Mon - Fri 9:00 am - 5:00 pm
Menu Categories

No products in the cart.

Return to previous page
  • Eenovance 15.9kWh Lithium Phosphate Battery
  • Eenovance 15.97kWh 51.2V LFP Wall Mount Battery
  • Eenovance 15.97kWh Battery

Eenovance MANA 16.0 15.97kWh 51.2V LiFePO4 Battery

R45 724.69 Incl. VAT

Eenovance MANA 16.0 15.97kWh 51.2V LiFePO4 Battery

The Eenovance MANA 16.0 is a high-capacity 51.2V LiFePO4 battery designed for residential solar, backup power, and scalable low-voltage energy storage systems.

36 people are viewing this product right now
Please, activate Compare option to use this widget.
SKU: MANA 16.0 Categories: ,

Eenovance MANA 16.0 15.97kWh 51.2V LiFePO4 Wall-Mount Battery

Overview of the Eenovance MANA 16.0 Battery

The Eenovance MANA 16.0 is a high-capacity low-voltage lithium iron phosphate (LiFePO4) battery designed for residential solar energy storage and backup power systems. With a nominal voltage of 51.2V and a usable energy capacity of 15.97kWh, the MANA 16.0 offers long cycle life, strong discharge capability, and flexible installation options in modern solar installations.

What the Eenovance MANA 16.0 Battery Is Designed to Do

The MANA 16.0 battery stores DC electrical energy and supplies it to compatible low-voltage inverter systems. It is designed to:

  • Provide extended backup power during grid outages
  • Support daily cycling in residential solar systems
  • Increase self-consumption of solar energy
  • Scale system capacity through parallel battery expansion

What the MANA 16.0 Battery Is Not

This battery is a storage component only and does not perform inverter functions. Specifically:

  • It is not an inverter and does not generate AC power
  • It does not include MPPT charge controllers
  • It does not connect directly to solar panels
  • It must not be used in high-voltage battery systems

System Type and Voltage Class

The Eenovance MANA 16.0 is designed for 48V-class low-voltage battery systems.

  • Nominal battery voltage: 51.2V
  • Operating voltage range: 44.8V to 56.16V
  • Low-voltage DC architecture suitable for hybrid and off-grid inverters

Battery Chemistry and Cell Technology

The battery uses lithium iron phosphate (LiFePO4) cell technology selected for safety, stability, and long service life.

  • High thermal stability and safety profile
  • Stable voltage delivery under load
  • Long lifespan under daily charge and discharge cycles

Battery Management System and Protection

An integrated battery management system actively monitors and protects the battery during operation.

  • Over-voltage and under-voltage protection
  • Over-current and short-circuit protection
  • Temperature monitoring during charge and discharge
  • Cell balancing for long-term performance
  • State of charge and system status indication via LED display

Charge and Discharge Performance

Charge and Discharge Specifications

  • Maximum charge and discharge current: 300A
  • Designed for high power delivery in low-voltage systems

Scalability and Parallel Expansion

The MANA 16.0 battery is designed for scalable energy storage systems.

  • Supports up to 15 batteries connected in parallel
  • Parallel expansion increases both total energy capacity and available discharge current
  • Ideal for growing residential and light commercial installations

Communication and Inverter Integration

The battery supports multiple communication interfaces for system integration.

  • CAN communication
  • RS485 communication
  • RS232 communication
  • Wi-Fi connectivity for monitoring and system management

Technical Specifications – Eenovance MANA 16.0

  • Battery chemistry: LiFePO4
  • Usable energy capacity: 15.97kWh
  • Nominal voltage: 51.2V
  • Maximum charge and discharge current: 300A
  • Cycle life: 6000 cycles or 10 years

Physical Specifications and Installation

The MANA 16.0 offers flexible installation options to suit different sites.

  • Installation type: Wall-mounted or floor-standing
  • Dimensions (W × D × H): 720 × 160 × 716 mm
  • Weight: 133 kg
  • Ingress protection rating: IP20

Environmental Operating Limits

  • Charge temperature range: 0°C to 50°C
  • Discharge temperature range: -15°C to 50°C
  • Environmental humidity: ≤95% RH (non-condensing)

Compliance and Certifications

  • UN38.3 transport certification
  • IEC62619 safety standard
  • IEC61000 EMC compliance

Typical Applications for the Eenovance MANA 16.0 Battery

  • Residential solar energy storage systems
  • Hybrid solar and backup power systems
  • Off-grid and grid-assisted installations
  • Scalable low-voltage battery banks
Weight 133 kg
Dimensions 72 × 16 × 71.6 cm
Brand:

Eenovance

Model / Series:

MANA 16.0

Condition:

New

System type:

Low-voltage battery system

Voltage class:

48V nominal

Nominal voltage:

51.2V

Operating voltage range:

44.8V – 56.16V

Battery chemistry:

LiFePO4

Usable energy capacity:

15.97kWh

Max charge/discharge current:

300A

Parallel capability:

Up to 15 units

Communication interfaces:

CAN, RS485, RS232

Monitoring:

Wi-Fi enabled

Dimensions:

720 × 160 × 716 mm

Weight:

133 kg

Installation type:

Wall-mounted / Floor-standing

Protection rating:

IP20

Charge temperature:

0°C to 50°C

Discharge temperature:

-15°C to 50°C

Humidity:

≤95% RH (non-condensing)

Application:

Residential and scalable energy storage

Warranty:

10 Years or 6000 cycles

Color:

White

Material:

Steel

Datasheet

FAQ

Frequently Asked Questions

What type of solar systems is the Eenovance MANA 16.0 designed for?

The MANA 16.0 is designed for low-voltage residential solar systems, including hybrid, off-grid, and grid-assisted backup installations where long runtime and scalability are required.

How much usable energy does the MANA 16.0 provide?

The battery provides a usable energy capacity of 15.97kWh, making it suitable for homes with higher daily energy consumption or extended backup requirements.

What inverter sizes are commonly paired with the MANA 16.0?

The high amp-hour capacity and 300A current capability allow the MANA 16.0 to support medium to larger low-voltage inverter systems. Final inverter sizing depends on expected loads, surge requirements, and whether additional batteries are installed.

Can the MANA 16.0 handle high household loads?

Yes. The battery is designed to support high discharge currents, allowing it to supply multiple household loads simultaneously when system design is correctly matched.

Can multiple MANA 16.0 batteries be connected together?

Yes. Up to fifteen identical batteries can be connected in parallel, allowing significant expansion of both total energy capacity and discharge capability.

Is the MANA 16.0 suitable for daily cycling?

Yes. The battery is rated for up to 6000 cycles or 10 years and is designed for daily charge and discharge operation.

Which inverter brands are compatible with this battery?

The MANA 16.0 supports standard CAN, RS485, and RS232 communication protocols and is compatible with most low-voltage inverters that support LiFePO4 batteries when correctly configured.

Does the battery support monitoring?

Yes. The battery includes Wi-Fi connectivity and an LED status display, allowing users and installers to monitor system status and state of charge.

Can the battery be wall-mounted?

Yes. The MANA 16.0 supports both wall-mounted and floor-standing installation depending on site layout and structural considerations.

Is professional installation required?

Yes. Installation must be performed by a qualified electrician or technician in accordance with local electrical regulations and manufacturer guidelines.

Reviews

There are no reviews yet.

Be the first to review “Eenovance MANA 16.0 15.97kWh 51.2V LiFePO4 Battery”

Delivery Information

Enerlux manages deliveries through a combination of our own private delivery drivers and trusted national logistics partners, including companies such as The Courier Guy. The delivery method is selected based on the size, weight, and scope of the order, as well as the delivery location. All deliveries are initiated once an order has been placed, payment has been confirmed, and the order has been processed. Orders are carefully prepared, packaged, and scheduled to ensure safe handling of all electrical, solar, and energy equipment.

Delivery timelines typically range between 1 to 5 business days, depending on:

  • The size and complexity of the order
  • The selected courier or delivery method
  • Courier schedules and regional routing
  • The delivery destination

For larger, bulk, or specialised equipment orders, Enerlux may allocate dedicated delivery vehicles or adjusted logistics schedules to ensure safe transport.

Customers will be notified once dispatch has taken place, and tracking details will be provided where applicable.

Please note: Delivery timelines are estimates and may be affected by courier availability, public holidays, or unforeseen logistical delays.

Enerlux Delivery Service