12v 300Ah (3.6kWh) AGM Battery made of 6 x 2v 300Ah Batteries

12V 300Ah Battery Bank

300ah AGM Leisure Battery

Special Offer Price

12V 300Ah battery bank, comprised of 6 x 2V high quality AGM batteries 300ah AGM Leisure Battery.
Complete with metal plate connectors for instant connection.

300Ah = 3.6kWh

AGM Battery 300Ah: Power Up Your Off-Grid Setup

When it comes to reliable, long-lasting power, this 300Ah AGM Leisure Battery is a top choice. Whether you’re running a motorhome, solar system, or backup power station, this battery has the energy and durability you need. Let’s explore why it’s so effective and what makes it stand out.

Why Choose a 2V Battery Setup?

Firstly, this 300Ah AGM battery bank is made up of six 2V batteries, offering key advantages over traditional 12V setups. Connecting these 2V batteries in series (instead of a mix of series and parallel connections) keeps charging and discharging stable and balanced. Consequently, you’ll see a much longer service life than with standard 12V batteries. making this 300Ah AGM Leisure Battery a great option.

Additionally, the thicker metal plates in each 2V battery allow for a deeper discharge. More energy can be drawn from the 300Ah AGM deep cycle battery, ensuring it’s ready to handle higher power demands.

Ideal Applications for the AGM Battery 300Ah Bank

Next, let’s talk about where this AGM 300Ah battery really shines. Thanks to its long service life and deep discharge capabilities, it’s perfect for high-power applications, including:

• Power systems for large motorhomes, caravans, and boats
• Solar, wind, and hybrid energy setups
• Household off-grid power systems
• Emergency backup and UPS systems
• Telecom and network energy storage
• Power stations for various demanding uses
• 300Ah AGM Battery
• 300ah AGM Leisure Battery

These applications demand consistent, reliable power, and the AGM battery 300Ah delivers every time.

What’s Great About AGM Batteries?

This battery bank includes six AGM 300Ah batteries, each with advanced Absorbed Glass Mat technology. Here’s why that matters:

• Maintenance-free: There’s no need to add liquid or top up electrolytes. making the 300Ah AGM Battery a good option
• Extremely safe: These are fully sealed, non-spillable, and come with protected terminals.
• Long life: With less internal degradation, these batteries last longer than standard wet-cell options.
• Low self-discharge: The 300Ah AGM deep cycle battery holds its charge well, even over long periods.
• Durable: Built to resist shock and vibration, these batteries can handle rough conditions.

Specs to Know About Your AGM Battery 300Ah Setup

Finally, let’s cover the key specs of the AGM battery 300Ah bank:

Each 2V Battery:

• Nominal Voltage: 2V
• Capacity: 300Ah (10hr rate) / 330Ah (20hr rate)
• Max Charging Current: 60A
• Cycle Lifetime (30% D.O.D.): 1000 cycles
• Dimensions: 171 x 151 x 365 mm
• Weight: 16.8 kg
• 300Ah AGM Battery – Total Power

Entire 12V Battery Bank 300Ah AGM Battery:

• Nominal Voltage: 12V
• Capacity: 3.6kWh
• Max Charging Current: 60A
• Size: 911 x 171 x 365 mm
• Weight: 102 kg

What’s Special About AGM Batteries?

In conclusion, AGM stands for Absorbed Glass Mat, meaning the battery acid is absorbed into fiberglass mats. This design cushions the battery’s lead plates, making the AGM battery 300Ah highly resistant to impacts and vibrations. As a type of valve-regulated lead-acid (VRLA) battery, it’s nearly maintenance-free, with one-way valves to prevent water loss.

With the 300Ah AGM battery bank, you’re getting a powerhouse that’s ready for high-demand applications. Enjoy reliable, safe, and long-lasting energy—anywhere you need it! Grab your 300Ah AGM Battery Now

An AGM battery, or Absorbent Glass Mat battery, is a type of lead-acid battery designed for better performance and longevity compared to traditional flooded lead-acid batteries. AGM batteries are commonly used in various applications, from cars and motorcycles to renewable energy storage and marine systems. Here’s how AGM batteries work and what sets them apart:

Specifications per 2V battery on this 300ah AGM Leisure Battery

• Nominal Voltage: 2V
• Nominal Capacity: 300Ah (10hr rate) / 330Ah (20h rate)
• Maximum charging current: 60A
• Initial charging current: up to 60A
• Cycle lifetime at 30% D.O.D.: 1000
• Internal Resistance(In full charge status): 0.98m
• Pressure control: safety valve installed
• Terminal type: F18/F31, with M10 bolts
• Operating temperature: from -10°C to +40°C
• Supplied with metal plate connectors
• Dimensions (excluding terminals): 171 x 151 x 334 mm
• Dimensions (including terminals): 171 x 151 x 365 mm
• Weight: 16.8Kg

Specifications entire 12V battery bank on this 300ah AGM Leisure Battery

• Nominal voltage: 12V
• Nominal capacity: 3.6kWh
• Maximum charging current: 60A
• Charging voltage: cycle use 14.1V / standby use 13.7V
• Temperature compensation: cycle use -30mV/°C, standby use -18mV/°C
• Size: 911 x 171 x 365 mm
• Weight: 102 kg

Key Characteristics of AGM Batteries

• Construction: AGM batteries have a unique design where fiberglass mats (the “absorbent glass mat”) sit between the battery’s lead plates. These mats absorb the electrolyte, keeping it in a stable state and preventing leaks.
• Sealed Design: Unlike flooded batteries, AGM batteries are sealed and do not require regular maintenance, like topping off water levels. This makes them spill-proof, which is safer and allows for versatile installation positions.
• Vibration Resistance: The design makes AGM batteries highly resistant to vibrations, making them ideal for vehicles and equipment used in rugged conditions.
• High Discharge and Recharge Rates: AGM batteries are built to handle high discharge and recharge cycles, making them suitable for applications that require quick bursts of power, like starting a car, or constant power, like in solar setups. So get one for your 300ah AGM Leisure Battery set up

Pros of AGM Batteries

• Fistly Maintenance-Free: No need for regular water addition or maintenance.
• Moreover Longer Lifespan: Typically lasts longer than standard flooded batteries, especially in demanding conditions.
• Importantly Fast Charging: They can be recharged more quickly than traditional lead-acid batteries.
• More Installation Flexibility: Since they’re sealed, AGM batteries can be installed in various orientations.

Cons of AGM Batteries

• Cost: AGM batteries are generally more expensive than traditional lead-acid batteries.
• Sensitive to Overcharging: Overcharging can damage AGM batteries, so a compatible charger or regulator is recommended.
• Lower Energy Density: While AGM batteries are better for starting applications, they typically store slightly less energy per weight compared to lithium batteries.

Common Applications of AGM Batteries

AGM batteries are versatile and often found in:

• Vehicles: As car batteries or in trucks, RVs, and motorcycles.
• Solar Power Systems: Often used in off-grid or backup power setups.
• Marine: For boats where vibration and orientation flexibility are critical.
• Uninterruptible Power Supplies (UPS): Providing backup power for electronics and servers.

In summary, AGM batteries are a reliable, maintenance-free option that offers strong performance and durability, though they come with a higher upfront cost.
Making this 300ah AGM Leisure Battery is great vaue

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What is Battery Storage?

Battery storage, or energy storage, lets us save electricity to use later.

It’s essential for renewable energy like solar and wind. Battery storage helps balance energy supply and demand. It stores extra energy when production is high and releases it when production drops or demand spikes.

Battery storage systems are used everywhere—from homes to businesses and utility grids. Here’s a quick look at how it all works and why it’s useful.

How Battery Storage Works

Charging: When there’s extra electricity—often from solar, wind, or off-peak hours—it charges the batteries. This process turns electrical energy into chemical energy.

Storage: The battery holds onto this energy until needed. Different types of batteries store different amounts and last different lengths of time.

Discharging: When demand rises or production drops, the battery releases the stored energy. It converts the chemical energy back to electrical energy for use.