INNPO Helios H16 16kWh LiFePO4 Lithium Battery for Solar Self-Consumption

INNPO Helios H16 16kWh LiFePO4 Lithium Battery for Solar Self-Consumption and Energy Storage

The INNPO Helios H16 lithium battery has been designed for homeowners and solar energy users who want to maximize photovoltaic energy usage, reduce dependence on the electrical grid and have stored energy available whenever it is needed.

With an energy storage capacity of 16kWh, the Helios H16 allows excess solar energy generated during the day to be stored and used later during the evening or periods of higher electricity consumption.

Thanks to its LiFePO4 (Lithium Iron Phosphate) technology, integrated BMS, CAN and RS485 communications and compact wheeled design, the Helios H16 is an ideal solution for residential solar self-consumption, backup power systems and high-capacity energy storage installations.

Higher self-consumption, lower electricity bills

A significant portion of the energy produced by solar panels is often exported to the grid without being directly used by the home. The INNPO Helios H16 allows this energy to be stored and consumed later when it is actually needed.

• Greater use of solar energy
• Lower electricity bills
• Reduced dependence on utility companies
• Increased energy independence
• Higher return on investment from the solar installation
• Protection against future electricity price increases

Ideal for storing solar surplus energy and increasing self-consumption

The Helios H16 stores energy generated during peak photovoltaic production hours and makes it available later when consumption increases or during nighttime periods.

• Improved use of solar surplus energy
• Reduced energy export to the grid
• Greater energy self-sufficiency
• Backup-ready energy storage system
• Suitable for new and existing installations

What does 16kWh of energy storage mean?

The 16kWh storage capacity makes the Helios H16 especially suitable for homes with high electricity consumption, air conditioning systems, heat pumps, swimming pool pumps, electric vehicle chargers and any installation where a significant amount of solar energy storage is required.

This capacity helps increase self-consumption rates and improve independence from the electrical grid.

Ideal battery for homes with heat pumps

The storage capacity of the Helios H16 makes it particularly suitable for homes equipped with heat pump systems, allowing solar energy generated during the day to be stored and used later for heating, cooling and domestic hot water production.

Compatible with homes using electric vehicle charging stations

The 16kWh capacity helps maximize photovoltaic energy usage in homes equipped with EV charging stations, reducing dependence on the electrical grid and increasing renewable energy utilization.

Real advantages of the INNPO Helios H16

Maximum safety LiFePO4 technology

LiFePO4 chemistry provides excellent thermal stability and a high level of operational safety, making it one of the most widely used technologies for residential energy storage.

High energy storage capacity

Its 16kWh capacity allows a large amount of energy to be stored for household consumption during periods of low solar production.

Integrated BMS

The Battery Management System continuously monitors voltage, current, temperature and cell balancing to optimize performance and safety.

High energy efficiency

Allows a large percentage of stored energy to be used while minimizing charging and discharging losses.

Compact and elegant design

The vertical format facilitates installation in garages, technical rooms and energy storage areas while occupying minimal floor space.

Improved mobility

Integrated wheels make transportation and installation easier.

Typical applications

• Residential solar self-consumption
• Single-family homes
• Country houses
• Grid-connected photovoltaic installations
• Off-grid solar systems
• Commercial energy storage
• Residential backup systems
• Solar surplus storage
• Renewable energy systems
• Hybrid energy storage systems

Compatibility with hybrid solar inverters

The INNPO Helios H16 includes CAN and RS485 communications, allowing integration with a wide range of hybrid inverters and energy storage systems.

Its compatibility is equivalent to that commonly used with other low-voltage 48V storage batteries, provided the inverter supports the required communication protocol and is correctly configured.

• Victron Energy (MultiPlus, MultiPlus-II, Quattro, Cerbo GX)
• GoodWe (EH, ET, BH, BT)
• Growatt (SPH, SPF and hybrid systems)
• Solis (RHI, S5 and compatible hybrid systems)
• Deye
• Sofar Solar
• Huawei
• SMA
• Ingeteam
• LuxPower
• Livoltek
• SAJ
• Sungrow
• Megarevo
• Voltronic Power

How to verify compatibility in 30 seconds

• Inverter compatibility with LiFePO4 batteries
• System nominal voltage
• Home energy requirements
• Required storage capacity
• Future expansion possibilities
• Backup functionality requirements
• CAN or RS485 communication protocols

If these parameters match the installation requirements, the Helios H16 is an excellent energy storage solution.

Technical Specifications

What users look for in a lithium battery for self-consumption today

• Higher energy savings
• Protection against power outages
• Greater energy independence
• Compatibility with hybrid inverters
• Future expansion possibilities
• Long service life
• High safety standards

Frequently Asked Questions

Can I install an INNPO Helios H16 in an existing solar system?

Yes. In many cases, energy storage can be added to an existing solar installation using compatible equipment.

Can it store solar surplus energy?

Yes. It has been specifically designed to store energy generated by photovoltaic systems.

Can it be used as a backup system?

Yes, provided it is combined with a compatible inverter that supports backup functionality.

What advantages does LiFePO4 technology offer?

Greater safety, long lifespan, excellent thermal stability and high energy efficiency.

Which inverters is it compatible with?

It is compatible with many hybrid inverters from manufacturers such as Victron Energy, GoodWe, Growatt, Deye, Solis, Huawei, SMA, Sofar Solar, Ingeteam, LuxPower and other LiFePO4-compatible systems using CAN or RS485 communication.

How many years can an INNPO Helios H16 battery last?

Thanks to LiFePO4 technology and its integrated BMS, it can provide many years of reliable operation depending on installation design and usage conditions.