ENP10051-RME-LV

enPrimo Lithium Battery

User Manual Datasheet

The ENP10051-RME-LV is a stack-mount residential lithium battery designed for an Energy Storage System (ESS) applications. It is equipped with LiFePO, technology and LED indicators, ensuring safe, efficient performance with real-time monitoring.

Product Features

Modular Design

Supports up to 15 units in parallel, scalable from 5 kWh to 75 kWh without the need for an external controller.

Ultra Performance

Provides 6000+ life cycles. supports a maximum 1C discharge rate. 80% depth of discharge (DOD) with advanced BMS, cell, and pack design.

Wide Compatibility

Compatible with most hybrid and battery inverters for self-consumption, backup, and off-grid applications.

Intelligence

Advanced pre-charge and cell balancing capability.

Compact & Flexible

Standard height design. Optional bracket kits for different installation scenarios.

Tech Specs

ENP10051-RME-LV series Technical Specifications
Rated voltage: 51.2V
Nominal capacity: 100Ah
Nominal energy: 5.12kWh
Array Mode: 16S
Operating voltage range: 42-58.4V
Recommended charge current: 50A
Max. charge current: 70A
Recommended discharge current: 50A
Max. discharge current: 100A
Communication: RS485 / CAN
Peak discharge current: 101-105A@60S | 130A@500ms
IP rating: IP20
Cycle life: 6000 cycles @80% DOD @25°C
Net weight: 44kg
Dimension (L*W*H): 520×495×175mm
Cell technology: Lithium-ferro phosphate (LiFePO4)
Install altitude: <4000m
Operation temperature: Charging: 0~60°C; Discharging: -10~60°C
Relative humidity: <90% RH
Install location: Indoor
Installation: Stack mounted

Stack Mount Battery - Scalable, Flexible and Space-Efficient Energy Storage Solution

A Stack Mount is an intelligent, modular system for storing energy and is suitable for residential and small commercial use. This system can be extended over time by adding extra modular battery units, according to your increasing energy demands, within the set range of configurations. It offers a space-efficient solution.

People are now looking for a battery for solar storage that can scale with their requirements. A stack mount battery is the ideal solution because of the flexibility and high output. It integrates efficiently with solar panels and inverter systems.

What is the purpose of a Stack Mount Battery?

A Stack Mount battery is an energy storage system comprised of a number of battery units stacked together.

This modular design makes it convenient for expanding storage capacity by adding on additional units. This is suitable for energy consumption in the future.

This system operates in conjunction with solar panels and inverter equipment. One will generally find these systems to utilise world's most advanced lithium-ion technology.

Key Features of Stack Mount Battery

  • Modular, expandable design
  • High efficiency lithium-ion technology
  • Long-range with state-of-the-art battery chemistry
  • Concise and clear structure
  • Smart BMS for safety
  • Simple to install

Benefits of Using a Stack Mount Battery

A Stack Mount battery offers many advantages:

  • Easy to expand capacity anytime
  • Saves space with vertical stacking
  • Provides reliable backup during power cuts
  • Reduces dependency on grid electricity
  • Suitable for homes and small commercial setups

These benefits make it a strong option as a battery for solar storage.

LFP Battery for Inverter - Why It Powers Stack Systems Efficiently

LFP stands for lithium iron phosphate, a type of battery known for safety and long life.

It is widely used in stack systems because it offers high stability and better performance in different temperatures.

An LFP battery lasts longer than traditional batteries and is safer for home use. That is why it is commonly preferred for inverter and solar storage systems.

Stack Mount Battery vs Wall Mount & Traditional Batteries

Feature Stack Mount Battery Wall Mount Battery Traditional Battery
Design Modular stacked design Fixed wall-mounted design Bulky and heavy design
Space Usage Saves wall space and easy to expand Saves floor space Requires more installation space
Scalability Easy to increase capacity by adding modules Limited expansion options Expansion is difficult
Installation Simple plug-and-play installation Requires strong wall support Complex and time-consuming
Maintenance Moderate maintenance Moderate maintenance Higher maintenance required
Efficiency Good efficiency Good efficiency Lower efficiency
Weight Handling Weight distributed evenly in stack Weight placed on wall Very heavy and difficult to move
Battery Technology Mostly Lithium-ion Mostly Lithium-ion Usually Lead Acid
Lifespan Long lifespan Long lifespan Shorter lifespan
Safety Features Smart safety protection Smart safety protection Basic protection features
Appearance Modern look Clean wall-mounted and premium look Traditional industrial look

Applications

Stack mount batteries are used in many applications:

  • Home solar energy storage systems
  • Inverter backup solutions
  • Small commercial setups
  • Homes with high energy usage

They are a reliable battery for solar storage where consistent power is needed.

Why Choose enPrimo Stack Mount Battery

enPrimo offers advanced Stack Mount battery solutions designed for modern energy needs.

Our batteries are based on advanced, high quality lithium-ion technology that give you the best performance and long life. Can be added to existing system at any time.

They are integrally compatible with solar/inverter systems and ensure steady and dependable backup. With strong support and service, enPrimo ensures a smooth experience for customers.

Installation & Maintenance

Installing a Stack Mount battery is simple and flexible.
The modular design allows easy setup and expansion using plug-and-play stacking.
Professional installation is recommended for safety and best performance. These systems require very little maintenance, and regular checks are enough to keep them working efficiently.

Cost & ROI of Stack Mount Battery

The cost of a Stack Mount battery depends on the number of battery modules you choose.
Although the initial investment may vary, it provides strong long-term savings.
Because of its scalability, you only invest as per your needs and expand later. This makes it a cost-effective battery for solar storage with better return on investment over time.

FAQs - Stack Mount Battery

A stack mount battery is a modular energy storage system designed to store electricity generated by solar panels or the power grid for later use. These batteries are stacked in multiple units to increase storage capacity and provide reliable backup power for homes, offices, and solar systems. A stack mount battery works by storing energy during charging and supplying power when electricity demand increases or during power cuts.

Yes, one of the biggest advantages of a stack mount battery system is scalability. You can easily add additional battery modules later to increase energy storage capacity based on your growing power requirements without replacing the entire system.

Yes, an LFP battery for inverter and solar applications is highly suitable for stack mount battery systems. Lithium Iron Phosphate (LFP) batteries are known for their high safety standards, long cycle life, thermal stability, and reliable performance, making them ideal for residential and commercial energy storage solutions.

A high-quality lithium-ion solar battery or LFP stack mount battery typically lasts between 10 to 15 years depending on charging cycles, usage patterns, temperature conditions, and maintenance. Most modern stack mount batteries are designed for long-term performance and durability.

Both battery types have their own advantages. A stack mount battery is better for users who need expandable storage capacity and flexible installation, while a wall mount battery is suitable for compact spaces and fixed energy storage needs. The right choice depends on your energy consumption and available installation area.

Lithium-ion batteries offer several benefits for solar and inverter systems, including high energy efficiency, faster charging, longer lifespan, compact design, low maintenance, and reliable backup power. They are widely used in modern solar energy storage systems because of their superior performance compared to traditional batteries.

A stack mount battery requires very minimal maintenance. Most modern lithium-ion solar batteries come with advanced battery management systems (BMS) that automatically monitor performance, temperature, and charging cycles to ensure safe and efficient operation.

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