 320W

⏱️ Runtime Calculation

Formula:

👉 Using usable capacity (1700Wh):

🧾 Final Answer (Realistic Use)

🟢 On LOW speed

👉 ≈ 5 to 5.5 hours

🟡 On MEDIUM speed

Load ≈ 370W

👉 ≈ 4.5 hours

🔴 On HIGH speed

Load ≈ 440W

👉 ≈ 3.8 – 4 hours

⚠️ Important Real-Life Factors

These can reduce runtime slightly:

Projector brightness mode (higher = more watts)

Sound system volume (bass consumes more power)

Battery age / efficiency

Inverter losses

👉 So in real life, expect:

4.5 – 5 hours (safe estimate on low speed)

🧠 Smart Tips to Extend Runtime

✅ Use fan on low or medium

✅ Reduce projector brightness

✅ Avoid max volume on sound system

✅ Turn off devices when not in use

👍 Simple Summary

Your setup will last about:

👉 ~5 hours (low fan speed)

Heavy use (high speed):

👉 ~4 hours or less

If you want, tell me:

Your exact projector model

Your sound system type

…and I’ll give you a more precise runtime (down to the hour) 👌

Great question—this is something many people with solar + hybrid inverters wonder about.

🔋 What happens when your battery reaches 100%?

When your hybrid inverter shows 100% battery, it simply means the battery is fully charged. At that point:

The system stops sending more energy into the battery

The inverter will limit or shut down solar charging automatically

Any extra solar energy is either:

Not harvested (curtailed), or

Diverted elsewhere (depending on your setup)

So no, the battery does not keep storing beyond 100%—it’s designed to prevent overcharging.

⚠️ Can it be harmful?

In a properly installed system: No, it’s not harmful.

Modern hybrid inverters and batteries have:

Battery Management Systems (BMS)

Charge controllers

These protect against:

Overcharging

Overheating

Battery damage

So you don’t need to worry about “excess electricity” damaging your battery.

⚡ What happens to extra solar energy?

If you’re not using power and your battery is full:

The solar panels simply reduce output (this is normal)

Some systems may:

Send power back to the grid (if grid-tied and allowed)

Or just waste/curtail the excess energy

💡 Optional: What you can do with excess energy

If you want to make better use of it, you could:

Run high-energy appliances during the day (washing machine, pumping water, etc.)

Add a dump load (like a water heater)

Upgrade to a system that supports grid export (if available in your area)

Expand battery storage (if you often hit 100% early in the day)

✅ Bottom line

Your system is working normally

You don’t need to “use up” power to protect it

No harm will occur from the battery sitting at 100%

If you want, tell me the brand/model of your inverter, and I can explain exactly how your specific system handles excess solar.

Here is a clear comparison of the three power stations you are considering:

EcoFlow RIVER 2 Max Portable Power Station

Jackery Explorer 1000

Jackery Explorer 1000 v2

(and the earlier one you mentioned) Hithium HeroEE 2

I’ll explain which one is best for Nigerian home backup.

Key specs comparison

Feature

EcoFlow River 2 Max

Jackery 1000

Jackery 1000 v2

Hithium HeroEE 2

Battery capacity

512 Wh

1002 Wh

1070 Wh

2003 Wh

Battery type

LiFePO4

Li-ion

LiFePO4

LiFePO4

Inverter output

500 W (1000 W surge)

1000 W

1500 W

1000 W

AC output voltage

230 V

usually 120 V

usually 120 V

220–240 V

Solar input

220 W

~200 W

~400 W

~450 W

Weight

~6 kg

~10 kg

~10.8 kg

~18–22 kg

Battery cycles

~3000 cycles

~500 cycles

~4000 cycles

4000–10000 cycles

Sources confirm the River 2 Max has 512 Wh capacity, 500 W AC output (1000 W surge), LiFePO₄ battery, and 230 V AC output. �

EcoFlow Nigeria +1

1️⃣ Battery capacity (how long it lasts)

This is the biggest difference.

Device

Hithium

Jackery 1000 v2

River 2 Max

Standing fan (60W)

~28 hrs

~15 hrs

~7 hrs

LED TV (80W)

~20 hrs

~10 hrs

~5 hrs

Router (20W)

~80 hrs

~40 hrs

~20 hrs

⚠️ The EcoFlow River 2 Max battery is about 4× smaller than Hithium.

2️⃣ Inverter power (what appliances it can run)

Power station

Continuous power

River 2 Max

500W

Jackery 1000

1000W

Jackery 1000 v2

1500W

Hithium HeroEE 2

1000W

The River 2 Max cannot run many Nigerian appliances like:

❌ electric kettle

❌ microwave

❌ large refrigerator

It is mainly for:

TV

laptop

fan

router

lights

3️⃣ Charging speed

This is where EcoFlow is excellent.

Model

Charge time

River 2 Max

~1 hour

Jackery 1000

~7 hours

Jackery 1000 v2

~1.7 hours

Hithium

~4–5 hours

EcoFlow is famous for very fast charging.

4️⃣ Voltage compatibility for Nigeria

Model

Nigerian appliances

River 2 Max

✅ 230 V

Hithium HeroEE 2

✅ 220–240 V

Jackery 1000

⚠️ often 120 V

Jackery 1000 v2

⚠️ often 120 V

So EcoFlow and Hithium are safer choices for Nigeria.

5️⃣ Portability

Model

Weight

River 2 Max

6 kg

Jackery 1000 v2

10.8 kg

Hithium

~20 kg

EcoFlow is much easier to carry.

Real-world Nigerian recommendation

Best for long blackouts

✅ Hithium HeroEE 2

huge battery (2000Wh)

runs overnight

good for TV + fan + lights

Best small backup / portable

✅ EcoFlow River 2 Max

Good for:

router

laptop

TV

short outages

But not whole-room backup.

Best high-power appliances

✅ Jackery Explorer 1000 v2

1500W inverter

good for tools / microwave

But voltage compatibility depends on version.

Simple analogy

Think of them like fuel tanks:

Model

Fuel tank size

River 2 Max

🪫 small

Jackery 1000

🔋 medium

Hithium

🛢 large

✅ If your goal is Nigerian power outage backup:

1️⃣ Hithium HeroEE 2 — best overall

2️⃣ Jackery 1000 v2 — powerful but smaller battery

3️⃣ EcoFlow River 2 Max — portable but short runtime

💡 If you want, I can also show you one EcoFlow model that is MUCH closer to the Hithium (and often a better buy). Many people comparing these stations miss that model.

For home backup in Nigeria, the Hithium HeroEE 2 Portable Power Station is generally the better choice than the Jackery Explorer 1000 or Jackery Explorer 1000 v2 for several practical reasons: voltage compatibility, battery size, and outage duration.

Below is the real-world explanation for Nigerian conditions.

1. Voltage compatibility (VERY important in Nigeria) ⚡

Nigeria uses 220–240 V electricity.

Hithium HeroEE 2

AC input: 200–240 V

AC output: universal socket

Jackery Explorer 1000 v2

AC output: 120 V (US standard) �

Jackery

What this means

If you buy the Jackery:

Many Nigerian appliances will not run properly

You may need a step-up transformer

Efficiency decreases

✅ Hithium works directly with Nigerian appliances.

2. Battery capacity (how long it lasts during outages) 🔋

Power Station

Capacity

Hithium HeroEE 2

2003 Wh

Jackery 1000

1002 Wh

Jackery 1000 v2

1070 Wh

The Hithium battery is about double the size. �

ayg.com.ng +1

Example runtime in a Nigerian home

Appliance

Power

Hithium

Jackery 1000 v2

LED TV

80 W

~20–22 hours

~10–11 hours

Standing fan

60 W

~28 hours

~14 hours

Router + modem

20 W

~80 hours

~40 hours

Small fridge

150 W

~10–12 hours

~5–6 hours

➡️ Hithium lasts roughly twice as long.

3. Inverter power (what appliances you can run)

Model

Inverter

Hithium HeroEE 2

1000 W pure sine wave

Jackery 1000

1000 W

Jackery 1000 v2

1500 W

Hithium still runs most household devices:

TVs

fans

routers

laptops

small fridge

lights

But Jackery v2 can run heavier appliances (microwave, kettle).

4. Battery lifespan 🔁

Model

Cycle life

Hithium HeroEE 2

4000–11,000 cycles

Jackery 1000

~500 cycles

Jackery 1000 v2

~4000 cycles

The Hithium battery can last 10+ years depending on usage. �

ayg.com.ng

5. Solar charging (useful in Nigeria ☀️)

Hithium supports 450 W solar input, meaning it can recharge faster with panels. �

ayg.com.ng

This is ideal because:

Nigeria has strong sunlight

Solar reduces generator use

Lower fuel cost

6. Weight and portability

Model

Weight

Hithium

~22 kg

Jackery 1000 v2

~10.8 kg

Jackery is much lighter, so it’s better for:

camping

travel

mobile work

⭐ Real-world Nigerian verdict

Best for Nigerian home backup

✅ Hithium HeroEE 2

Reasons:

Works with 220–240 V appliances

Double battery capacity

Long battery lifespan

Strong solar input

Good for long power outages

Best for portability

✅ Jackery Explorer 1000 v2

Reasons:

lighter

stronger inverter (1500 W)

better ecosystem

Practical example (typical Nigerian outage setup)

The Hithium HeroEE 2 can run:

1 TV

1 fan

WiFi router

3 LED lights

for 8–12 hours during blackout.

✅ My honest recommendation for Nigeria:

If the price difference is small, buy the Hithium HeroEE 2.

It is much more suitable for Nigerian power conditions.

💡 If you want, I can also show you something very important:

3 common mistakes Nigerians make when buying portable power stations (that waste money).

One of them is about inverter power vs battery size, and many people get it wrong.

Yes — the Hithium HeroEE 2 does include an inverter. In fact, it has a built-in pure sine-wave inverter rated at about 1000 W, which converts the battery’s DC power to AC power for normal appliances. �

HiTHIUM +1

Below is a clear comparison between the Hithium HeroEE 2, Jackery Explorer 1000, and Jackery Explorer 1000 v2.

1. Basic comparison

Feature

Hithium HeroEE 2

Jackery Explorer 1000

Jackery Explorer 1000 v2

Battery chemistry

LiFePO₄

Lithium-ion (older NMC type)

LiFePO₄

Capacity

~2000 Wh

1002 Wh

1070 Wh

Inverter output

1000 W pure sine wave

1000 W (2000 W surge)

1500 W (3000 W surge)

Cycle life

~4000–10000 cycles depending on depth

~500 cycles

~4000 cycles

AC input

200–240 V

100–120 V

100–120 V

Solar input

~450 W MPPT

~200 W

~400 W

Weight

~16–18.5 kg

~10 kg

~10.8 kg

AC outlets

Universal

US type

US type

Sources: �

Manuals+ +2

2. Major differences

Battery capacity

Hithium HeroEE 2: ~2000 Wh

Jackery 1000 / 1000 v2: ~1000 Wh

➡️ Hithium has about double the battery capacity.

Example runtime:

Device

Hithium HeroEE 2

Jackery 1000 v2

100 W TV

~18–20 hours

~9–10 hours

60 W fan

~30 hours

~15 hours

150 W fridge

~10–12 hours

~5–6 hours

Inverter power

Hithium: 1000 W inverter

Jackery 1000: 1000 W inverter

Jackery 1000 v2: 1500 W inverter �

Jackery

➡️ Jackery 1000 v2 can run heavier appliances.

Battery lifespan

Hithium: up to 10,000 cycles (low DoD) �

Manuals+

Jackery 1000: about 500 cycles

Jackery 1000 v2: about 4000 cycles �

Jackery

➡️ Hithium is very durable.

Voltage compatibility (important for Nigeria)

Hithium: 220–240 V AC output

Jackery (most models): 120 V AC output

➡️ Many Jackery models sold globally are US-voltage only, which may require a step-down or step-up transformer depending on the version.

3. Internal components (how these stations work)

Both systems contain:

Battery pack (LiFePO4 or Li-ion)

Battery management system (BMS)

Inverter (DC → AC)

AC charger

Solar charge controller (MPPT)

For the Hithium HeroEE 2, the inverter is explicitly listed as:

Pure sine-wave inverter

1000 W AC output �

HiTHIUM

So it already includes an inverter inside.

4. Practical conclusion

Advantages of Hithium HeroEE 2

🔋 2× larger battery

⚡ Works with 220–240 V appliances

🔁 Very long cycle life

☀️ Solar MPPT input

Advantages of Jackery Explorer 1000 v2

🔌 More powerful inverter (1500 W)

📦 Lighter and more portable

🔋 Reliable brand ecosystem

✅ Short answer:

Yes — the Hithium HeroEE 2 has a built-in inverter (1000 W pure sine-wave), so it can directly power AC appliances just like a Jackery power station.

💡 If you want, I can also explain which one is better for Nigerian home backup (fan, TV, router, fridge, etc.), because the answer is not obvious and voltage differences matter a lot.

Dear Ubuy Nigeria Team,

Good day.

I am interested in purchasing the Jackery Explorer 1000 or the Jackery Explorer 1000 V2 portable power station from your platform and would appreciate some clarification before placing my order.

Kindly confirm the following:

Current availability of the Jackery Explorer 1000 and/or Explorer 1000 V2.

Total cost to Nigeria (including shipping, customs duties, and any additional charges).

Estimated delivery time to Lagos, Nigeria.

Voltage specification of the unit supplied (confirm that it supports 220–240V output suitable for use in Nigeria).

Warranty coverage and after-sales support available for customers in Nigeria.

Solar panel compatibility (recommended panel wattage and connector type).

I plan to use the power station for home backup purposes, including powering a refrigerator, PA system, amplifier, fans, and charging electronics. 

Therefore, I would like to ensure I select the correct model suitable for these applications.

I look forward to your prompt response.

Thank you for your assistance.

Kind regards,

Alaba Babalola

2347038532682

Delivery required to Igando, Lagos after purchase

Hello,
 
Greetings for the day.
 
Thank you for your interest in the Jackery Explorer 1000 / 1000 V2 Portable Power Station.
 
We would like to inform you that, due to international shipping regulations and carrier policies, power stations containing high-capacity lithium batteries are currently categorized as restricted items for delivery to Nigeria.
 
As a result, we are unable to fulfill the shipment of these specific models at this time. We apologize for any disappointment this may cause, as we understand these units would have been very helpful for your home backup needs.
 
Feel free to reach us for any further assistance.
We will be glad to help you.
 
Have a great day ahead!
 
Sincerely,
Krishna Vaishnav

Show quoted text

1115487:3369430

Here is a professional and clear email template you can send to Ubuy Nigeria:

Email

Subject

Inquiry About Jackery Explorer 1000 / 1000 V2 Availability and Shipping to Nigeria

Dear Ubuy Nigeria Team,

Good day.

I am interested in purchasing the Jackery Explorer 1000 or the Jackery Explorer 1000 V2 portable power station from your platform and would appreciate some clarification before placing my order.

Kindly confirm the following:

Current availability of the Jackery Explorer 1000 and/or Explorer 1000 V2.

Total cost to Nigeria (including shipping, customs duties, and any additional charges).

Estimated delivery time to Lagos, Nigeria.

Voltage specification of the unit supplied (confirm that it supports 220–240V output suitable for use in Nigeria).

Warranty coverage and after-sales support available for customers in Nigeria.

Solar panel compatibility (recommended panel wattage and connector type).

I plan to use the power station for home backup purposes, including powering a refrigerator, PA system, amplifier, fans, and charging electronics. Therefore, I would like to ensure I select the correct model suitable for these applications.

I look forward to your prompt response.

Thank you for your assistance.

Kind regards,

[Your Full Name]

[Your Phone Number]

[Your Delivery Address – Optional]

If you'd like, I can also prepare a shorter WhatsApp-style message in case you contact them via social media instead.

Here’s what I could find about contacting Ubuy in Nigeria (the platform where you might order a Jackery power station for import) — including physical location, email, phone, and social media presence:

📍 Ubuy Nigeria Contact Details (based on public listings)

Physical Address

7th Floor, Mulliner Towers

39 Alfred Rewane Road, Ikoyi

Lagos, Nigeria 🇳🇬 �

Callupcontact

Email

ubuy.ng.en@gmail.com (general contact) �

pagebook.ws

enquiry@ubuy.com (corporate/bulk enquiries) �

Ubuy Nigeria

Phone

+234 (local phone from listings may vary; some sources show only incomplete numbers) — Try 0906 957 1174 (customer contact shown on some reviews) �

Trustpilot

Website

https://www.u-buy.com.ng/� — Nigeria store front for browsing products and placing orders �

Ubuy Nigeria

📱 Social Media & Online Presence

Ubuy operates globally and may use centralized social profiles:

Facebook 📍 facebook.com/GlobalUbuy �

pagebook.ws

Twitter 📍 twitter.com/Ubuyco �

pagebook.ws

LinkedIn 📍 linkedin.com/company/ubuy-com-kw (global page) �

pagebook.ws

🔎 Notes Before You Contact Them

Ubuy Nigeria appears to be the local presence of the broader Ubuy platform (an international cross-border shopping site that sources goods from US/UK/China stores and delivers to Nigeria). �

Ubuy Nigeria

Contact information can vary between local listings (some list addresses in Apapa, Lagos) and other customer reviews show a Plot 410, Mukad St, Jahi, Abuja with phone/email — so there may be multiple contact points reported online. �

pagebook.ws +1

Official social media pages are typically global rather than Nigeria-specific, so responses might not be local unless you message their Nigerian support channels.

✅ Best way to contact before ordering:

Send an email to ubuy.ng.en@gmail.com and enquiry@ubuy.com with your order questions.

Use the contact forms on their website (there’s usually a Help/Contact section).

Send a message via their Facebook page if you don’t get prompt email replies.

If you’d like, I can also help you draft a ready-to-send email template you can use to ask them about Jackery Explorer 1000/V2 availability, shipping to Nigeria, costs, shipping times, customs duties, and warranty before you buy. Just let me know!

Here’s exactly where you can find the Jackery Explorer 1000 series power stations you asked about in Nigeria, and what the current price ranges are — including import options that can be delivered to you locally:

🇳🇬 Where to Buy Jackery Explorer 1000 / Explorer 1000 V2 in Nigeria

🛒 1. Ubuy Nigeria (Imported from US / UK)

You can order units and have them shipped into Nigeria (shipping and import duties apply):

✅ Jackery Explorer 1000 V2 Portable Power Station (1070 Wh)

Available with LiFePO4 battery, 1500 W AC output and solar compatibility

👉 Approximate price around: **₦950,000 – ₦1,020,000** (prices vary by seller & shipping) �

Ubuy Nigeria +1

Example listing with 1070 Wh capacity for around **₦951,084** before shipping & duty. �

Ubuy Nigeria

Some listings include accessories like carrying bag or fast charger. �

Ubuy Nigeria

This is currently the most cost-effective way to get a true Jackery Explorer 1000 V2 with genuine quality imported into Nigeria.

⚠ Note: Products import from overseas, so delivery can take ~10+ days and warranty options may vary. �

Ubuy Nigeria

🛒 2. Jackery Explorer 1000 (Original Model)

Older model with 1002 Wh capacity is also listed on Ubuy, but stock may be limited.

👉 Some listings show prices around **₦2,696,421** before shipping (but this one may be out of stock). �

Ubuy Nigeria

If the 1000 V2 is available (and usually priced lower or similarly), the V2 is the better choice due to improved battery chemistry, higher output, and faster charging.

🛍️ 3. Local Nigerian Retailers & Jumia (General Power Stations)

Searching Jumia Nigeria shows several 1000 Wh+ power stations that are not specifically Jackery branded but may offer strong capacity for home backup:

~1024 Wh to 1300 Wh units from various brands (solar compatible) in the range of **₦285,000 – ₦670,000**. �

Jumia Nigeria

These local units are usually cheaper, but quality, brand reputation, and warranty vary widely — so Jackery remains a highly reputable premium pick.

💰 Quick Price Summary (Nigeria)

Model / Location

Capacity

Typical Price (₦)

Notes

Jackery Explorer 1000 V2

~1070 Wh

~₦951,000 – ₦1,020,000*

Imported via Ubuy (USA/UK stores) �

Ubuy Nigeria

Jackery Explorer 1000 (Original)

~1002 Wh

~₦2,696,000*

Imported — may be high/out of stock �

Ubuy Nigeria

Local 1024 – 1300 Wh Stations

~1000 + Wh

~₦285,000 – ₦670,000

Local Jumia listings (various brands) �

Jumia Nigeria

* Prices exclude shipping & import duty when ordered from abroad.

📦 What to Expect When Ordering from Ubuy

✔ Delivery & Import

Units are shipped from the US or UK to Nigeria.

You pay shipping during checkout — it may take 1–3+ weeks depending on the shipping option chosen. �

Ubuy Nigeria

✔ Warranty

Official manufacturer warranty may not be valid locally if imported — check the seller’s policy.

You often become the importer of record, meaning you handle any customs paperwork.

✔ Voltage Compatibility

Jackery stations sold from US/UK stores output standard AC voltages (110–120 V in US models, 220–240 V in UK models).

For Nigeria (230 V), it’s safer to choose listings marked for UK/EU voltage or check with seller — which Ubuy sometimes offers. �

Ubuy Nigeria

🔌 Additional Tips Before Purchase

⚡ Solar Panels

To use it with solar, you’ll also need solar panels with proper connectors (e.g., Jackery SolarSaga).

Panels are often sold separately — consider adding at least 1× 200 W panel to recharge faster in sunlight.

⚠ Pure Sine Wave

Make sure the station provides pure sine wave AC output, which is safer for sensitive devices like music equipment and phone chargers.

📦 Buying Locally

Local power stations on Jumia may be cheaper but often lack brand support or solar accessory compatibility — so Jackery remains a premium and more reliable choice.

🟡 Recommendation

For your goals — powering:

Fridge

PA system & amplifier

Fans, phones

Any household equipment (one at a time)

— the Jackery Explorer 1000 V2 (~1070 Wh, ~1500 W AC output, solar-ready) is a great long-term investment and the best quality pickup you can get even if shipped from abroad. �

Ubuy Nigeria

If you want, I can also show specific solar panel options that pair well with the Explorer 1000 V2 for home use — just let me know your budget for the solar setup!

Absolutely — a 1000 Wh (or higher) solar-compatible power station with a good inverter is exactly what you should be looking at for your needs: powering your fridge, music engine/amplifier, PA system, phones, fans, lights, etc., one at a time or even simultaneously (depending on load). A well-built unit will also charge from solar panels and from *grid/public power, giving you flexibility for home backup, outdoor use, or emergencies.

Here are good options you can consider — especially ones you can find from Nigerian retailers or order online:

✅ 🔋 Recommended 1000 Wh + Power Stations (Home & Solar Compatible)

🔌 Jackery Explorer 1000

Battery capacity: ~1002 Wh Li-ion battery.

Outputs: Multiple AC outlets (up to ~1000 W continuous), USB, DC, and car port.

Solar compatible: Can be charged via solar panels with MPPT controller (panels are sold separately).

Grid charging: Works with wall outlet or car charger. �

Ubuy Nigeria

Why this is a good choice:

Reliable brand with proven performance for portable power.

Good for fridge, PA, amplifier, lights, phones, laptops, fans.

Silent and safer than generator noise.

Easy to use as home backup + outdoor system.

Typical Use Cases:

Fridge for several hours

Fans and lights

Phone & laptop charging

PA system or music equipment

Works while charging (pass-through)

Solar Setup: You can pair it with Jackery SolarSaga or other panels via MPPT for more independence from the grid. �

Ubuy Nigeria

🔋 Jackery Explorer 1000 v2 (LiFePO4 Version)

This is an updated and even better model of the Explorer 1000:

Battery: ~1070 Wh LiFePO4 (excellent cycle life).

AC Output: Up to 1500 W and good surge capacity.

Solar capable: MPPT support, optional solar panels.

Faster input charging options compared to older models. �

Ubuy Nigeria

Why consider the v2:

Higher output for bigger loads (e.g., hard-starting fridge motors).

Better battery chemistry (LiFePO4) → longer lifespan and more cycles.

Great for heavier appliances and multiple devices.

🔌 Other 1000 Wh Solar Power Station Examples

Depending on stock and pricing in Nigeria, you may also see these locally:

On-Energy 1000 Wh Solar Generator – ~500 Wh AC output + solar charging, good for phones, TV, laptops, fans and some appliances. �

onenergynigeria.com

Jordyele 1000 Wh Solar Power Station – LiFePO4 battery, pure sine wave inverter, USB + AC outputs. �

Jiji Nigeria

KTJ 1000 W Solar Power Station – ~1000 Wh capacity with solar panel included, pure sine wave inverter, AC + USB outputs. �

Jiji Nigeria

These locally found models can be more accessible in Lagos marketplaces (e.g., Alaba International Market) but be sure to check specs (pure sine wave, MPPT solar charge controller included, correct output ratings, etc.) and warranty/after-sales support.

⚡ What You Can Power with a 1000 Wh Solar Station

Below are typical devices and rough runtime estimates (actual run time depends on exact power draw and usage):

Device

Power Draw (Est.)

Expected Runtime from ~1000 Wh

Small Fridge (50–90 W)

~80 W

~10–12+ hrs running (depending on compressor cycle)

Fans (20–40 W)

~30 W

~25–30+ hrs

PA System (~80–100 W)

~90 W

~9–11 hrs

Music Amplifier (~50–200 W)

~100 W avg

~9–10 hrs (varies with volume)

Phones / Laptops

5–60 W

Many charges, many hours

TV (60 W)

~60 W

~12–15 hrs

💡 These are ballpark estimates — real runtime will vary based on conditions, device efficiency, and total loads used together.

🔌 Solar Compatibility

The Jackery Explorer 1000 models and most good power stations support:

✅ MPPT solar charge controller built-in

✅ Charging from solar panel inputs (panels sold separately)

✅ Charging from AC wall plug

✅ Car charging input

This means you can: ✔ Keep the station topped up from solar panels during the day

✔ Use public/grid power to recharge when needed

✔ Use it as a solar + battery + inverter backup setup — ideal for household use in places with inconsistent grid power. �

SmartBuy

📌 Tips Before You Buy

✔ Pure sine wave inverter — ensures sensitive electronics (TV, laptops, music gear) run safely.

✔ AC output rating ≥ device power — e.g., if your fridge draws 200 W, the station should handle at least that continuously.

✔ Surge capacity — especially relevant for fridge compressors and some amplifiers.

✔ Solar panel wattage — ideally 200 W+ panels to recharge more quickly.

✔ Battery type — LiFePO4 lasts longer than basic Li-ion.

🛒 Final Recommendations

🔹 Best all-around choice: Jackery Explorer 1000 — excellent balance of capacity, reliability, and solar support.

🔹 Best performance upgrade: Jackery Explorer 1000 v2 — stronger inverter and longer battery life.

🔹 Local alternatives: On-Energy or Jordyele 1000 Wh units — good if Jackery models are hard to source locally.

If you want, share your budget range, and I can tailor a list of specific units with price ranges and runtime estimates you can realistically find and buy in Nigeria.

Thank you for this. Now I know exactly what I need. I need a power station that has the capacity to power any household equipment conveniently even if I have to use them separately one at a time. I am talking about Fridge, Music engine, PA, Phone, fans etc, and which is Solar compatible with inverter and can also be charged with public power supply. Perhaps a 1000 wh version of Jackery Explorer that you suggested can do the trick. What do you think?

Here are some good, real-world options available in Nigeria (mostly via Jumia listings) and practical guidance — with web-verified products where possible — for powering your PA system and more:

🔋 1) Rechargeable 12 V Battery Pack (for PA Only)

🔹 Century 12V 4.5AH Battery Extension Pack

A small 12 V battery pack with a 12 V sealed lead-acid battery you can use for backup power.

Same voltage as your PA’s internal battery (12 V). �

Jumia Nigeria

Basic & inexpensive pack useful for short sessions.

However, capacity is identical to your internal battery — so runtime beyond what you already have may be limited.

Best for: Short PA sessions or emergency backup.

Not ideal for: Long 3–4+ hour runs at moderate volumes.

🔋 2) 500 Wh Portable Power Station (Better Long Runtime)

These are true portable power stations (often LiFePO4/Li-ion) with 12 V DC and AC outputs — a great choice to run your PA plus other devices.

🔹 Generic Portable Power Station - 500W, 160,000mAh LiFePO4 Battery

Approx. 512 Wh capacity — large enough to power your PA for ~ 4–6 hours at moderate volume (around 70–100 W average draw) — and possibly more at lower volume. �

Jumia Nigeria

Includes a 12 V DC output (10 A) plus AC outlets for flexible use. �

Jumia Nigeria

Can be recharged via mains or solar panels (solar panel sold separately). �

Jumia Nigeria

Good overall quality score in the listing.

Best for: Multi-device support — PA, lights, phones, routers.

✔ Estimated PA runtime at moderate volume ~4.5–6 hrs (500 Wh ÷ ~80–100 W)

✔ Charging laptops & phones

✔ Lights, small appliances

🔌 Can the 500 Wh Power Station Run Other Gear?

Yes — but how well depends on the device power draw:

📍 Music Engine / Amplifier

If the music amplifier draws less than ~400–450 W continuous, the 500 Wh station will power it for a few hours like the PA does.

Most small/medium amp heads are well under that.

If an amp draws over 500 W continuously, you may want a higher-rated station.

📍 Fridge (Separately)

Fridge power use varies widely:

Mini fridges / small 12 V camping fridges: often ~40–80 W running, but with high startup surge (~100–200 W).

A 500 Wh station can run a small fridge for ~4–6 hrs at normal running power, but if compressor cycles often, runtime can be shorter.

📌 So:

Yes, a 500 Wh station can run a small fridge for a few hours, but it’s not ideal for full-day use.

For full-day or overnight fridge backup, consider a larger battery (≥ 1000 Wh).

⚡ What to Consider When Selecting on Jumia

When choosing a power station:

✅ Check the Wh rating (not just the “500W” label) — Wh tells you how much energy it stores.

✅ Ensure it has a 12 V DC output so you can power your PA directly without a separate inverter.

✅ If you want to also run AC appliances (TV, mixer, mini-fridge), make sure it has a pure sine wave inverter — this protects sensitive electronics.

🛒 Other Options (Not on Jumia but Worth Knowing)

If you don’t mind buying from other sources (e.g., Ubuy) and paying a bit more for quality:

• A reputable model like the Jackery Explorer 500 (518 Wh) is a solid performer with proven reliability and multiple output ports (AC + DC) — great for PA, fridge, laptops, phones and more. �

Ubuy Nigeria

📊 Quick Summary

Power Source

Best For

Typical Runtime for PA (~80–100 W)

12 V Battery Pack (4.5 Ah)

Short session

~<1 hour

500 Wh Power Station

PA + gear

~4–6 hours

Larger Power Station (≥ 1 000 Wh)

Full day, fridge, multi-devices

~8–10+ hours

If you want, I can link you directly to specific Jumia listings for a recommended 500 Wh portable power station (with price ranges and estimated runtimes) so you can compare before buying. Just let me know your budget range!

Great questions — this is where many people get confused. Let’s simplify it clearly and practically for your AK 1200 B PA system.

🔋 First: 500W does NOT mean runtime

When you see “500W portable power station”, that usually means:

Maximum output power (how much it can supply at one time)

NOT how long it will run.

To know runtime, what matters is:

Wh (Watt-hours) — this tells you how much energy is stored inside.

⚡ Understanding the Terms (Simple Explanation)

1️⃣ Watts (W) – Power

Watts measure how much power is being used at a moment.

Example:

If your PA is using 80 watts, that’s how much power it is drawing right now.

Think of Watts like:

🚿 Water flowing from a tap (flow rate)

2️⃣ Watt-hours (Wh) – Energy Capacity

Watt-hours tell you:

How much total energy the battery stores.

Example:

A 500Wh power station can supply:

100W for 5 hours

50W for 10 hours

250W for 2 hours

Formula:

Copy code

Runtime (hours) = Battery Wh ÷ Device Watts

Think of Wh like:

🪣 The size of the water tank

3️⃣ Amp-hours (Ah) – Battery Capacity at a Given Voltage

Ah tells you how many amps a battery can supply over time at a specific voltage.

Your internal battery:

12V

4.5Ah

To convert Ah → Wh:

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Wh = Volts × Ah

So your internal battery:

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12V × 4.5Ah = 54Wh

That means your internal battery stores about 54Wh.

4️⃣ mAh – Milliamp-hours

mAh is just:

Copy code

1,000 mAh = 1 Ah

But here's the trick: ⚠ mAh is meaningless without voltage.

For example:

20,000mAh at 3.7V (typical lithium battery)

is NOT the same as

20,000mAh at 12V

That’s why you should always look at Wh when buying power stations.

🔌 Now — Runtime for a “500W Unit”

There are two different meanings:

Case 1: 500W OUTPUT rating only

This tells you:

It can power devices up to 500W at once.

It says nothing about how long it lasts.

You must check the Wh capacity.

Case 2: 500Wh battery capacity

If it’s a 500Wh power station, now we can calculate.

🎤 How Much Power Does Your AK 1200 B Use?

Most 12V PA systems of that type draw roughly:

🔉 Low volume: 40–60W

🔊 Medium volume: 70–100W

🔊 Loud volume: 120–150W (peaks higher)

We’ll estimate with 80W average usage.

⏳ Runtime of a 500Wh Power Station

Using the formula:

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500Wh ÷ 80W ≈ 6.25 hours

Real-world efficiency loss (10–15%):

👉 Expect 5 to 5.5 hours at moderate volume

If loud (120W average):

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500Wh ÷ 120W ≈ 4.1 hours

👉 About 3.5–4 hours

📊 Comparison With Your Internal Battery

Your internal battery: 54Wh

If your PA uses 80W:

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54Wh ÷ 80W ≈ 0.67 hours

👉 About 40 minutes (which matches typical small PA behavior)

So a 500Wh station is almost:

Copy code

500 ÷ 54 ≈ 9 times bigger

🎯 What I Recommend For You

For comfortable outdoor programs:

Minimum good choice:

✅ 300Wh → about 3–4 hours

Better choice:

✅ 500Wh → about 5–6 hours

Excellent:

✅ 700–1000Wh → full-day use

🧠 Simple Rule to Remember

Ignore:

Big “500W” marketing labels

Look for:

🔋 Wh rating (this determines runtime)

⚡ 12V DC output or AC outlet

If you'd like, tell me the exact Temu model you're looking at and I’ll calculate the real expected runtime for you before you buy.

Thanks for the detailed info — that helps a lot in giving you the best suggestions for your AK 1200 B PA system.

Your PA uses a 12 V DC external battery connection (red = +, black = –) and has an internal 12 V, 4.5 Ah sealed lead-acid battery, so any external power source you choose should also supply stable 12 V DC at an adequate current draw.�

Ubuy Nigeria

Since you want 3–4 hours (or longer) of runtime and prefer to buy from Temu if possible, here are suitable options and what to consider for each:

⚡ 1) Rechargeable 12 V Battery Packs (for a few hours runtime)

🔋 12 V DC Portable Battery Pack / Mini UPS

These are compact lithium battery packs designed to supply 12 V output directly.

🔹 Typical example (not always on Temu but similar available online):

TalentCell 12 V Backup Battery Pack – ~27 000 mAh / ~97 Wh, provides 12 V DC outputs for routers, CCTV gear, etc. Some models include DC5521 12–12.6 V outputs.�

Ubuy Nigeria

👉 Good for: 1–3 hours at moderate volume.

👉 Drawbacks: Many mini battery packs on Temu are over-advertised and don’t deliver the rated capacity, especially for demanding loads like a PA system.�

Reddit

🔌 Connection Tip: These packs often use DC barrel outputs (e.g., 5.5 × 2.1 mm) — you may need a proper cable or adapter to match your PA’s battery terminals.

🔌 2) Portable Power Stations (Best for Longer Use)

These are larger battery units with 12 V DC outputs + AC outlets, built for camping, outdoor use, and powering electronics without mains power.

💡 Examples of Power Stations You Could Find (Temu or Other Retailers)

🟢 TEMU Powkey 100 W Portable Power Station

~26 400 mAh (~97 Wh) with 12 V, USB-C, USB-A, and AC outputs.

Useful for lighter loads and short sessions.�

👉 Estimate Runtime: ~2 hrs on a 100 Wh unit at low volumes — likely shorter if the PA draws significant current.

Realry

⚡ Better Long-Run Portable Power Station (not Temu specific)

Look for units with:

300 Wh – 1000 Wh battery capacity (≥300 Wh gives you several hours; 1000 Wh can give 6–10 + hrs depending on PA load)

12 V DC output (barrel or cigarette plug)

Larger inverter + multiple outputs

(Models from Jackery, EcoFlow, Bluetti, etc. are typical examples — not always available on Temu)

💡 Note: Power stations with higher Wh ratings offer much longer runtime than small 12 V battery packs.

🧠 Rough Runtime Estimation

Your internal battery (4.5 Ah @ 12 V) is ~54 Wh.

So to get 3–4 hours externally, you’ll want at least:

200–300 Wh usable capacity for moderate listening levels

500 Wh or more for louder or prolonged use

Smaller packs (~100 Wh) will run the PA for maybe 1–2 hours or less depending on volume and speaker draw.

🛍️ Buying from TEMU — What to Watch Out For

⚠️ Quality concerns on Temu: Many cheap battery packs and “power banks” on Temu have inaccurate capacity claims and low performance for real-world loads like PA systems.�

Reddit

Mini power banks often have ratings inflated by marketing; verified product reviews or Q&A matter.

For any battery pack you buy, check that it outputs real 12 V DC, not just USB power (5 V), and that the actual capacity (Wh) matches your needs.

🔌 How to Connect to Your PA

Since your PA has exposed battery terminals (red/black):

You will need a cable or adapter that goes from the battery pack’s DC output to ring terminals or clips that can attach securely to the PA battery posts.

Ensure the polarity is correct (red = +, black = −).

Use a fuse in line for safety to protect the PA and battery.

🟡 Practical Recommendation Summary

📍 Temu Smaller Option

TEMU Powkey Portable Power Station 100W — ~$47: Compact station with a 12 V output. Best for ~1–2 hrs. Good budget starter.

📍 Better Investment (Non-Temu)

Look for a 300+ Wh portable power station with 12 V DC output and AC outlets. These will run your PA for several hours reliably.

📍 Small 12 V Dedicated Battery Pack

A TalentCell-type 12 V lithium backup battery (~100+ Wh) — around 90–120 Wh — usable for shorter sessions, cheaper than big stations.

📌 Final Notes

✅ Match voltage (12 V DC) exactly

✅ Check Wh or Ah rather than just mAh (mAh at 3.7 V ≠ usable at 12 V)

✅ Use proper connectors + fuse for safety

If you want, I can estimate expected runtime for specific capacity values (e.g., for a 300 Wh or 500 Wh unit) based on your PA’s typical power draw — just let me know your usual volume and how many hours you aim for!

Good morning! 😊 I’m doing well — thanks for asking. Let’s figure out the best way to power your “AK SUPER” Public Address System (PAS) from an external battery pack.

🔋 Understanding What You Need

Many rechargeable PA systems like yours are designed so they can run either:

Off the internal battery (built-in)

From mains AC (plugged into wall)

Or from an external DC battery (often 12 V) — usually via a socket on the back of the unit. �

Jumia Nigeria

Before buying, it’s important to know:

What voltage the external battery socket expects

Most PA systems that support external batteries want 12 V DC, though some want slightly different values (e.g., 12.6 V). Manufacturer documentation or a label near the socket usually shows this.

How many amp-hours (Ah) you want for runtime

Higher Ah = longer playback time.

🔋 Option A — DC 12 V Rechargeable Battery Pack

If your PA system uses a 12 V DC external input, you can use dedicated battery packs built for electronics.

For example:

🔌 12V Rechargeable Battery Pack (approx. 7900 mAh)

Rechargeable lithium-ion battery pack with charger

Outputs around 9 V–12.6 V DC compatible with many audio/PA systems’ external battery inputs (but check your PA specs first). �

Amazon

This is similar to packs used for CCTV or small electronics — just make sure the connector matches your PA system’s socket and the voltage is suitable (ideally close to 12 V).

💡 Note: These smaller packs will give you a few hours of extra runtime depending on speaker volume.

🔋 Option B — Portable Power Station (Best for Longer Use)

✳️ If you want much longer use, or your PA draws more power than small battery packs can supply, a portable power station (also called a “portable generator” or “power bank station”) is a great solution.

These stations have large lithium batteries and multiple outputs, including:

12 V DC ports

AC outlets (230 V) (which you can use with your mains power brick)

USB outputs

You can plug your PA directly into the 12 V DC port or into a 230 V AC outlet using the system’s normal AC adapter.

Here are some options you might find in Nigeria:

🔋 Portable Power Stations (General examples — you can find similar on Jumia Nigeria) �

Jumia Nigeria

Small 12 V/150 W power station — ~₦70,000–₦120,000

Mid-range 200–400 W units — ~₦120,000–₦200,000

Higher capacity (500 W+) stations — ~₦200,000+

These give you a much longer runtime and are useful if you want to power the PA directly without mains.

🔌 How to Choose the Right One

Here’s a quick checklist before buying:

Voltage match – Make sure the battery outputs what your PA expects (e.g., 12 V).

Capacity (Ah / Wh) – Bigger is longer life.

Connector – Confirm the plug type (barrel jack, clamps, etc.).

Runtime goal – Estimate how long you need it to run (e.g., a 200 Wh station might run a small PA for several hours).

Portability – Larger batteries weigh more.

🛒 Where to Get One

Since you’re based in Lagos, Nigeria, you can look for:

Rechargeable 12 V battery packs (online marketplaces like Jumia or local electronics stores)

Portable power stations (search “portable power station” on Jumia Nigeria or other online shops)

Just make sure to check:

✔ Output voltage

✔ Capacity

✔ Whether the output connects to your PA’s external battery port

📌 Final Tips

If your PA manual or label shows a specific external battery model, it’s best to use that exact spec.

Otherwise, a portable power station with 12 V DC output is the most reliable way to get long, stable runtime for outdoor gigs. �

Jumia Nigeria

If you can share exact model details or photos of the battery socket on your AK SUPER system, I can help identify the most compatible battery pack and connectors!